Catalog MITSUBISHI VRF by EuroTermoClima

VRF-HVRF Systems A complete offer for heating, cooling and production of domestic hot water, ideal for hotels, apartment buildings and tertiary activities. Unique plants, with low environmental impact and high energy saving, with management, monitoring and remote maintenance thanks to the cloud system.

MITSUBISHI ELECTRIC / VRF-HVRF CITY MULTI SISTEMS

VRF-HVRF CITY MULTI systems New Outdoor Units Next Stage Generation

New PUMY SMALL Y COMPACT outdoor unit

Mitsubishi Electric has introduced a new line of air conditioning systems, completely redesigned in terms of compressor, exchange coil, fan and functions. All for a class-beating energy efficiency.

• New compact single-fan case • Three sizes and six models available • Single-phase/three-phase power supply • EER/COP efficiency at the top of the category • Connectivity with LEV Kit • Connectivity with Branch Box • Super Silent Mode • New CITY MULTI Logo

• New four-sided battery • Static pressure of fan increased up to 80 pa. • New Chassis with new design • CITY MULTI logo • New fan with low friction profile • Compressor optimised with “Multi-port” technology • New Auto-shift mode • Preheat defrost function • Evaporation Temperature Control (ETC) • Advanced “Low Noise” function • New BC Controller distributor for R2 heat recovery systems • “High Sensible Heat” operating mode

• ErP 2018 • New rotary sensitive recuperator • Compact dimensions • Temperature control in SA flow (or optional on return flow) • Variety of accessories and configuration options

ErP

COMPLIANT

2 0 18

2 0 2 1

VRF-HVRF NEXT STAGE GENERATION SYSTEM

Air handlings units for outdoor air treatment with direct expansion coil

2 0 18

PUMY SMALL Y COMPACT

RMI 2.0 Remote Monitoring Interface - Cloud remote management system • Graphical interface redesigned in content and user experience • New dashboard with operating and comfort indexes for rapid feedback on system operation • Metering and apportioning of CLOUD consumption without the help of external (PC) devices • Graphical planimetry display of the CLOUD system without the help of external (PC) devices

2 0 18

WIZARDX units FOR OUTDOOR AIR TREATMENT

RMI-REMOTE MONITORING INTERFACE

MITSUBISHI ELECTRIC / SYSTEM TYPES

VRF System System types

Y Line

R2 Line

The two-pipe zoned system designed for Heat Pump Operation

The world’s first two-pipe system that Simultaneously Cools and Heats

The CITY MULTI Small lines (for small applications) and Y lines (for large applications) make use of a two-pipe refrigerant system, which allows for system changeover from cooling to heating, ensuring that a constant indoor climate is maintained in all zones. The compact outdoor unit utilizes R410A refrigerant and an INVERTER-driven compressor to use energy effectively.With a wide line-up of indoor units in connection with a flexible piping system, the CITY MULTI series can be configured for all applications. Up to 11 (Small line) or 50 (Y line) indoor units can be connected with up to 130% connected capacity to maximize engineer’s design options. This feature allows easy air conditioning in each area with convenient individual controllers.

CITY MULTI R2 line offers the ultimate in freedom and flexibility. Cool one zone while heating another. Our exclusive BC controller makes twopipe simultaneous cooling and heating possible. The BC controller is the technological heart of the CITY MULTI R2 series. It houses a liquid and gas separator, allowing the outdoor unit to deliver a mixture of hot gas for heating and liquid for cooling, all through the same pipe. This innovation results in virtually no energy wasted by being expelled outdoors. Depending on capacity, up to 50 indoor units can be connected with up to 150% connected capacity.

Y ZUBADAN Line Bringing a year round comfort solutions to extreme climates CITY MULTI ZUBADAN series combines the ultimate in application flexibility and powerful cooling and heating capabilities to deliver precise comfort even in the coldest days of the year down to -25°C. The technology behind this is a Flash Injection circuit which provides optimum amount of refrigerant to the system via a compressor through a specially designed injection port to ensure a particularly stable operation. With this, ZUBADAN can provide a full heating performance even at -15°C and continuous heating for up to 250 minutes in one continuous cycle, ensuring a phenomenal heating performance at low temperatures.

(SMALL SYSTEM)

Y SERIES (HEAT PUMP)

Y ZUBADAN LINE LOW TEMPERATURE HEATING

header outdoor unit outdoor unit

header

joint

R2 LINE SIMULTANEOUSLY HEATING AND COOLING

outdoor unit outdoor unit

controller BC

header

tubazione refrigerante a due tubi

VRF SYSTEM / OUTDOOR UNIT

WY Line Water energy source system allows switching between cooling and heating The WY-Line has all the benefits of the Y-Series using water source condensing units. Condensing units can be situated indoors allowing greater design flexibility and no limitation on building size. Depending on capacity, up to 17 to 50 indoor units can be connected to a single condensing unit with individualized and/or centralized control. The two-pipe system allows all CITY MULTI solutions to switch between cooling and heating while maintaining a constant indoor temperature.

MITSUBISHI ELECTRIC / SYSTEM TYPES

Replace MULTI Line

Double heat recovery (WR2) Heat source unit

3-R of the new system dedicated to the replacement of VRF R22 systems

Outdoor units BC controller Heat recovery

Heat recovery Indoor units

Heating Cooling

Heat recovery

WR2 Line Advanced water heat source unit enjoying the benefits of R2 series

Refrigerant circuit

Water circuit

Short and quick construction process and time

The Mitsubishi Electric solution for the replacement market of VRF R22 systems is characterized by the 3-R: Re-use, Re-placement and Re-newal. The innovative Replace Multi solution of Mitsubishi Electric makes it possible to reuse components and structural elements of existing plant rather than completely replace all units and refrigerant lines. This raises the owner from discomforts of the complete replacement of the air conditioning system (for example, new pipes, the destruction walls and stopping of the activities and business during the renovations). Short and quick construction process and time

Compared to the installation process and time to install a complete new system, REPLACE MULTI offers shorter and quicker installation. The key cause of this is because with REPLACE MULTI, without any use of special kit, existing piping can be reused and works at rooftop or walls for new piping are not required. This results in reduced installation time and system downtime which is an attractive factor to minimize the effect on business working hours. Renewal for top performance The installation of a Replace Multi system allows to achieve the state of the art of VRF technology from Mitsubishi Electric which it reached levels of energy efficiency (COP) more than 40% compared to a R22 VRF system of 10 years ago. The greater energy efficiency also means lower noise levels and reduced installation space compared to a VRF R22.

The CITY MULTI WR2 line provides all of the advantages of the R2 series with the added advantages of a water heat source system, making it suitable for wider range of applications in high rises, frigid climates, coastal areas,etc. Not only does it produce heat recovery from the indoor units on the same 2-pipe refrigerant circuit, it also produces heat recovery via the water circuit between heat source units, making it a very economical system.

REUSE Refrigerant pipes

•

Power circuits

•

Switches

•

Trasmission lines

•

Remote controls trasmission circuit

•

Outdoor unit

Indoor unit

•*

NOTE: The actual reusability of components depends upon the condition of the plant and the existing infrastructure. * The actual reusability of indoor units depends on the model. For further clarification please contact the sales office nearest you.

WY LINE WATER CONDENSED HEAT PUMP outdoor unit

header

WR2 LINE SIMULTANEOUSLY HEATING AND COOLING WATER CONDENSED outdoor unit

REPLACE MULTI LINE REPLACEMENT OF VRF R22/R407C SYSTEMS

controller BC Complete replacement of the plant

Replacement of components by Multi Replace

Reuse of existing pipes Demolition of walls and openings suspended ceilings that amplify installation time

Not necessary external works

Drastic reduction of materials to be disposed in landfills due to demolitions

VRF SYSTEM / OUTDOOR UNIT

MITSUBISHI ELECTRIC / LINEUP

CITY MULTI SMALL Y AND SMALL COMPACT

Compact heat pump systems

SINGLE PHASE PUMY-SP VKM(-BS) - HP 4,5-6 PUMY-P VKM4(-BS) - HP 4,5-6 THREE PHASE PUMY-P YKM4(-BS) - HP 4,5-8

Heat pump systems

SINGLE Y PUHY-P YKA - HP 8~20 DOUBLE Y PUHY-P YSKA - HP 22~40 LARGE Y PUHY-P YSKA - HP 42~60

Heat pump systems

SINGLE Y PUHY-P YNW-A (-BS) - HP 8~20 DOUBLE Y PUHY-P YSNW-A (-BS) - HP 16~36 TRIPLE Y PUHY-P YSNW-A (-BS) - HP 38~54

High efficiency heat pump systems

SINGLE Y PUHY-EP YNW-A (-BS) - HP 8~20 DOUBLE Y PUHY-EP YSNW-A (-BS) - HP 16~36 TRIPLE Y PUHY-EP YSNW-A (-BS) - HP 38~54

SYSTEM

CITY MULTI Y ECOSTANDARD SYSTEM

CITY MULTI Y SYSTEM

CITY MULTY Y HIGH EFFICIENCY SYSTEM

CITY MULTI Y ZUBADAN SYSTEM

REPLACE MULTI Y SYSTEM

CITY MULTI WY SYSTEM

CITY MULTI R2 SYSTEM

CITY MULTI R2 HIGH EFFICIENCY SYSTEM

CITY MULTI WR2 SYSTEM

Heat pump systems optimized for cold climates

SINGLE Y PUHY-HP YHM-A (-BS) - HP 8~10 DOUBLE Y PUHY-HP YSHM-A (-BS) - HP 16~20

Heat pump systems for the replacement of VRF R22 / R407C Heat pumps

SINGLE Y PUHY-RP YJM-B (-BS) - HP 8~14 DOUBLE Y PUHY-RP YSJM-B (-BS) - HP 16~26 TRIPLE Y PUHY-RP YSJM-B (-BS) - HP 28~36

Water condensed Heat Pump systems

SINGLE WY PQHY-P YLM-A1 - HP 8~24 DOUBLE WY PQHY-P YSLM-A1 - HP 16~36

Two-pipes Cooling / Heating simultaneous systems with heat recovery and continuous heating

SINGLE R2 PURY-P YNW-A (-BS) - HP 8~22 DOUBLE R2 PURY-P YNW-A (-BS) - HP 16~44

High Efficiency two-pipes Cooling / Heating simultaneous systems with heat recovery and continuous heating

SINGLE R2 PURY-EP YNW-A (-BS) - HP 8~22 DOUBLE R2 PURY-EP YNW-A (-BS) - HP 16~44

Water condensed Heat Recovery systems

SINGLE WR2 PQRY-P YLM-A1 - HP 8~24 DOUBLE WR2 PQRY-P YSLM-A1 - HP 16~36

VRF SYSTEM / OUTDOOR UNIT

MITSUBISHI ELECTRIC / LINEUP

4,5

Model

P112

P125

P140

P200

P250

P300

P350

P400

P450

P500

P550

P600

P650

P700

P750

P800

P850

P900

P950 P1000 P1050 P1100 P1150 P1200 P1250 P1300 P1350 P1400 P1450 P1500

Single phase

4,5

Three phase

4,5

10+12

10+14

10+16

10+18

12+18

16+16

16+18

18+18

18+20

System

PdC Small y and Small Y Compact Lines

PUMY-(S)P Y(V)KM(BS)

SINGLE

Y Ecostandard Line

PUHY-P YKA-(BS) PUHY-P YSKA-(BS)

DOUBLE

20+20

TRIPLE

SINGLE

Air condensed

PdC Y Line

PUHY-P YNW-A(-BS) PUHY-P YSNW-A(-BS)

DOUBLE

8+8

8+10

10+10

10+12

12+12

10+16

14+14

14+16

14+18

16+18

PdC High Efficiency Y Line

PUHY-EP YNW-A(-BS) PUHY-EP YSNW-A(-BS)

DOUBLE

8+8

8+10

10+10

10+12

12+12

10+16

14+14

14+16

14+18

16+18

Water condensed Air condensed for R22/407 systems replacement

PUHY-HP YHM-A(-BS) PUHY-HP YSHM-A(-BS)

Heat recovery R2 Line

PURY-P YNW-A(-BS) PURY-P YSNW-A(-BS)

High Efficiency Heat recovery R2 Line

PURY-EP YNW-A(-BS) PURY-EP YSNW-A(-BS)

PdC WY Line

PQHY-P YLM-A1 PQHY-P YSLM-A1

Heat recovery WR2 Line

PQRY-P YLM-A1 PQRY-P YSLM-A1

SINGLE

PUHY-RP YJM-B(-BS) PUHY-RP YSJM-B(-BS)

8+8

PURY-RP YJM-B(-BS) PURY-RP YSJM-B(-BS)

DOUBLE

SINGLE

DOUBLE

SINGLE

DOUBLE

TRIPLE

Heat recovery R2 Replace Multi Line

DOUBLE

SINGLE

16+16

16+18

18+18

18+20

20+20

+16

+18

+20

10+14

10+16

14+14

14+16

16+16

16+18

18+18

+14

+16

+18

10+14

10+16

14+14

14+16

16+16

16+18

18+18

+14

+16

+18

DOUBLE

SINGLE

PdC Y Replace Multi Line

14+16

+18

18+18

TRIPLE

PdC Y Zubadan Line

12+14

+18

18+18

TRIPLE

SINGLE

12+12

10+10

8+8

8+10

10+10

10+12

8+8

8+10

10+10

8+8

12+12

12+14

14+14

14+16

16+16

16+18

18+18

18+20

20+20

20+22

22+22

10+12

12+12

12+14

14+14

14+16

16+16

16+18

18+18

18+20

20+20

20+22

22+22

8+10

10+10

10+12

12+12

14+14

14+16

16+16

16+18

18+18

8+8

8+10

10+10

10+12

12+12

14+14

14+16

16+16

16+18

18+18

8+8

8+10

10+10

10+12

12+12

8+10

10+10

10+12

12+12

+10

+12

12+14

MITSUBISHI ELECTRIC / KEY TECHNOLOGIES

Tecnology

Key Technologies Mitsubishi Electric: state of the art technology and continuous pursuit of improvement.Quality, innovation and performance of VRF CITY MULTI systems.

NEXT STAGE

generation

New compressor NEXT STAGE GENERATION

Multi-port mechanism

The compressor, known as the heart of the air conditioner, has been newly developed. A new centrifugal force canceling mechanism and a new multi-port mechanism have been developed. In addition, we have mounted a high-efficiency motor. The synergetic effect of these new technologies increases the compressor performance and efficiency, and also helps to improve the performance of the outdoor unit.

Centrifugal force canceling mechanism (8 to 14HP) Improved high-efficiency motor

Centrifugal force canceling mechanism (8 to 14HP) The structure of the scroll compressor causes a centrifugal force during operation. Conventionally, that centrifugal force is applied onto the scroll section. This causes refrigerant to leak, and restricts the increase in rotational speed to a maximum of 120rps. With the new compressor, a new structure (centrifugal force canceling mechanism) has been mounted to suppress the centrifugal force. This mechanism successfully suppresses the centrifugal force generated at the scroll section, reduces refrigerant leakage losses, and increases the compressor efficiency. The maximum rotational speed has been increased from the conventional 120rps to 140rps. This new mechanism also speeds up the start of operation, and enables operations such as preheat defrost operation and the smooth auto-shift startup mode. CENTRIFUGAL FORCE CANCELING MECHANISM Centrifugal force canceling mechanism

CONVENTIONAL MECHANISM Conventional mechanism Large loss

Vortex pressing load (F) is high.

Fixed scroll

Small loss

Vortex pressing load

Centrifugal force applied on scroll section: Large

Orbiting scroll

Centrifugal force applied on scroll section: Small

F Refrigerants leakage loss: Large Max. speed 120rps

Slider

(F-F’) is low.

Refrigerant leakage loss: Small Max. speed 140rps

F’

Centrifugal force cancelling slider

New structure

Spindle

F: Centrifugal force applied on scroll section F

’: Centrifugal force applied on cancelling slider

CENTRIFUGAL FORCE CANCELING MECHANISM

Compressor efficiency

With canceling mechanism

Improved compressor efficiency 15 15

120

Rotational speed (rps)

140

Max. speed 120rps 140rps contribute to speedy compressor start up

MITSUBISHI ELECTRIC / KEY TECHNOLOGIES

Multi-port mechanism

Improved high-efficiency motor

Efficient partial load operation is realised by avoiding overcompession. With the scroll compressor, the distance of the compression process in the scroll is usually fixed, so overcompression occurs during low loads and low rotation. The new compressor is equipped two sub-ports in addition to the conventional discharge port to reduce this over-compression loss during low loads. In operation conditions having a low compression rate, the distance in the compression process is kept short by that successfully avoiding unnecessary compression, and contributing to efficient partial load operation.

The insulator section that traditionally created a dead space is eliminated by insulating the motor’s stator film. Since winding can be set in that section, the winding area can be increased by approx. 9%. The wire diameter has also been increased by two ranks, so the resistance between terminals is reduced, and the insulation distance is shorter. This improves the motor’s operation performance and contributes to high-efficiency operation of the compressor.

CONVENTIONAL STRUCTURE

CONVENTIONAL MODEL (YLM)

Operation pattern

Main port Main port

Valve Valve

Rating, high Partial pressure Operation pattern load difference Rating, high Partial Open Open pressure load difference

Open

Valve

Fixed scroll Fixed scroll Orbiting scroll Orbiting scroll

Main port

Valve

Sub-port Main port

Valve Valve Valve Valve

Sub-port

Valve

Open

Closed

Insulator Discharge port

Magnet Wire

Discharge port

New structure

NEW STRUCTURE WITH MULTI-PORT DESIGN Operation pattern Rating, high Partial pressure Operation pattern load difference Rating, high Partial Open Open pressure load difference Open Closed * Open Open Open Closed Open Closed

Valve

New structure Valve

Valve

Fixed scroll

Valve

Fixed scroll Orbiting scroll Orbiting scroll

Valve

Stator core Valve

Insulation film

Valve

Discharge port

Multi-port

Discharge port

Multi-port

*The sub-port is opened during partial load operation to discharge the over-compressed gas..

Increase in area available for winding

The insulator section is large, and the area where the copper wire can be wound is small.

NEW MODEL (YNW) REDUCED OVER-COMPRESSION LOSS (MULTI-PORT)

Insulator

Compression chamber (MPaG)

Magnet Wire (New) multi-port Conventional

Intake pressure

Discharge pressure

Crank angle (deg)

Over-compression area can be eliminated in this structure

Conventional model Conventionally, gas refrigerant is compressed to a set pressure, and then lowered to the target discharge pressure at which it is discharged. This causes drive losses from over-compression. Multi-port When the target discharge pressure is reached, the multiport opens, and the gas refrigerant is discharged. This reduces drive losses caused by over-compression.

Stator core Insulation film

The motor can be wound in the section where the insulator was, and a larger wire diameter can be used.

Flat tube

FLAT TUBE thermal exchange coil

With the new Y High Efficiency and R2 High Efficiency lines of outdoor units, Mitsubishi Electric has also introduced the new FLAT TUBE all-aluminium thermal exchange coil. The new solution, which is covered by global patents, sets new standards for heating and cooling performance while also reducing the overall size of the machine. The FLAT TUBE technology coil – also known as a “microchannel heat exchanger” – consists of three components: the flat tubing, the internal fins forming the micro-channels, and two refrigerant fluid collector boxes. This type of heat exchanger was used for the first time in around 2008 in the automotive industry. With its globally patented FLAT TUBE system, Mitsubishi Electric has further developed this technology to offer even more advantages. Unparalleled quality, efficiency and product integrity are the tangible results of a production process based on a single brazing stage instead of the 200-300 manually brazed individual connections necessary with a conventional copper/aluminium coil. Moreover, the FLAT TUBE heat exchanger requires a smaller charge volume than a conventional bi-metal coil, as the microchannels limit the available volume for the refrigerant fluid while also creating a larger thermal exchange surface area. Weather resistance is a key factor for the heat exchanger coil, as it is perhaps the component that is most exposed to the harmful effects of the atmosphere. Here too, the FLAT TUBE coil outperforms other solutions: the single component in aluminium only is far less susceptible to corrosion than a conventional bi-metal coil in copper and aluminium. As if that were not already enough, the direct expansion coil of the new Y High Efficiency and R2 High Efficiency lines outdoor units receive a special galvanic treatment with sacrificial zinc anodes to further prevent any possibility of corrosion, while a waterproofing treatment protects the copper pipes connecting the heat exchanger coil to the refrigeration circuit against electrolytic corrosion. A special version (denominated -BS) may be ordered for installations in highly saline conditions or coastal zones, which is specifically designed for these applications.

STANDARD COIL FLAT TUBE COIL

Smaller pitch

Larger pitch Smaller chamber Number of channels increased by 30%

+30% more piping +17% more Contact with Piping +26% more Contact with Refrigerant Smaller Pitch and Pipe Chamber Reduced Refrigerant Volume

A world first

for VRF systems

Higher heat exchanger surface

FLAT TUBE Geometry

Fins

MITSUBISHI ELECTRIC / KEY TECHNOLOGIES

Inverter-driven compressor technology All CITY MULTI compressors are of the inverter-driven type, capable of precisely matching a building’s cooling and heating demands. The compressor varies its speed to match the indoor cooling or heating demand and therefore only consumes the energy that is required. When an inverter driven system is operating at partial load, the energy efficiency of the system is significantly higher than that of a standard fixed speed, non-inverter system. The fixed speed system can only operate at 100%, however, partial load conditions prevail for the majority of the time. Therefore, fixed speed systems cannot match the annual efficiencies of inverter driven systems. Using proven single inverter driven compressor technology, the CITY MULTI range is favored by the industry for low starting currents (just 8 amps for a 20HP outdoor unit) and smooth transition across the range of compressor frequencies.

Heat recovery system

HEATING / COOLING CAPACITY

Heating / Cooling Capacity

Comparison between different systems with different pipe connection points

100% 2 pipes

Linear Capacity Control

CITY MULTI R2

Total connections

Outdoor unit

Drastically reduces the amount of piping

BC controller

15%

compressor Indoor units

Low

Compressor Frequency

=Piping connections

High 3 pipes

Total connections

Outdoor unit

STABLE AND SMOOTH OPERATION

Indoor units IMMAGINE IN BASSA

IMMAGINE IN BASSA

Solenoid box

=Piping connections

Capacity 100%

100%

3-inverter compressors

2-inverter compressors

1-inverter compressor

No.3

How does the R2 / WR2 heat recovery system work with two pipes?

No.2

The secret of the VRF CITY MULTI heat recovery system lies in the BC controller. The BC controller contains a liquid/gas separator which allows the outdoor unit to produce a two-phase mixture of hot gas for heating and liquid for cooling delivered through the same pipe. Three pipe systems use one pipe for each

No.2 No.2 15%

Solenoid box

IMMAGINE IN BASSA

Capacity

Solenoid box

Inverter

7.5% Load

No.1

No.1 Load

No.1

Load

of these two phases. The mixture is separated when it reaches the BC controller, and the correct phase (gas or liquid) is sent to each indoor unit in relation to individual demand for heating or cooling.

CITY MULTI R2

Heating = gas refrigerant Cooling = liquid refrigerant

2 R2/RW2 REFRIGERATION CIRCUIT The two-phase gas-liquid refrigerant from the outdoor unit is split into gaseous refrigerant and liquid refrigerant by the gas-liquid separator in the BC controller. BC controller

1 The high pressure and low pressure values determine the compressor activation frequency and heat exchanger operating mode, and also control the thermal exchange volume..

The BC controller separates the refrigerant correctly for each indoor unit in relation to operating mode of the unit itself. Refrigerante gas

Refrigerante a due fasi gas-liquido ad alta pressione

Unità esterna

Refrigerante liquido

Refrigerante gas

Refrigerante liquido

Unità interna

Riscaldamento

25°C

26°C

Raffreddamento Raffreddamento

22°C

3 Refrigerant flow regulation in relation to temperature difference between intake air and delivery air.

24°C

MITSUBISHI ELECTRIC / KEY TECHNOLOGIES

Heat recovery system

Why use heat recovery?

The LEV Kit system

With the heat recovery system, the more often the simultaneous cooling and heating function is used, the greater the energy savings.

Flexibility and efficacy are decisive factors when choosing a system with heat recovery capability. For instance, while a heat pump system is suitable for an office with a large open space plan, in an office space subdivided into more units, a system is needed that can simultaneously heat and cool different zones in accordance with the preferences of each individual user. The efficacy of these systems stems from their ability to use by-products of cooling and heating to transfer energy where it is needed, therefore functioning as a balanced heat exchanger offering savings of up to 20% in operating costs compared with a conventional heat pump system. Moreover, the number of connection points needed for an R2 / WR2 system is significantly lower than the number required by a three pipe system. This reduces installation costs, further adding to the savings offered by using the VRF CITY MULTI system.

The LEV Kit makes it possible to use the residential indoor units of the Family series – which represent the state of the art in Mitsubishi Electric air conditioning system design – together with

SYSTEM FUNCTIONAL DIAGRAM CITY MULTI R2/WR2

(

Outdoor units in heating mode

15HP

Indoor units for a total of 15HP connected to a 10HP outdoor unit

)

A Predominant mode: heating

10HP 7,5HP

B Total heat recovery

5HP

VRF CITY MULTI systems. Mixed installations can therefore be created with complete freedom, using the MSZ-EF and MSZ-SF wall-mounted units and MFZ-KJ floor-standing units.

THE LEV KIT SYSTEM

VRF Outdoor Unit

AE-200E

M-NET data transmission bus

C 5HP

7,5HP

10HP

VRF Indoor Units

15HP Indoor units in cooling mode

M-NET for centralized system

LEV Kit

MA transmission line WHY USE HEAT RECOVERY?

to other Outdoor Units Outdoor unit

BC Controller MSZ-LN Series MFZ-KJ Series MA Remote control

Twp-pipe refrigerant tubing

The Mitsubishi Electric external units compatible with the LEV Kit are: • R2 Line • Small Y Line • R2 High Efficency Line • Small Y Compact Line • WY Line • Y Ecostandard Line • WR2 Line • Y Line • Y Zubadan Line • Y High Efficency Line

Wireless remote control

Family series indoor units

Wireless remote control

MSZ-LN

MSZ-EF

MSZ-SF

Mitsubishi Electric Replace Technology The EU regulation 2037/2000/EC has banned the use of virgin HCFC refrigerants (R22) since 1/1/2010. As a result, in the event of a fault or even just a refrigerant leak in an air conditioning system using R22, it is no longer possible to recharge the system. With small to medium-sized installations in particular, the most cost effective solution is to replace the entire air conditioning system.

Mitsubishi Electric is the first company to deploy a technology that allows the existing piping to be used without modification, even with piping with different diameters and wall thicknesses. By using exclusive HAB oil (alkylbenzene) and special low friction technology for the compressor, the majority of our air conditioners may operate with the original piping, with the many advantages that brings: • Lower installation times (no masonry work) • Cost containment (no new piping, reduced work, etc.) • Minimising environmental impact (reduction of materials to be disposed of)

MFZ-KJ

MITSUBISHI ELECTRIC / KEY TECHNOLOGIES

Functions M-NET

CONTINUOUS OPERATION

M-Net Power

POWER

With the M-Net transmission line and the use of separate power and control circuits for indoor units, the following states can be identified automatically: • indoor unit malfunction • power loss to indoor unit. In the event of one of these conditions, the outdoor unit isolates the malfunctioning indoor unit or indoor unit receiving no power to ensure the continued electrical and refrigeration functionality of the system with no action required from a technician and/or a system administrator. This allows total flexibility in planning and laying out 220V AC power circuits, without the need for shared main lines and without requiring any additional devices to attain compliance with legislation for electrical systems. This circuit configuration is essential for situations where the system itself is shared by multiple owners or tenants, and where each must be able to electrically isolate their respective indoor terminal sections when required.

Power loss or malfunction of indoor unit.

Continuous heating operation image (single unit)

Continuous heating operation image (combination)

The heat exchanger of the outdoor unit is split into parts. Even when defrosting is necessary, the heating operation is continued with a part of the heat exchangers.

With the combination model, units perform defrosting alternately. While one unit is performing defrosting, the other continues heating.

CONTINUOUS HEATING OPERATION IMAGE

M-NET POWER

During normal heating operation Circuit Power ON

Circuit Power OFF

Control circuit

During continuous heating operation

Circuit Power ON

Control circuit

Defrosting Heating operation operation

Heating operation

Under repair

A part of the heat exchanger performs defrosting alternately.

Heating Defrosting operation operation

During the continuous heating operation, the heating operation continues, so the heating capacity does not completely drop.

CONTINUOUS HEATING OPERATION IMAGE

Other indoor units can work.

Continuous operation

During continuous heating operation

During normal heating operation

During continuous heating operation

(Preliminary setting is unnecessary.)

In the event of power loss or partial malfunction of one or more indoor units, the system continues to function uninterruptedly and without requiring any action from a technician and/or system administrator.

Defrosting Heating operation operation

Heating operation

The units perform defrosting alternately.

Heating Defrosting operation operation

Continuous heating operation Normally, it is necessary to stop the heating operation during defrosting. However, the continuous heating operation method makes it possible to perform defrosting while the heating operation continues.

During normal defrosting operation Heating is stopped during the defrosting operation, so the room temperature drops.

Reduction in the stoppage time of the heating operation prevents drops in room temperature. Use a dip switch on the outdoor unit to switch between the continuous heating operation method and the conventional defrosting method.

Preheat

Defrost

Preheat defrost operation

Low Noise

The new outdoor unit is equipped with a preheat defrost operation that raises the discharge temperature of the air before beginning defrost operation. This contributes to raising the room temperature before the start of defrost operation and prevents room occupants experiencing a chilling sensation.

During continuous heating operation

Warm and comfortable!

You can enjoy a comfortable environment where the heating operation doesn't stop.

Flexible Noise Setting

The “Low Noise” mode, which conventionally only had one pattern, has been increased to four patterns so that a mode can be selected from a total of five patterns, including the rated pattern. The low-noise mode has four patterns 85%, 70%, 60% and 50% in respect to the fan speed. This can be set with the outdoor unit’s DIP switch. The pattern can be selected according to the customer’s requests when low-noise operation is required.

PREHEAT DEFROST ON/OFF FLEXIBLE NOISE SETTING Heating

Example Outdoor unit 18HP Indoor temp. 20°C Outdoor temp. 2°C /1CWB Heating load 100%

Room temp. rises before defrost* 1

Preheat defrost

Discharge temperature

Defrost

Restart of heating

Discharge temp. rises by max 20% Without preheat defrost

Room temperature Room temp. rises

Setpoint

Settings function 1) 50% 2) 60% 3 new settings available 3) 70% 4) 85% 5) 100% (nominal speed)

Without preheat defrost

*1 depending on heating load

During activation of the Preheat defrost, the indoor ambient temperature does not exceed the set‐ point temperature.

MITSUBISHI ELECTRIC / KEY TECHNOLOGIES

200% extended connectivity system The innovative Ecodan® HWS & ATW unified VRF system by Mitsubishi Electric for cooling, heating and domestic hot water production brings VRF technology to the heating market. To ensure correct power usage in applications such as centralized residential systems and hotels, where permitted by the coincidence factor, Mitsubishi Electric offers a system allowing up to 200% extended connectivity. The 200% extended connectivity system offers the advantage of simplified, intuitive and, most importantly, automated operation comparable to a conventional centralized heating system (e.g. gas boiler), meaning that the professional installer is no longer required to include complicated, redundant management and adjustment systems.

Extension of operating limit in Cooling to 52°C

52°C

In certain types of installation and in areas with high building density the passage of air can be obstructed. In very high outdoor temperature conditions and if the air expelled by the unit’s fan is not correctly removed, it can stagnate and increase the air temperature around the machine. Thanks to an extended operating range of up to 52°C, the system can operate uninterruptedly even in these conditions.

Low Temp Cooling

Extended settable temperature range in cooling mode, with minimum temperature of 14°C

Where the ability to cool to temperatures lower than the standard lowest comfort value of 19°C (typically for sports centres, laboratories etc.) is necessary, the settable temperature range in cooling mode may be extended to offer a lowest temperature of 14°C on the following models: • Floor-standing • Built-in floor units • 2-way cassette • Ducted The indoor unit fan is run at a higher speed in this configuration (except with the SMALL Y model outdoor unit of the PUMY series).

Rotation function Y Series (Ecostandard Line, Y Linea nd Y High Efficiency Line) and R2 Series (Y Line and Y High Efficiency Line) combined modules use an automatic “Rotation Function” routine which optimises the usage of indoor and outdoor units to extend the lifespan of all system components.

System architecture For example, in a hypothetical installation with a P200 outdoor unit, this system permits the connection of units with a total power index equal to 200% that of the outdoor unit (P400), subdivided according to the following rules: • Maximum power index for hydronic modules = P200 (100% of outdoor unit power index)

• Maximum power index for indoor modules = P200 (100% of outdoor unit power index) A VRF Ecodan® installation with this configuration will ensure simultaneous operation up to a power index of 130%, in the case of a Y heat pump system, and up to 150% in the case of an R2 heat recovery simultaneous heating and cooling system.

EXAMPLE OF 200% EXTENDED CONNECTIVITY SYSTEM WITH R2 SERIES

BC controller

Emergency backup function Backup

PURY-P200YNW-A

HWS P100

ATW EP100

The right power for the right application The 200% extended connectivity system conceived by Mitsubishi Electric is applicable only for mixed configurations with simultaneous production functions: Heating with standard VRF indoor units, primary heating function with ATW hydronic modules and domestic hot water production with HWS modules (in this case, only with R2 heat recovery simultaneous cooling and heating systems). This system requires that a precise operating limit is defined that will ensure that the outdoor unit power drawn is appropriate for the ambient loads effectively to be satisfied in all operating conditions and at all times. As a consequence, it is always important to evaluate maximum simultaneous power demand in the different operating modes possible.

U.I. P50

Operation with heat pump systems (Small Y (PUMY) and Y (PUHY)) Application

ATW Hydronic Module Indoor unit

Indoor unit

Primary Heating

Air Cooling and Heating

Winter

Off

Autumn/Spring

Off

Summer

Off

Y Series (Ecostandard Line, Y Line and Y High Efficiency Line) and R2 Series (R2 Line and R2 High Efficiency Line) combined modules offer unparalleled reliability with the new emergency backup function, which is easily activated from the remote control of any indoor unit in the event of a system malfunction. The backup function allows the system to continue operating in heating and cooling mode for an average period of 4 hours.

Operation with simultaneous cooling and heating heat recovery systems (R2 (PURY)) ATW Hydronic Module

ATW Hydronic Module

Indoor unit

DWH Production

Primary Heating

Air Cooling and Heating

Winter

On (365days/year)

Off

Autumn/Spring

On (365days/year)

Summer

On (365days/year)

Application

sensible heat

During evaporating Funzione ETCcontrol attiva temperature During normal Funzione ETC operation non attiva

Pressione Pressure

In a traditional system, the evaporation temperature is kept constant regardless of the system load conditions. In low load conditions (when thermal loads to be dealt with are limited) increasing the evaporation temperature of the system decreases the compressor’s workload and consequently limits the electrical absorption of the outdoor unit without affecting the environmental comfort level.

Evaporator Evaporatore Enthalpy Entalpia

Thetemperatura evaporatingdi La temperature isviene evaporazione increased. aumentata.

During evaporating Funzione ETC attiva temperature control During normal Funzione ETCoperation non attiva

No.1 No.2 No.3 No.4



Reduced power Riduzione della potenza consumption elettrica assorbita

Largest ∆T (Temp difference) of ∆T (differenza di temperatura) IU inlet/set temp. (°C) tra UI e Set Point

LOCALLY-PROCURED HUMIDITY SENSOR INSTALLATION IMAGE

Lower della compressor Riduzione frequenza del frequency compressore

(low humidity) CN3S (Outdoor unit control board)

PAC-SC36NA-E (Optional part)

*Control board is designed in the field.

Control board



(high humidity)

IC01

Humidity information

IC02

IC03

low

EVAPORATING TEMPERATURE CONTROL (DURING COOLING) NORMAL MODE



low

amount of compressor work IlThe lavoro a carico del is reduced. viene ridotto. compressore

The evaporating temperature is controlled according to room Increase of target Innalzamento della temperatura temperature evaporating anddihumidity, and refrigerant pressure. temperature evaporazione

4 patterns for setting target evaporating temperature

high

Evaporating temperature control (during cooling)

High sensible heat operation

Target evaporating temperature

Condenser Condensatore

Temperatura di evaporazione Target evaporating temp.target (°C) (°C)

18°C 9°C

High

1) EVAPORATING TEMPERATURE CONTROL IMAGE

Difference between indoor unit inlet temperature and set temperature

high

Humidity sensor

TEMPERATURE AND HUMIDITY CONDITIONS

high

Comfortable zone Temperature

SUITABLE SITUATIONS

High humidity

Humidity

Compressor rotating at medium speed to reduce humidity

Comfortable zone



Hi Lo

low

Humidity

high

Temperature of refrigerant in indoor unit greatly reduced.

high



Difference between indoor unit inlet temperature and set temperature

Hi Lo

low

Difference between indoor unit inlet temperature and set temperature



Temperature

high

Temperature of refrigerant in indoor unit slightly reduced.



Comfortable zone

Difference between indoor unit inlet temperature and set temperature



High temperature and humidity

Compressor rotating at high speed to reduce temperature and humidity

low



Temperature

Uncomfortable



high

IU inlet/set temp. (°C) tra UI e Set Point

A little humid

Temperature of refrigerant in indoor unit kept high



Target evaporating temperature

High sensible heat operation

Comfortable and energy-saving operation even at low compressor rotating speed

Evaporating temperature control



Comfortable

Zone

low

*1) To change the evaporating temperature setting, it is necessary to change the setting of the dip switch on the outdoor unit. *2) When the difference between the indoor unit air-intake temperature and the actual temperature setting exceeds 1°C, the evaporating temperature based on this difference is constant.

Comfortable temperature and humidity

Condition of outdoor unit

Target evaporating temperature

Largest ∆T (Temp difference) of ∆T (differenza di temperatura) IU inlet/set temp. (°C) tra UI e Set Point

Room state



Reduced power Riduzione della potenza consumption elettrica assorbita

low

Evaporator Evaporatore There are two patterns to control the evaporating temperature as follows. 1) The evaporating temperature No.1 is controlled to be constant, regardless of the ΔT. Enthalpy Entalpia During evaporating Lower than compressor della frequenza The evaporating temperature No.2 is set to a value thatRiduzione is higher the normal Funzione ETC attiva temperature control No.3 del frequency compressore evaporating temperature. No.4 The amount of compressor work Il lavoro a carico del 2) The evaporating temperature is controlled by shifting it according tonormal theoperation ΔT. The During Funzione ETC non attiva is reduced. viene ridotto. compressore user can select from 4 control patterns. * The availability of 1 and 2 varies depending on the model. Refer to the function Reduced power Riduzione della potenza table. consumption assorbita * Changing the evaporating temperature reduces latentelettrica heat capacity. Select an appropriate pattern to of the installation conditions. Largest ∆T (Temp difference) ∆T (differenza diaccording temperatura)

Lower della compressor Riduzione frequenza del frequency compressore

Target evaporating temperature

Pressione Pressure

During normal Funzione ETC Thetemperatura evaporatingdi Increase of target La Innalzamento della temperatura 4 patterns for setting operation non attiva temperature isviene The evaporating temperature is increased and the compressor input is decreased evaporazione evaporating temperature target evaporating di evaporazione increased. aumentata. according to the load, resulting in increased operating efficiency. temperature

No.1 No.2 No.3 No.4

Humidity information is sent to the control board. The control board judges the humidity information, and sends a HIGH/LOW signal to the outdoor unit through CN3S. The outdoor unit shifts the evaporating temperature depending on the information from the control board.



Temperatura di evaporazione Target evaporating temp.target (°C) (°C)

Funzione ETCcontrol attiva temperature

Increase of target Innalzamento della temperatura evaporating temperature di evaporazione

**Humidity sensor → field supply

low

During evaporating SMART EVAPORATING TEMPERATURE CONTROL MODE

4 patterns for setting target evaporating temperature

With high sensible heat operation mode activated, air conditioners consume less energy, thereby realizing cost savings. If a locally-procured humidity sensor is installed, the evaporating temperature of the outdoor unit can be controlled optimally as shown below according to the difference between the indoor unit inlet temperature and set temperature. A wide range of temperature settings are available, from a low evaporating temperature close to the temperature for normal operation to a high evaporating temperature to realize energy savings.

Humidity

Condenser Condensatore

Temperatura di evaporazione Target evaporating temp.target (°C) (°C)

2) EVAPORATING TEMPERATURE CONTROL IMAGE (WITH 4 PATTERNS)

The evaporating temperature is kept constant regardless of the load. Even at low loads, the normal evaporating temperature does not change, which leads to energy losses during partial load operation.



g va rol

Energy efficiency control



atingdi tura e isviene ne

MITSUBISHI ELECTRIC / KEY TECHNOLOGIES

high

• Spaces with constant high temperatures from heat sources such as OA equipment • When the load is low during periods when air conditioners are used for cooling (such as during the morning).

The new outdoor units are equipped with an evaporation temperature selection function, which automatically takes the system load conditions into account.

MITSUBISHI ELECTRIC / KEY TECHNOLOGIES

Smooth auto-shift startup mode

Auto shift

Dual Set Point

Normally, the desired room temperature is set to the same value for cooling and heating. However, the dual set point function makes it possible to set different temperatures for cooling and heating. When operation switches from cooling to heating or vice versa, the preset temperature changes accordingly. Setting dual set points for the Auto mode on R2 and WR2 helps improve energy efficiency, compared to setting a single set point. When the operation mode is set to the Auto (dual set point) mode, two preset temperatures (one each for cooling and heating) can be set. Depending on the room temperature, the indoor unit will automatically operate in either the Cool or Heat mode and keep the room temperature within the preset range. The outdoor unit does not operate in the dead band defined by two temperature points where the thermostat is off. This cuts down on unnecessary operation of the air conditioning system.

Smooth auto-shift startup mode, a new operation mode on the outdoor unit, can now be selected in addition to the conventional COP Priority and Capacity Priority modes. In order to heat the room faster, Capacity Priority mode runs for 30 minutes when heating operation starts. The unit then switches to COP Priority mode to increase energy-saving efficiency. This enables both improved comfort and energy savings.

NEW Comp frequency

dual

Setpoint

Smooth auto-shift startup mode Approx 10%

R407C

30min

90m

R22

Multi-refrigerant The indoor units of VRF CITY MULTI systems are the first and only products on the market with multi-refrigerant capability. These units can operate with R22, R407C and R410A systems with no loss in performance, irrespective of the different pipe sizes.This allows unparalleled freedom for installation, as well as offering total reverse compatibility in the event of replacing indoor units with an R22 or R407C VRF CITY MULTI system.

Operation time

Cooling

(~35°C)

Comfortable temperature band between two points (Thermostat OFF)

*Selectable

Heating Morning

Heating Heating

Daytime

22°C (17°C~)

Evening

A height difference of up to 90 m from the outdoor unit to the indoor unit can be supported with no extra-cost options. This increases design flexibility and facilitates installation of these units even in high-rise buildings.

Height difference from outdoor unit to indoor unit: The system can be configured with a height difference of up to 90 m with no extra-cost

options.

* Whether the system can be configured with such a height difference varies depending on the model. * The maximum height difference is 60 m when the outdoor unit is located lower than the indoor unit.

The static pressure specification of the outdoor unit can be selected (0, 30, 60, or 80 Pa). This facilitates installation of the unit on each floor of a high-rise building or on balconies. * The static pressure that can be set varies depending on the model.

26°C Setting two points

Usable in an application with a large vertical separation of up to 90 meters

Selectable external static pressure of the outdoor unit

COP Priority mode

Unit on (start-up) Cooling

R410A

Standard

OPERATION PATTERN DURING AUTO (DUAL SET POINT) MODE

Cooling

Installation and maintenance

Long exhaust hoods can be connected. This facilitates installation of the unit on each floor of a high-rise building or on balconies.

Compressor: new induction heating technology The Y Line and R2 Line outdoor units employ a pre-heating system for the scroll compressor based on induction technology. This solution is used to warm the compressor housing to minimise energy absorption in stand-by state. Yet another solution contributing to reducing energy consumption.

Maximum external static pressure 80 Pa (local setting) * PUHY-(E)P-Y(S)NW-A, PURY-(E)P-Y(S)NW-A

Self-diagnosis of VRF CITY MULTI system For even simpler maintenance, CITY MULTI systems have a self-diagnostic function which is capable of communicating malfunctions on different levels using fault codes. With the special Maintenance Tool software developed by Mitsubishi Electric, the user can connect to any point in the transmission line to acquire all technical operating information interactively.

IMAGE SHOWING OPERATION IN AUTO (SINGLE SET POINT) MODE

Intelligent Terminal Boards

Coventional heater system of compressor motor

New induction heater system of compressor motor

IMAGE SHOWING OPERATION IN AUTO (DUAL SET POINT) MODE

Turning off the thermostat saves energy as the refrigerant stops circulating. Energy saving by preventing wasteful use

Room temperature stays within comfortable temperature band.

Intelligent indoor unit terminal boards are a unique feature of Mitsubishi Electric VRF systems. These intelligent terminal boards make it possible to use the air conditioning system and the M-NET communication network, via the indoor units, as a vehicle for collecting, transferring and monitoring field signals from generic appliances such as lighting, power, access management, intelligent alarm systems etc. Using the intelligent terminal boards of the indoor units together with the existing infrastructure drastically reduces the number of cables needed to collect these field signals and the amount of labour required to route the cables to the centralized units. Typically, each indoor unit supports the following signals and functions: INDOOR UNIT

SYSTEMS

NO TIMER Lights Power

Digital output

ON/OFF COMMAND

UTA Fan Humidification Pumps

Digital input

ON/OFF STATUS

Access barriers

USB

Downloading operating data via USB

Operation data was retrieved from conventional models using the maintenance tool. On the new model, the data can be retrieved quickly via USB*1. It is unnecessary to carry the personal computer in which the maintenance tool has been installed, reducing field operation time and improving convenience. Software can be rewritten via USB, while data for up to 4 days and the 5 minutes after an error has occurred can be stored in the the USB memory device*². *1 In the case of OC-IC maximum configuration *2 USB memory devices conforming to USB2.0 can be used.

Occupancy sensing Intelligent alarms

Digital input Heating operation

Cooling operation

FAULT

Generic appliances etc.

Thermo OFF

MITSUBISHI ELECTRIC / KEY TECHNOLOGIES

Remote monitoring and control systems Group/Individual simplified management*2

•

Available for Smartphone and Tablet

•

• • •

•

• • • • • •

Dedicated App

•

User restrictions Outside the building (Cloud) Internet connection needed

•

WEB Server centralized control needed Advanced energy monitoring Monthly/Custom charts and reports Multi-site management Energy consumption apportioning*3 *2 For compatible product lines please refer to catalogues or contact headoffice *3 Sept. 2017

3D Tablet Controller 3D Tablet Controller is the new solution by Mitsubishi Electric allowing portable system management from Smartphone and Tablet inside the building. User configuration, with restrictions and privileges, makes it the ideal solution in those application serving different environments, such as offices or appartments. Thanks to its simple and intuitive interface the user is able to control and monitor air conditioning and hot water production units on mobile device, just as easily as he would on a traditional remote control.This is possible thanks to WEB Server 3D centralized control installed on site, connected to the building Wi-Fi router*1.

MELCloud • Cloud remote monitoring and control system. • Born for residential aplications, it’s now being expanded to VRF CITY MULTI. • Complete and intuitive solution with all main control and monitoring functions. • Does not require WEB Server 3D centralized control (AE-200, EW-50).

RMI • Cloud remote monitoring and control system for professional use. • Allows all main remote control and monitoring functions. • Advanced energy monitoring features are available, such as hourly cunsumption view, custom charts and data collection and display. • Geo-localized multi-site management. • Multi-user management for centralized systems. • Energy consumption apportioning*3.

OUTSIDE THE BUILDING

MITSUBISHI ELECTRIC / VRF-HVRF SYSTEMS - OUTDOOR UNITS

VRF-HVRF Systems Outdoor units

Air condensed R2 NEXT STAGE LINE

SMALL Y COMPACT LINE PUMY-SP Y(V)KM(-BS)

34-37

38-41

SMALL Y 8HP LINE PUMY-P YKM2(-BS)

42-43

Y ECOSTANDARD LINE PUHY-P YKA(-BS)

54-59

Y ZUBADAN LINE

SMALL Y LINE PUMY-P Y(V)KM4(-BS)

PURY-(E)P Y(S)NW-A(-BS)

PUHY-HP YHM-A/YSHM-A(-BS)

Y REPLACE MULT Y LINE 60-63

Water condensed PQH(R)Y-P Y(S)LM-A1

PUHY-RP YJM-B(-BS)

BC controllers for R2-WR2 Lines

WY WR2 LINE 44-47

WCB water-refrigerant connection box

Air condensed for system replacement R22/R407C 72-75

MODEL CODE

82-83

Refrigerant piping lenght

84-89

76-81

64-71

Y NEXT STAGE LINE PUHY-(E)P Y(S)NW-A(-BS)

48-53

LINE FEATURES

Line

Model Inverter-driven compressor technology Technology

PUMY-SP-Y(V)KM

PUMY-P-Y(V)KM(2)4

PUHY-P-Y(S)KA

PUHY-P-Y(S)NW-A

PUHY-EP-Y(S)NW-A

PUHY-HP-Y(S)HM-A

•

50, 60, 70, 85, 100%

•

IH warmer

PQHY-P-Y(S)LM-

PQHY-P-Y(S)LM-A2/

PURY-P-Y(S)NW-A

PURY-EP-Y(S)NW-A

•

50, 60, 70, 85, 100%

50, 100%

•

A2/A1

Flat tube Heat exchanger COP priority mode Operation mode

Low noise mode Auto-shift mode Dual set point

Energy efficiency control

•

Super silent mode

•

1) Selectable from +6°C, +9°, and +14°C (constant irrespective of the ∆T 2) Selectable from 4 patterns (shifts the evaporating temperature according to the ∆T

Evaporating temperature control (during cooling)

High sensible heat operation (during cooling)

•

1) Selectable from 1) Selectable from 1) Selectable from 1) Selectable from 1) Selectable from 1) Selectable from +6°C, +9°, and +14°C +6°C, +9°, and +14°C +6°C, +9°, and +14°C +6°C, +9°, and +14°C +6°C, +9°, and +14°C +6°C, +9°, and +14°C (constant irrespective 1) Selectable from (constant irrespective (constant irrespective (constant irrespective (constant irrespective (constant irrespective of the ∆T of the ∆T of the ∆T of the ∆T of the ∆T +6°C, +9°, and +14°C of the ∆T 2) Selectable from 2) Selectable from 2) Selectable from 2) Selectable from 2) Selectable from (constant irrespective 2) Selectable from 4 patterns (shifts 4 patterns (shifts 4 patterns (shifts 4 patterns (shifts 4 patterns (shifts of the ∆T 4 patterns (shifts the evaporating the evaporating the evaporating the evaporating the evaporating 2) _ the evaporating temperature temperature temperature temperature temperature temperature according to the ∆T according to the ∆T according to the ∆T according to the ∆T according to the ∆T according to the ∆T

12 steps

Continuous heating operation

•

Pre-heat defrost

•

0, 30, 60, Pa

0, 30, 60, 80 Pa

0, 30, 60 Pa

0, 30, 60, 80 Pa

52°C

43°C

52°C

•

Selectable external static pressure of outdoor unit

High ambient Operation at high temperature outside temperatures Piping lenght flexibility

•

Defrosting External static pressure

50, 100%

•

Demand control Function

50, 100%

30 Pa

52°C

Usable in an application with a large vertical separation of up to 90 meters

• 12 steps

8 steps

45°C

8 steps

45°C

Rotation control

•

Emergency operation mode

•

Maintenance Pump down function M-Net Power USB Data download

•

• •

•

* Power supplied to the heater only for 22HP and 24HP (P550 and P600) single modules

SMALL Y COMPACT LINE / PUMY-SP Y(V)KM(-BS)

SMALL Y COMPACT LINE

Compact dimensions

OUTDOOR UNITS - PUMY-SP Y(V)KM(-BS)

The new SMALL Y COMPACT (PUMY-SP) delivers the power and performance of a VRF system in residential applications with a significantly smaller footprint than ever before, thanks to its new single-fan design.

PUMY-P YKM3(-BS)

PUMY-SP Y(V)KM(-BS)

ErP 2 0 18

COMPLIANT

Easy installation and transport COMPACT SIZE AND LOW WEIGHT MAXIMUM FLEXIBILITY OF CONNECTION THROUGH BRANCH BOX

TOP OF THE RANGE EFFICIENCY

SUPER SILENT MODE

UP TO 30 PA STATIC PRESSURE OUTDOOR FAN UNIT

The compact chassis of the SMALL Y COMPACT (PUMY-SP) and above all its low height (under one metre) make the machine suitable for installation on balconies. The low weight makes the unit easy to transport.

THE OUTDOOR UNIT CAN BE INSTALLED ON BALCONIES

FLEXIBLE PIPE CONNECTION

SMALL Y COMPACT LINE / PUMY-SP Y(V)KM(-BS)

Top of the range efficiency

Static pressure outdoor fan unit

Despite its compact size and low weight, the new SMALL Y COMPACT (PUMY-SP) provides top of the range efficiency. This reduces operating costs.

The 30 Pa static pressure option increases flexibility in the choice of the unit’s installation point.

EER COP

4.03

4.42

4.1

3.65

SP112

3.3

SP125

SP140

EER

Super Silent Mode

M-NET Branch Box

The SMALL Y COMPACT (PUMY-SP) is the first model in the range that can operate in the new “Super Silent” mode, which reduces sound emission by -10dB(A). It is therefore possible to install the unit even in particularly sensitive acoustic environments.

1 Branch Box Model

The new PAC-MK31(3)/51(3) branch boxes are designed for direct connection to MELANS control and supervision systems. To connect a system composed of internal units of the Residential or Commercial Line to an M-Net centraliser, it is therefore not necessary to provide a dedicated interface. Instead it is sufficient to use Branch Boxes and connect them to the communication bus consisting of a simple two-wire, non-polarised cable. In addition, the new Branch Boxes do not need to be prepared for condensate drainage.

*The optional PAC-SC36NA-E connector is required in order to activate “Super Silent” mode. *System capacity is reduced if “Silent” or “Super Silent” mode is activated.

PUMY-SP112 PUMY-SP125 PUMY-SP140

Via Branch Box

CITY MULTI Indoor units

Max. 5

2 Branch Box Via Branch box

CITY MULTI Indoor units

Max. 7

Max. 3

Max. 8

Max. 2

Max. 8

Max. 3

Geometric limits Indoor units connectable

The compactness of the new model SMALL Y COMPACT (PUMY-SP) does not affect the system’s flexibility, so it is still possible to have extended and capillary pipe development.

Nr. IU Connectable

GEOMETRIC LIMITS PUMY-SP112/125/140 VKM(-BS)/YKM(-BS) Total length of pipes

120 m

Total pipe length after branch box/boxes

95 m

Maximum level difference between UI and UE (UE above)

50 m

Maximum height difference between UI and UE (UE below)

30 m

Flexible connection The new SMALL Y Compact line is equipped with front, side, rear and lower refrigeration connections, making it easier to install.

Min/Max connectable capacity*

Wall

Connectivity SMALL Y COMPACT (PUMY-SP) single-fan units can be connected to Residential and Commercial line indoor units by branch-box PAC-MK31(3)/51(3). It is also possible to create mixed systems with VRF indoor units and residential and commercial units. Thanks to these features, the system has essentially unlimited flexibility, serving every need.

New Branch Box (3 and 5 connections) - Total flexibility The new Branch Boxes are designed to give the system the highest possible flexibility of configuration. It is therefore possible to create systems with CITY MULTI VRF units, consisting exclusively of Residential/Commercial Series indoor units or mixed systems in which the two types of units coexist.

MODEL

63/162 PUMY-SP112 8 71/182 PUMY-SP125 * [kW]x10 80/202 PUMY-SP140

Kirigamine Style

Kirigamine Zen

MSZ-LN

MSZ-EF

Floor

1 way cassette

4 way cassette

Plus line MSZ-SF

MSZ-AP

MSZ-GF

MFZ-KJ

MLZ-KA(P)

Ceiling concealed

60x60

90x90

Compact

SLZ-KF(M)

PLA-RP EA

SEZ-KD(M)

Ceiling

PEAD-M JA

PCA-M KA

35 18 22 25 35 42 50 15 20 25 35 42 50 15 20 25 35 42 50 60 71 25 35 50 25 35 50 35 50 60 71 100 25 35 50 60 71 35 50 60 71 100 50 60 71 100 50 60 71

• • •

• • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • •

Technical specifications PUMYSP112VKM

MODEL

4.5

HP Power

Cooling

Tensione/Freq./Fasi

V/Hz/n°

1 fasi 220-240V 50Hz

Nominal capacity*1 Power absorption EER SEER

kW kW

12.5 3.10 4.03 6.76

Operating temperature range

Heating

Indoor WB Outdoor DB

Nominal capacity*2 Power absorption COP SCOP Operating temperature range

Indoor WB Outdoor DB

°C °C kW kW

°C °C dB(A)

Sound pressure*3

Heating/Cooling

Connectable indoor units

CITY MULTI Branch Box Sistema misto Liquido/Gas mm External dimensions mm Net weight kg Ref Charge R410A*4/CO2 Eq kg

External diameter of refrigerant connectors

Model/Quantity

PUMYSP112YKM

PUMYSP125VKM

PUMYSP125YKM

PUMYSP140VKM

PUMYSP140YKM

4.5 5.0 5.0 6.0 6.0 3 fasi 380-400-415V 3 fasi 380-400-415V 3 fasi 380-400-415V 1 fasi 220-240V 50Hz 1 fasi 220-240V 50Hz 50Hz 50Hz 50Hz 12.5 14.0 14.0 15.5 15.5 3.10 3.84 3.84 4.70 4.70 4.03 3.65 3.65 3.30 3.30 6.76 6.74 6.74 6.49 6.49 15.0~24.0 -5.0~52.0

14.0 3.17 4.42 3.98

16.0 3.90 4.10 3.93

16.5 4.02 4.10 3.90

18.0 18.0 4.47 3.90

54/56

P15~P140/12 P15~P100/8

93 3.5

94 3.5

15.0~27.0 -20.0~15.0 52/54

52/54

P15~P140/9 P15~P100/8

93 3.5

94 3.5

53/56 53/56 50~130% della capacità in kW dell'unità esterna P15~P140/10 P15~P140/10 P15~P100/8 P15~P100/8 vedi databook 9.52/15.88 981 x 1050 x 330 93 94 3.5 3.5

*1 Nominal cooling conditions: Indoor: 27°C DB / 19°C WB. Outdoor 35°C DB. Piping length 7.5 m, vertical difference 0 m. *2 Nominal heating conditions: Indoor 20°C DB. Outdoor 7°C DB / 6°C WB. Piping length 7.5 m, vertical difference 0 m. *3 Values measured in anechoic chamber. *4 GWP value of HFC R410A 2088 according to 517 / 2014.

SMALL Y LINE / PUMY-P VKM4/YKM4

SMALL Y LINE

New PUMY Y(V)KM4 - The smallest, but with all the technology and efficiency of our bigger units

OUTDOOR UNITS - PUMY-P Y(V)KM4(-BS)

Heat exchanger extended coil

The Small Y (PUMY) series of outdoor units by Mitsubishi Electric, which now offers 7 different variants (with single and three-phase 4.5, 5 and 6 HP versions and a three-phase 8 HP version), is the ideal solution for large homes and medium-sized offices. These outdoor units may be connected to up to 12 indoor units of different type and power rating. This system offers exceptional savings in operating costs and is suitable for both residential and commercial applications.

ErP 2 0 2 1

COMPLIANT

Class-beating energy efficiency The new Small Y (PUMY) series has been designed to offer extraordinary levels of energy efficiency in both summer (EER) and winter (COP) operation. The entire range scores COP values above 4, making these units usable even in regions where legislation sets more restrictive performance limitations.

Total comfort. Even at -20°C The new Small Y (PUMY) series is now capable of operating in heating mode over an even broader temperature range (from -20 to +15 °C). MORE QUIETNESS THANKS TO THE NEW FAN

CONNECTABLE TO ATW MODULES FOR HOT WATER PRODUCTION UP TO 55°C*1

GEOMETRIC PIPING LIMITATIONS INCREASED

H.I.C. CIRCUIT (HEAT INTER CHARGER) FOR THE SUBCOOLING CONTROL

POWER RANGE EXTENDED WITH THE INTRODUCTION OF THE NEW 8 HP THREEPHASE SIZE

NEW CHASSIS WITH INCREASED HEAT EXCHANGE SURFACE

INCREASED RELIABILITY

CONNECTABLE TO RESIDENTIAL AND COMMERCIAL INDOOR UNITS BY LEV-KIT AND BRANCH BOX

New chassis with larger heat exchange surface area The new design of the Small Y (PUMY) series has made it possible to use a direct expansion coil with greater heat exchange surface area and density. Together with the introduction of the Heat Inter Charger overcooling circuit – a technological solution now appearing for the first time in units of this series – these improvements ensure superlative performance and extraordinary energy efficiency in cooling mode. The flat fin configuration of the coil and special Blue Fin treatment protect the coil itself against corrosion, ensuring that

The power of a VRF, the elegance of a residential Multi-Split With the LEV KIT and the new dedicated Branch Box*1 (available as 3 and 5 connection versions), the outdoor units of the Small Y series can now be connected to the entire range of residential and commercial*2 indoor units, with looks that are perfectly suited to applications (such as residential buildings and hotels) where design and elegance are decisive factors in the choice of indoor units.

THE POWER OF A VRF, THE ELEGANCE OF A RESIDENTIAL MULTI-SPLIT

MSZ-EF

Wireless remote control

MSZ-LN

Wireless remote control

VRF Outdoor Unit PUMY-P Y(V)KM4

HEATING OPERATION RANGE EXTENDED UP TO -20°C OUTDOOR TEMPERATURE

the unit continues to function with the same outstanding thermal exchange efficiency and performance over time.

NATIVE REPLACE TECHNOLOGY FUNCTION FOR THE REPLACEMENT OF R22 SYSTEMS

Branch Box PAC-MK31BC

MSZ-LN

TOP PERFORMANCE AND COP> 4 ON THE ENTIRE RANGE

Wireless remote control

MFZ-KJ LEV KIT

Wireless remote control

AE-200

VRF indoor unit PAR-33 to other Outdoor Units

PAR-33 VRF indoor unit

*1 Except for MSZ-HJ

CITY MULTI VRF-HVRF SYSTEMS / OUTDOOR UNITS

SMALL Y LINE / PUMY-P VKM4/YKM4

New Branch Boxes (3 or 5 connections) – Total flexibility

Total flexibility for installation and maintenance

The new Branch Boxes are designed to offer the greatest configuration flexibility possible for the system. This makes it possible to create systems consisting entirely of CITY MULTI VRF units, systems with Residential/Commercial series indoor units only, or mixed systems with both types of unit.

With increased geometric limits for piping, the Small Y (PUMY) series offers unparalleled flexibility for installation.

The Small Y (PUMY) Lines of outdoor units features Mitsubishi Electric Replace Technology, which allows the existing piping to be used without modification, even with piping with different diameters and wall thicknesses. By using exclusive HAB oil and special low friction technology for the compressor, the majority of our air conditioners may operate with the original piping, cutting installation times and costs and material costs while minimising environmental impact.

AC PRE-HEATING compressor pre-heating system An AC pre-heating system is used for the compressor. The pre-heat routine is based on the temperature of the refrigerant and of the compressor. AC control reduces power absorption in stand-by state, increasing seasonal efficiency.

INCREASED GEOMETRICAL LIMITS FOR PIPING 1 Branch Box Model

CITY MULTI Indoor units

Branch Box ways

PUMY-P112

Max. 5

PUMY-P125 PUMY-P140

Branch Box ways

CITY MULTI Indoor units

300 m

Technical specifications

Effective length of a single circuit

150 m

MODELLO

Max. 7

Max. 3

Maximum vertical difference between indoor units

15 m

Max. 8

Max. 2

Max. 8

Max. 3

Max. 5

PUMY P112-P125-P140 Y(V)KM3

2 Branch Box

Max. 5

Total effective length

“Maximum vertical difference between indoor and outdoor units (with outdoor unit in lower position)”

PUMY-P112VKM4(-BS) PUMY-P125VKM4(-BS) PUMY-P140VKM4(-BS) 4.5

Power

40 m

Phases/Voltage/Freq.

Cooling

Nr. IU Connectable

Min/Max connectable capacity*

Wall

MODEL

30/162 PUMY-P112 30/182 PUMY-P125

30/202 PUMY-P140 112/291 PUMY-P200

Kirigamine Style

Kirigamine Zen

MSZ-LN

MSZ-EF

• • • •

1 way cassette

Floor

4 way cassette

Plus line MSZ-SF

MSZ-AP

MSZ-GF

MFZ-KJ MLZ-KA(P)

Ceiling concealed

60x60

90x90

Compact

SLZ-KF(M)

PLA-RP EA

SEZ-KD(M)

Ceiling Heating

PEAD-M JA

35 18 22 25 35 42 50 15 20 25 35 42 50 15 20 25 35 42 50 60 71 25 35 50 25 35 50 35 50 60 71 100 25 35 50 60 71 35 50 60 71 100 50 60 71 100 50 60 71

• • • •

* [kW]x10, excluding hydronic module where it is compatible (PUMY-P112~140)

Mixed systems Small Y series (PUMY) sizes 4.5-5-6 HP can be connected to Ecodan HYDROBOX and HYDROTANK, allowing mixed systems (domestic hot water, radiant panels or air heating and air cooling). Thanks to this feature the system can produce hot water up to 55°C.

Unparalleled silence The new fans cut through the air more effectively and minimise turbulence, for superlative static overpressure with minimum noise impact. These fans generate a 10% higher outdoor air flow than the previous version while operating at the same noise levels. Small Y (PUMY) is also capable of operating in “low noise” mode, reducing sound pressure levels by 2 dB. By connecting an external timer or switch to the fan, this mode can be set for specific time brackets during the day.

New fan Diameter increased from 490 mm to 550 mm. The new fan has longer, differently shaped blades to direct air more effectively, reduce turbulence and increase efficiency.

Sound pressure*

14.0

15.5

2.79

3.46

4.52

EER

4.48

4.05

3.43

SEER

6.55

6.60

6.25

°C

15.0~24.0

Indoor WB

°C

-5.0~46.0

Nominal capacity*2

14.0

16.0

18.0

Power absorption

3.04

3.74

4.47

COP

4.61

4.28

4.03

SCOP

4.64

4.63

4.42

°C

15.0~27.0

Outdoor DB

-20.0~15.0

Indoor WB

°C

-20.0~15.0

Heating mode

dB(A)

Cooling mode

dB(A)

Connectable indoor units

Total capacity

External diameter of refrigerant connectors

Liquid Gas

Outdoor DB

50 to 130% of capacity of O.U.

Model/Quantity

New PUMY Y(V)KM with Replace Technology The EU regulation 2037/2000/EC has banned the use of virgin HCFC refrigerants (R22) since 1/1/2010. As a result, in the event of a fault or even just a refrigerant leak in an air conditioning system using R22, it is no longer possible to recharge the system. With small to medium-sized installations in particular, the most cost effective solution is to replace the entire air conditioning system. This is because of the following reasons: • New generation outdoor units with R410A are much more efficient, with lower electric power consumption; • They are quieter and offer more effective air filtration; • Taking advantage of tax rebates offered for replacing winter air conditioning systems will minimise the time necessary to recoup the initial outlay. The main problem in replacing an existing air conditioner using R22 fluid with a system using new R410A refrigerant is posed by the residue of chlorine and mineral oils remaining in the existing piping onto which the air conditioner system containing R22 was connected. This residue is extremely harmful for the new air conditioner, and unless the circuit is flushed out extremely thoroughly, may degrade the new oil and/or cause obstructions in the refrigerant circuit and, as a result, lead to system malfunctions. Moreover, the diameters and thickness of the existing piping may not be compatible with the new units.

External dimensions (HxLxW) Net weight Ref. Charge R410A*4/CO2 Eq

9.52

15.88

P15~P140 / 1~12

m3/min

110

1338x1050x330

122

kg/Tons

4.8/10.02

PUMY-P112YKM4(-BS)

PUMY-P125YKM4(-BS)

PUMY-P140YKM4(-BS)

4.5

5.0

6.0

MODELLO HP Power

Cooling

Phases/Voltage/Freq.

Heating

Sound pressure*3

12.5

14.0

15.5

Power absorption

2.79

3.46

4.52

EER

4.48

4.05

3.43

SEER

6.55

6.60

6.25

°C

15.0~24.0

°C

-5.0~46.0

14.0

16.0

18.0

Power absorption

3.04

3.74

4.47

COP

4.61

4.28

4.03

SCOP

4.64

4.63

4.42

°C

15.0~27.0

15.0~27.0 -20.0~15.0

Indoor WB

°C

-20.0~15.0

dB(A)

Cooling mode

dB(A)

External diameter of refrigerant connectors

Liquid Gas

Net weight

Outdoor DB

Heating mode Total capacity

Ref. Charge R410A*4/CO2 Eq

Indoor WB

Nominal capacity*2

Connectable indoor units

External dimensions (HxLxW)

3-phase, 380-400-415V, 50Hz

Nominal capacity*1

Operating temperature range

Fan air flow rate

LEGEND Refrigerant Water

P15~P140 / 1~10

Technical specifications

Operating temperature range

Longer blade

P15~P140 / 1~9

NEW FAN

12.5

Fan air flow rate

ECODAN MULTI

Deeper profile

Power absorption

Operating temperature range

PCA-M KA

6.0

Nominal capacity*1

Operating temperature range

Indoor units connectable

5.0 Single phase 220-230-240V 50Hz

Outdoor DB

50 to 130% of capacity of O.U.

Model/Quantity

P15~P140 / 1~9

P15~P140 / 1~10

9.52

P15~P140 / 1~11 9.52

15.88

m3/min

110

1338x1050x330

125

kg/Tons

4.8/10.02

SMALL Y 8HP LINE / PUMY-P YKM2

SMALL Y 8HP LINE

Branch Box (3-5 ports) - Total flexibility

The power and performance of a VRF with the compact dimensions of a multisplit

OUTDOOR UNITS - PUMY-P YKM2(-BS)

New Branch Box grants high flexibility in system design and indoor unit choice. It is possible to connect Residential/Commercial units and/or City Multi VRF units, realizing mixed systems with both types. Note: PUMY-P200YKM2 to Branch Box connection is only available in AtA configuration.

The new PUMY-P200YKM 8HP is the ideal solution for all applications where there can be no compromise in efficiency, power and installation flexibility – even where installation space is limited.

The power of a VRF, the elegance of a residential Multi-Split

ErP 2 0 2 1

COMPLIANT

1 Branch Box

2 Branch Box

Model

With the use of the LEV KIT and Branch Box (available as 3 and 5 connection versions) the outdoor units of the Small Y series in 8 HP size can now be connected to the entire range of indoor units of the residential and commercial series*1, with looks that are perfectly suited to applications (residential and hotel buildings) where design and elegance are decisive factors in the choice of indoor units.

Branch Box ways

CITY MULTI Indoor Units

Branch Box ways

CITY MULTI Indoor Units

Max. 5

Max. 8

Max. 3

PUMY-P200

Indoor units connectable

GEOMETRIC PIPING LIMITATIONS INCREASED

H.I.C. CIRCUIT (HEAT INTER CHARGER) FOR THE SUBCOOLING CONTROL

HEATING OPERATION RANGE EXTENDED UP TO -20°C OUTDOOR TEMPERATURE

TOP PERFORMANCE AND COP> 4

POWER RANGE EXTENDED WITH THE INTRODUCTION OF THE NEW 8 HP THREEPHASE SIZE

Nr. IU Connectable

MORE QUIETNESS THANKS TO THE NEW FAN

Min/Max connectable capacity*

Wall

INCREASED RELIABILITY

CONNECTABLE TO RESIDENTIAL AND COMMERCIAL INDOOR UNITS BY LEV-KIT AND BRANCH BOX

NATIVE REPLACE TECHNOLOGY FUNCTION FOR THE REPLACEMENT OF R22 SYSTEMS

Kirigamine Zen

MSZ-LN

MSZ-EF

MODEL

30/162 PUMY-P112 30/182 PUMY-P125

NEW CHASSIS WITH INCREASED HEAT EXCHANGE SURFACE

Kirigamine Style

30/202 PUMY-P140 112/291 PUMY-P200

1 way cassette

Floor

4 way cassette

Plus line MSZ-SF

MSZ-AP

MSZ-GF

MFZ-KJ MLZ-KA(P)

Ceiling concealed

60x60

90x90

Compact

SLZ-KF(M)

PLA-RP EA

SEZ-KD(M)

Ceiling

PEAD-M JA

PCA-M KA

35 18 22 25 35 42 50 15 20 25 35 42 50 15 20 25 35 42 50 60 71 25 35 50 25 35 50 35 50 60 71 100 25 35 50 60 71 35 50 60 71 100 50 60 71 100 50 60 71

• • • •

Technical specifications PUMY-P200YKM2(-BS)

MODELLO HP Power

Cooling

8 Phases/Voltage/Freq. Capacity*1

22.4

Power input

6.05

EER

3.70

SEER

5.45

Temperature operating field

Heating

3-phase, 380-400-415V, 50Hz

Indoor WB

°C

15.0~24.0

Outdoor DB

°C

-5.0~52.0 *2*3

Capacity*4

25.0

Power input

5.84

COP

4.28

SCOP

4.21

Temperature operating field

Indoor WB

°C

15.0~27.0

Outdoor DB

°C

-20.0~15.0

dB(A)

Sound power level*5

56/61 50~130% of kW outdoor unit capacity

Connectable indoor units

CITY MULTI

P15-P200/12

Branch Box

kW index: 15-100/8*6 1 Branch Box

Model/Quantity Mixed system

2 Branch Box Ø Ref. piping External dimensions (HxLxW) Net weight Ref. Charge R410A*7/CO2 Eq

Liquid/Gas

CITY MULTI

P15-P200/5

Branch Box

kW index: 15-100/5

CITY MULTI

P15-P200/3

Branch Box

kW index: 15-100/8

9.52/19.05

1338 x 1050 x 330

141

kg/Tons

7.3/15.24

*1 Nominal cooling conditions: Indoor: 27°C DB / 19°C WB. Outdoor 35°C DB. Piping length 7.5 m, vertical difference 0 m. *2 10.0~52.0 when connecting PKFY-P15/20/25VBM, PFFY-P20/25/32VLE(R)M, PFFY-P20/25/32VKM, MSZ-GF series, MSZ-EF series, MSZ-SF series, MSZ-FH series and MFZ-KJ series. *3 -15.0~52.0 when using accessory PAC-SH95AG-E. Not anailable when connecting units listed in*2 *4 Nominal heating conditions: Indoor 20°C DB. Outdoor 7°C DB / 6°C WB. Piping length 7.5 m, vertical difference 0 m. *5 Values measured in anechoic chamber (Cooling/Heating) *6 At least 2 IU connected to Branch Box. *7 GWP value of HFC R410A 2088 according to 517 / 2014. The SEER and SCOP data are based on the EN14825 measurement standard

Y ECOSTANDARD LINE / PUHY-P YKA(-BS)

Y ECOSTANDARD LINE

Technical specifications

OUTDOOR UNITS - PUHY-P YKA(-BS)

MODEL Single

PUHY-P200YKA(-BS) PUHY-P250YKA(-BS) PUHY-P300YKA(-BS) PUHY-P350YKA(-BS) PUHY-P400YKA(-BS) PUHY-P450YKA(-BS) PUHY-P500YKA(-BS) 8

HP Power supply

Cooling

ErP

Heating

Sound pressure level*3

33,5

5,19

6,89

8,86

11,69

13,55

15,78

18,39

EER

3,31

4,06

3,78

3,42

3,32

3,04

2,99

SEER

7.12

7.28

6.39

6.67

6.30

6.13

6.44

Indoor WB

°C

15~24

Oudoor DB

°C

-5~52

Capacity*2

22,4

33,5

Power input

5,05

6,33

8,11

9,61

10,92

13,33

15,71

COP

4,43

4,42

4,13

4,16

4,12

3,6

3,5

SCOP

4.12

3.87

3.92

3.56

3.50

3.51

Indoor WB

°C

15~27

Oudoor DB

°C

-20~15,5

dB(A)

Total capacity

50 to 130% of O.U. capacity

Model/ Quantity

P15~P250/1~17

P15~P250/1~21

P15~P250/1~26

P15~P250/1~30

P15~P250/1~34

P15~P250/1~39

P15~P250/1~43

Liquid/Gas

9,52/22,2

9,52/28,58

12,7/28,58

15,88/28,58

1650x920x740

1650x1220x740

1650x1750x740

Indoor DB

(HxLxD)

Net weight

EXTENDED OPERATING RANGE IN COOLING MODE, WITH MAXIMUM TEMPERATURES UP TO 52°C

Ref. Charge R410*4/ CO2 Eq

EXTENDED PIPING LENGHT

mm kg

195

211

256

253

288

kg/Tons

8/16,7

11,5/24,01

11,8/24,64

Technical specifications PUHYPUHYPUHYPUHYPUHYPUHYPUHYPUHYPUHYPUHYP550YKA(-BS) P600YKA(-BS) P650YKA(-BS) P700YKA(-BS) P750YKA(-BS) P800YKA(-BS) P850YKA(-BS) P900YKA(-BS) P950YKA(-BS) P1000YKA(-BS)

MODEL Double

Modules

PUHY-P250YKA PUHY-P250YKA PUHY-P250YKA PUHY-P250YKA PUHY-P300YKA PUHY-P400YKA PUHY-P400YKA PUHY-P450YKA PUHY-P450YKA PUHY-P500YKA PUHY-P300YKA PUHY-P350YKA PUHY-P400YKA PUHY-P450YKA PUHY-P450YKA PUHY-P400YKA PUHY-P450YKA PUHY-P450YKA PUHY-P500YKA PUHY-P500YKA

Twinning joint

CMY-Y100VBK3 CMY-Y100VBK3 CMY-Y100VBK3 CMY-Y200VBK2 CMY-Y200VBK2 CMY-Y200VBK2 CMY-Y200VBK2 CMY-Y200VBK2 CMY-Y200VBK2 CMY-Y200VBK2 Tens./Freq./ V/Hz/ 3 phase 380Phase n° 400-415 50Hz

Power supply

Cooling

Heating

Ø Ref. piping diameter External dimentions Net weight Ref. Charge R410*4/CO2 Eq

3 phase 380400-415 50Hz

81,5

103

110

Power input

16,07

18,18

19,78

21,4

23,9

27,1

29,24

31,57

34,21

36,78

3,92

3,74

3,69

3,55

3,41

3,32

3,18

3,04

3,01

2,99

Temperature Indoor WB operating field Oudoor DB

EER °C

15~24

°C

-5~52

Capacity*2

81,5

103

110

Power input

15,51

16,7

18,02

22,2

23,01

25,4

28,07

30,56

33,13

4,06

4,07

4,05

3,8

3,67

3,91

3,66

3,42

3,37

3,32

°C

15~27

°C

-20~15,5

dB(A)

64,5

65,5

67,5

50 to 130% of O.U. capacity

COP

Sound pressure level*3 Connectable indoor units

3 phase 380400-415 50Hz

Capacity*1

Temperature Indoor WB operating field Oudoor DB

MAX SIZE UP TO 60 HP EVAPORATING TEMPERATURE CONTROL SYSTEM (E.T.C.)

22,4

External dimentions

CONVENTIONAL BI-METAL (COPPER/ALUMINIUM) HEAT EXCHANGER

Ø Ref. piping diameter

MORE COMPACT AND LIGHTER THAN YHA OUTDOOR UNIT SERIES

Connectable indoor units

SINGLE MODULE SYSTEM FOR INSTALLATIONS UP TO 20HP, FOR MINIMISED SPACE USAGE AND EXTREME SIMPLICITY OF INSTALLATION

Capacity*1

Temperature operating field

NEW FLANGED DUCT AND NEW DC INVERTER FAN MOTOR

Power input

Temperature operating field

2 0 2 1

COMPLIANT

OUTDOOR UNIT OPTIMISED FOR COOLING PERFORMANCE (EER)

Tens./Freq./ 3 phase 380-400-415 3 phase 380-400-415 3 phase 380-400-415 3 phase 380-400-415 3 phase 380-400-415 3 phase 380-400-415 3 phase 380-400-415 V/Hz/n° Phase 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz 50Hz

Total capacity Model/ Quantity

P15~P250/2~47 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50

Liquid/Gas (HxLxD)

15,88/28,58 mm

15,88/28,58

19,05/34,93

19,05/41,28

1650x920x740 1650x920x740 1650x920x740 1650x920x740 1650x920x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1750x740 1650x920x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1750x740 1650x1750x740

406

451

448

464

506

541

576

kg/ Tons

16/33,4

19,5/33,4

19,5/48,02

23/48,02

23,3/48,65

23,6/49,28

* Nominal cooling conditions: Indoor: 27°C DB / 19°C WB. Outdoor 35°C DB. Piping length 7.5 m, vertical difference 0 m. *2 Nominal heating conditions: Indoor 20°C DB. Outdoor 7°C DB / 6°C WB. Piping length 7.5 m, vertical difference 0 m. *3 Values measured in anechoic chamber. *4 GWP value of HFC R410A 2088 according to 517 / 2014. The SEER and SCOP data are based on the EN14825 measurement standard 1

CITY MULTI VRF-HVRF SYSTEMS / OUTDOOR UNITS

Y ECOSTANDARD LINE / PUHY-P YKA(-BS)

Key Technologies M-NET

52°C

POWER

Backup

Technical specifications PUHYPUHYPUHYPUHYPUHYPUHYPUHYPUHYPUHYPUHYP1050YKA(-BS) P1100YKA(-BS) P1150YKA(-BS) P1200YKA(-BS) P1250YKA(-BS) P1300YKA(-BS) P1350YKA(-BS) P1400YKA(-BS) P1450YKA(-BS) P1500YKA(-BS)

MODEL Triple

PUHY-P300YKA PUHY-P300YKA PUHY-P300YKA PUHY-P400YKA PUHY-P400YKA PUHY-P400YKA PUHY-P450YKA PUHY-P450YKA PUHY-P450YKA PUHY-P500YKA PUHY-P300YKA PUHY-P350YKA PUHY-P400YKA PUHY-P400YKA PUHY-P400YKA PUHY-P450YKA PUHY-P450YKA PUHY-P450YKA PUHY-P500YKA PUHY-P500YKA PUHY-P450YKA PUHY-P450YKA PUHY-P400YKA PUHY-P400YKA PUHY-P450YKA PUHY-P450YKA PUHY-P450YKA PUHY-P500YKA PUHY-P500YKA PUHY-P500YKA

Modules Twinning joint Power supply

CMY-Y300VBK3 CMY-Y300VBK3 CMY-Y300VBK3 CMY-Y300VBK3 CMY-Y300VBK3 CMY-Y300VBK3 CMY-Y300VBK3 CMY-Y300VBK3 CMY-Y300VBK3 CMY-Y300VBK3 Tens./Freq./ V/Hz/ 3 phase 3803 phase 3803 phase 3803 phase 3803 phase 3803 phase 3803 phase 3803 phase 3803 phase 3803 phase 380Phase n° 400-415 50Hz 400-415 50Hz 400-415 50Hz 400-415 50Hz 400-415 50Hz 400-415 50Hz 400-415 50Hz 400-415 50Hz 400-415 50Hz 400-415 50Hz kW 115 121,5 130 135 138 141 144 151 158 165 kW 32,57 35,63 38,8 40,66 43,12 45,77 48,64 52,24 55,83 59,56 3,53 3,41 3,35 3,32 3,2 3,08 2,96 2,89 2,83 2,77

Cooling

Capacity*1 Power input EER

°C °C kW kW

Heating

Temperature Indoor WB operating field Oudoor DB Capacity*2 Power input COP

15~24 -5~52 115 31,5 3,65

15~24 -5~52 121,5 33,8 3,59

15~24 -5~52 130 35,51 3,66

15~24 -5~52 135 37,7 3,58

15~24 -5~52 138 40,35 3,42

15~24 -5~52 141 42,98 3,28

15~24 -5~52 144 46,15 3,12

15~24 -5~52 151 49,5 3,05

15~24 -5~52 158 52,49 3,01

15~24 -5~52 165 56,12 2,94

Temperature Indoor WB operating field Oudoor DB

°C °C

15~27 -20~15,5

Sound power level*3

dB(A)

Connectable indoor units

Total capacity Model/ Quantity

Ø Ref. piping diameter

Liquid/Gas

External dimentions

(HxLxD)

66,5

67,5

68,5

69,5

50 to 130% of O.U. capacity

P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 19,05/41,28 mm kg kg/ Tons

Net weight Ref. Charge R410*4/CO2 Eq

66,5 50 to 130% of O.U. capacity

19,05/41,28

1650x920x740 1650x920x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1750x740 1650x920x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1750x740 1650x1750x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1220x740 1650x1750x740 1650x1750x740 1650x1750x740 675

720

762

759

829

864

27/57,41

31/64,72

34,5/72,03

34,8/72,66

35,1/73,29

35,4/73,92

MODEL Triple

Modules Twinning joint Power supply

Cooling

Capacity*1 Power input EER

°C °C kW kW

Heating

Temperature Indoor WB operating field Oudoor DB Capacity*2 Power input COP

15~24 -5~52 115 31,5 3,65

15~24 -5~52 121,5 33,8 3,59

15~24 -5~52 130 35,51 3,66

15~24 -5~52 135 37,7 3,58

15~24 -5~52 138 40,35 3,42

15~24 -5~52 141 42,98 3,28

15~24 -5~52 144 46,15 3,12

15~24 -5~52 151 49,5 3,05

15~24 -5~52 158 52,49 3,01

15~24 -5~52 165 56,12 2,94

Temperature Indoor WB operating field Oudoor DB

°C °C

15~27 -20~15,5

Sound power level*3

dB(A)

Connectable indoor units

Total capacity Model/ Quantity

Ø Ref. piping diameter

Liquid/Gas

External dimentions Net weight Ref. Charge R410*4/CO2 Eq

(HxLxD)

66,5

67,5

68,5

69,5

50 to 130% of O.U. capacity

P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 P15~P250/2~50 19,05/41,28 mm kg kg/ Tons

19,05/41,28

720

762

759

829

864

27/57,41

31/64,72

34,5/72,03

34,8/72,66

35,1/73,29

35,4/73,92

Y NEXT STAGE LINE / P UHY-(E)P Y(S)NW-A

Y NEXT STAGE LINE

New design

OUTDOOR UNITS - PUHY-(E)P Y(S)NW-A(-BS)

P300

The new outdoor units of the YNW series use a four-sided heat exchanger close to the top of the case near the fan. This technological and construction choice makes it possible to increase heat exchange efficiency.

Previous model P-YLM

740

NEW FOUR-SIDED BATTERY

ErP

COMPLIANT

2 0 18

NEXT STAGE P-YNW

740

1230

approx 25% down

920

P450

2 0 2 1

XL L Single model

Previous model P-YLM

740

NEXT STAGE P-YNW

740

1750

NEW MODULES

NEW FOUR-SIDED BATTERY

STATIC PRESSURE OF FAN INCREASED UP TO 80 PA.

1240

Energy saving

Energy efficiency has been further improved compared to YLM units and now hits top of the range performance values. SEER values have been raised by 139% (P500) compared to the previous model and SCOP values by 49% (P300 and P500). This allows the new YNW units to consume less energy in both cooling and heating. All year-round saving.

COMPRESSOR OPTIMISED WITH “MULTI-PORT” TECHNOLOGY

NEW AUTO-SHIFT MODE

PREVIOUS MODEL NEXT STAGE

NEW AUTO-SHIFT MODE PREHEAT DEFROST FUNCTION

SEER +91%

+97% +80%

ADVANCED ETC CONTROL OF EVAPORATION TEMPERATURE. NEW FAN WITH LOW FRICTION PROFILE

approx 25% down

+92%

+118%

+132%

+139%

P400

P450

P500

FLEXIBLE NOISE SETTING P200

P250

P300

P350

PREVIOUS MODEL NEXT STAGE SCOP +45% +46%

+49%

+45%

+43%

+40%

+49%

Single module

Modello precedente

YNW S

8HP

P200

10HP

P250

12HP

P300

14HP

P350

16HP

P400

18HP

P450

20HP

P500

P200

P250

P300

P350

P400

P450

P500

CITY MULTI VRF-HVRF SYSTEMS / OUTDOOR UNITS

Y NEXT STAGE LINE / PUHY-(E)P Y(S)NW-A

Advanced “Low Noise” function

New fan blade profile

Technical specifications

“Low noise” mode can now be selected from five different settings: 85%, 70%, 60% and 50% (values referring to fan speed). Noise reduction is directly configurable from the control board of the outdoor unit. Different settings can be selected based on the installation requirements (in applications with special noise constraints).

The new YNW series fan has been completely redesigned to match the new four-sided battery. The profile of the fins has been optimised to minimise fluid flow losses.

MODEL

PUHY-P500YSNW-A

PUHY-P550YSNW-A

PUHY-P600YSNW-A

PUHY-P650YSNW-A

PUHY-P700YSNW-A

PUHY-P750YSNW-A

PUHY-P800YSNW-A

PUHY-P850YSNW-A

PUHY-P900YSNW-A

Modules

PUHYP250YNW-A PUHYP250YNW-A

PUHYP250YNW-A PUHYP300YNW-A

PUHYP300YNW-A PUHYP300YNW-A

PUHYP300YNW-A PUHYP350YNW-A

PUHYP350YNW-A PUHYP350YNW-A

PUHYP350YNW-A PUHYP400YNW-A

PUHYP400YNW-A PUHYP400YNW-A

PUHYP400YNW-A PUHYP450YNW-A

PUHYP450YNW-A PUHYP450YNW-A

ADVANCED “LOW NOISE” FUNCTION Cooling

3 new settings

Flusso d’aria Heating

Ø Ref. piping diameter

Low Noise

Preheat

POWER

Defrost

Auto shift

dual

Setpoint

52°C

18°C 9°C

Backup

USB

90m

Modules V/Hz/n° kW kW

Power supply Capacity*1 Power input EER SEER

Cooling

Temperature operating field

Indoor WB Oudoor DB

Capacity*2 Power input COP SCOP

Heating

Temperature operating field

Indoor WB Oudoor DB

Connectable indoor Total capacity units Model/Quantity Liquid Ø Ref. piping diameter Gas Type x quantity Fan Air flow

°C °C kW kW

PUHYP200YNW-A

PUHYP250YNW-A

PUHYP300YNW-A

PUHYP350YNW-A

PUHYP400YNW-A

PUHYP450YNW-A

PUHYP500YNW-A

PUHYP200YNW-A PUHYP200YNW-A

22,4 4,24 5,28 8,44

28 5,78 4,84 8,47

33,5 7,66 4,37 8

40 9,87 4,05 7,72

3-fase 380-415V 50Hz 45 11,47 3,92 7,75

50 12,22 4,09 7,86

56 12,52 4,47 7,66

45 8,77 5,13 8,35

45 8,51 4,7 3,97

+15~+24 -5~+52 50 13,4 3,73 3,77

25 4,58 5,45 4,7

°C °C dB(A)

58/59

mm mm

P15-P250/1-17 9,52 22,2

m3/min

170

CITY MULTI

31,5 6,04 5,21 4,42

60/61

37,5 7,86 5 4,24

61/64,5

P15-P250/1-21 P15-P250/1-26 9,52 9,52 22,2 22,2 Propoeller fan x 1 185

240

Type Motor output

External dimentions (HxLxD) Net weight Ref. Charge R410*4/ Ref. Charge R410*4/CO2 Eq CO2 Eq CO2 eq.*4

101

11,91

14,15

16,26

17,59

20,35

21,99

22,76

24,66

25,44

EER

4,7

4,45

4,24

4,15

3,93

3,86

3,95

3,89

3,97

SEER

8,35

8,08

7,85

7,82

7,63

7,68

7,75

7,8

Indoor WB Oudoor DB

°C

+15~+24

°C

-5~+52

Capacity*2

76,5

81,5

100

108

113

Power input

12,45

14,26

16,52

19,53

21,15

24,54

24,39

28,05

27,9

COP

5,06

4,83

4,63

4,17

4,16

3,87

4,1

3,85

4,05

SCOP

4,28

4,18

4,09

3,9

3,87

3,76

3,71

3,61

3,56

67/68,5

67,5/71

68,5/71,5

68,5/72,5

Indoor WB

°C

+15~+27

Oudoor DB

°C

-20~+15,5

dB(A)

63/64

63,5/66

64/67,5

66,5/68

5,6

62/64 P15-P250/1-30 12,7 28,58

CITY MULTI

P15-P250/ 1-43 P15-P250/ 2-47 P15-P250/ 2-50 P15-P250/ 2-50 P15-P250/ 2-50 P15-P250/ 2-50 P15-P250/ 2-50 P15-P250/ 2-50 P15-P250/ 2-50

Liquid

15,88

19,05

Gas

28,58

34,93

41,28

Propoeller fan x 2 Propoeller fan x 2 Propoeller fan x 2 Propoeller fan x 3 Propoeller fan x 4 Propoeller fan x 4 Propoeller fan x 4 Propoeller fan x 4 Propoeller fan x 4

Air flow

m /min

"185 185"

"185 240"

"240 240"

"240 270"

"7 7"

"7 7,9"

"7,9 7,9"

"7,9 10,2"

"270 270"

"270 300"

"300 300"

"300 305"

"305 305"

"10,2 10,9"

"10,9 10,9"

"10,9 12,4"

"12,4 12,4"

Scroll ermetico inverter

Motor output

"10,2 10,2"

1858x920x740 1858x920x740"

1858x920 x740

1858x1240 x740

1858x1750 x740

Net weight

450

453

456

503

556

572

588

Ref. Charge R410*4/ Ref. Charge R410*4/CO2 Eq CO2 Eq CO2 eq.*4

16,3

19,6

20,6

21,6

Tons

27,14

34,03

40,92

43,01

45,1

MODEL

PUHY-P950YSNW-A

PUHY-P1000YSNW-A

PUHY-P1050YSNW-A

PUHY-P1100YSNW-A

PUHY-P1150YSNW-A

PUHY-P1200YSNW-A

PUHY-P1250YSNW-A

PUHY-P1300YSNW-A

PUHY-P1350YSNW-A

300

PUHYP200YNW-A PUHYP250YNW-A

Modules

PUHYP250YNW-A PUHYP350YNW-A PUHYP350YNW-A

PUHYP250YNW-A PUHYP350YNW-A PUHYP400YNW-A

PUHYP250YNW-A PUHYP400YNW-A PUHYP400YNW-A

PUHYP350YNW-A PUHYP350YNW-A PUHYP400YNW-A

PUHYP350YNW-A PUHYP400YNW-A PUHYP400YNW-A

PUHYP400YNW-A PUHYP400YNW-A PUHYP400YNW-A

PUHYP400YNW-A PUHYP400YNW-A PUHYP450YNW-A

PUHYP400YNW-A PUHYP450YNW-A PUHYP450YNW-A

PUHYP450YNW-A PUHYP450YNW-A PUHYP450YNW-A

50 10,22 4,89 8,33

108 26,13 4,13 7,82

113 27,74 4,07 7,81

118 29,35 4,02 7,81

124 31,87 3,89 7,6

3-fase 380-415V 50Hz 130 33,82 3,84 7,6

136 35,69 3,81 7,63

140 36,17 3,87 7,65

146 37,24 3,92 7,68

150 37,78 3,97 7,71

140 35,34 3,96 3,8

+15~+24 -5~+52 145 38,32 3,78 3,73

56 13,42 4,17 3,68

63 14,61 4,31 3,69

50 9,45 5,29 4,55

56 10,85 5,16 4,42

150 41,42 3,62 3,67

156,5 41,4 3,78 3,63

163 41,55 3,92 3,6

168 41,4 4,05 3,57

Cooling

7,9

10,2

10,9

Capacity*1 Power input EER SEER

Heating

P15-P250/1-43 15,88 28,58

305

365

61/62

62/63

P15-P250/1-34 P15-P250/1-39 12,7 15,88 28,58 28,58 Propoeller fan x 4 "170 "170 170" 185"

12,4

1858x1240 x740

"5,6 5,6"

1858x1750 x740

Connectable indoor Total capacity units Model/Quantity Liquid Ø Ref. piping diameter Gas Type x quantity Fan

225

228

278

294

337

450

6,5

9,8

10,8

Tons

13,57

20,46

22,55

27,14

°C °C kW kW

°C °C dB(A)

CITY MULTI

Air flow

mm mm

119,5 27,2 4,39 3,99

127 30,45 4,17 3,88

132 33,3 3,96 3,81

+15~+27 -20~+15,5 66/68 68/69,5 68,5/70,5 68,5/70 69/71 70/72 70/73 70/73,5 70,5/74,5 50-130% P15-P250/ 2-50 P15-P250/ 2-50 P15-P250/ 3-50 P15-P250/ 3-50 P15-P250/ 3-50 P15-P250/ 3-50 P15-P250/ 3-50 P15-P250/ 3-50 P15-P250/ 3-50 19,05 19,05 19,05 19,05 19,05 19,05 19,05 19,05 19,05 41,28 41,28 41,28 41,28 41,28 41,28 41,28 41,28 41,28 Propoeller fan x 5 Propoeller fan x 5 Propoeller fan x 5 Propoeller fan x 6 Propoeller fan x 6 Propoeller fan x 6 Propoeller fan x 6 Propoeller fan x 6 Propoeller fan x 6

m3/min

185 270 270

185 270 300

185 300 300

270 270 300

7 9,8 9,8

7 9,8 10,9

7 10,9 10,9

9,8 9,8 10,9

1858x920x740 1858x1240x740 1858x1240x740

1858x1240x740 1858x1240x740 1858x1240x740

Type Compressor

Indoor WB Oudoor DB

Sound power level*3

"5,6 7" 1858x920x740 1858x920x740

Indoor WB Oudoor DB

Capacity*2 Power input COP SCOP Temperature operating field

63,5/66,5

V/Hz/n° kW kW

Power supply

Temperature operating field

+15~+27 -20~+15,5 65/67 65,5/69,5 50-130% P15-P250/1-34 P15-P250/1-39 12,7 15,88 28,58 28,58 Propoeller fan x 2

270

1858x920 x740

65/67 50-130%

External dimentions (HxLxD)

Inverter scroll ermetic compressor

*1 Nominal cooling conditions: Indoor: 27°C DB / 19°C WB. Outdoor 35°C DB. Piping length 7.5 m, vertical difference 0 m. *2 Nominal heating conditions: Indoor 20°C DB. Outdoor 7°C DB / 6°C WB. Piping length 7.5 m, vertical difference 0 m. *3 Values measured in anechoic chamber (Cooling mode/Heating mode) *4 GWP value of HFC R410A 2088 according to 517 / 2014. The SEER and SCOP data are based on the EN14825 measurement standard

PUHY-P200YNW- PUHY-P250YNW- PUHY-P300YNW- PUHY-P350YNW- PUHY-P400YNW- PUHY-P450YNW- PUHY-P500YNW- PUHY-P400YSNW- PUHY-P450YSNWA(-BS) A(-BS) A(-BS) A(-BS) A(-BS) A(-BS) A(-BS) A(-BS) A(-BS)

MODEL

Compressor

Power input

Technical specifications

Sound power level*

Type Compressor M-NET

High

Type x quantity

Key Technologies

sensible heat

Connectable indoor Total capacity units Model/Quantity

Fan

NEXT STAGE

Sound power level*3

Previous model

Air flow

generation

Temperature operating field NEW FAN BLADE PROFILE

3-fase 380-415V 50Hz

Capacity*1

Temperature operating field

Separation vortex 1) 50% 2) 60% 3) 70% 4) 85% 5) 100% (low noise)

V/Hz/n°

Power supply

PREVIOUS PROFILE

Motor output

Net weight Ref. Charge R410*4/ Ref. Charge R410*4/CO2 Eq CO2 Eq CO2 eq.*4

300 300 300

300 300 305

300 305 305

305 305 305

9,8 10,9 10,9

10,9 10,9 10,9

10,9 10,9 12,4

10,9 12,4 12,4

12,4 12,4 12,4

1858x1240x740 1858x1240x740 1858x1240x740

Scroll ermetico inverter

450 External dimentions (HxLxD)

270 300 300

781

834

850

866

882

26,1

29,4

30,4

31,4

32,4

Tons

54,5

61,39

63,47

65,56

67,65

CITY MULTI VRF-HVRF SYSTEMS / OUTDOOR UNITS

Y NEXT STAGE LINE / PUHY-(E)P Y(S)NW-A

Technical specifications MODEL

PUHY-EP200YNW-A

Modules V/Hz/n° kW kW

Power supply

Cooling

Capacity*1 Power input EER SEER Temperature operating field

Heating

Indoor WB Oudoor DB

Capacity*2 Power input COP SCOP Temperature operating field

Indoor WB Oudoor DB

Sound power level*3 Connectable indoor Total capacity units Model/Quantity Liquid Ø Ref. piping diameter Gas Type x quantity Fan Air flow Compressor

Technical specifications

PUHY-EP200YNW- PUHY-EP250YNW- PUHY-EP300YNW- PUHY-EP350YNW- PUHY-EP400YNW- PUHY-EP450YNW- PUHY-EP500YNW- PUHY-EP400YA(-BS) A(-BS) A(-BS) A(-BS) A(-BS) A(-BS) A(-BS) SNW-A(-BS)

°C °C kW kW

°C °C dB(A)

CITY MULTI mm mm m3/min

22,4 4 5,6 9,03

25 4,5 5,55 4,82

PUHY-EP250YNW-A

28 5,49 5,1 9,11

31,5 5,86 5,37 4,52

PUHY-EP300YNW-A

33,5 6,96 4,81 8,8

37,5 7,51 4,99 4,3

PUHY-EP450YSNW-A(-BS)

PUHY-EP350YNW-A

PUHY-EP400YNW-A

PUHY-EP450YNW-A

PUHY-EP500YNW-A

PUHY-EP200YNW-A PUHY-EP200YNW-A

PUHY-EP200YNW-A PUHY-EP250YNW-A

40 8,75 4,57 8,53

3-fase 380-415V 50Hz 45 10,46 4,3 8,52

50 11,1 4,5 8,57

56 12,41 4,51 7,95

45 8,27 5,44 8,94

50 9,67 5,17 8,94

45 9,86 4,56 4,12

+15~+24 -5~+52 50 12,4 4,03 4,11

63 13,57 4,64 3,8

50 9,27 5,39 4,67

185

240

270

Type

270

305

365

170 170

170 185

Scroll ermetico inverter kW

5,6

7,9

9,8

10,9

12,4

13,3

5,6 5,6

5,6 7

1858x920 x740

1858x1240 x740

1858x1750 x740

1858x920x740 1858x920x740

Net weight

231

235

285

305

342

462

Ref. Charge R410*4/ Ref. Charge R410*4/CO2 Eq CO2 Eq CO2 eq.*4

6,5

9,8

10,8

Tons

13,57

20,46

22,55

27,14

Motor output

External dimentions (HxLxD)

PUHY-EP500YSNW-A

MODEL Modules V/Hz/n° kW kW

Power supply

Cooling

Capacity*1 Power input EER SEER Temperature operating field

Heating

Indoor WB Oudoor DB

Capacity*2 Power input COP SCOP Temperature operating field

Indoor WB Oudoor DB

Sound power level*3 Connectable indoor Total capacity units Model/Quantity Liquid Ø Ref. piping diameter Gas Type x quantity Fan

°C °C kW kW

°C °C dB(A)

CITY MULTI

Air flow

mm mm

PUHY-EP550YSNW-A

PUHY-EP600YSNW-A

PUHY-EP650YSNW-A

Motor output

External dimentions (HxLxD) Net weight Ref. Charge R410*4/ Ref. Charge R410*4/CO2 Eq CO2 Eq CO2 eq.*4

PUHY-EP750YSNW-A

PUHY-EP800YSNW-A

PUHY-EP850YSNW-A

PUHY-EP900YSNW-A

PUHY-EP250YNW-A PUHY-EP250YNW-A

PUHY-EP250YNW-A PUHY-EP300YNW-A

PUHY-EP300YNW-A PUHY-EP300YNW-A

PUHY-EP250YNW-A PUHY-EP400YNW-A

PUHY-EP350YNW-A PUHY-EP350YNW-A

PUHY-EP350YNW-A PUHY-EP400YNW-A

PUHY-EP350YNW-A PUHY-EP450YNW-A

PUHY-EP400YNW-A PUHY-EP450YNW-A

PUHY-EP450YNW-A PUHY-EP450YNW-A

56 11,31 4,95 8,98

63 13,1 4,8 8,79

69 14,75 4,67 8,64

73 16,32 4,47 8,53

3-fase 380-415V 50Hz 80 18 4,44 8,45

85 19,75 4,3 8,43

90 20,45 4,4 8,44

96 22,4 4,28 8,49

101 23,1 4,37 8,5

81,5 18,47 4,41 4,15

+15~+24 -5~+52 88 19,85 4,43 4,02

95 22,88 4,15 4

100 23,3 4,29 3,88

108 26,66 4,05 3,85

113 27,07 4,17 3,76

63 12,09 5,21 4,39

69 13,77 5,01 4,27

76,5 15,79 4,84 4,13

"PUHY-EP400YNW-A PUHY-EP400YNW-A PUHY-EP450YNW-A"

"PUHY-EP400YNW-A PUHY-EP450YNW-A PUHY-EP450YNW-A"

"PUHY-EP450YNW-A PUHY-EP450YNW-A PUHY-EP450YNW-A"

3-fase 380-415V 50Hz 124

130

136

140

146

150

Power input

23,62

25,33

27,05

28,56

30,56

32,58

32,98

33,85

34,3

EER

4,57

4,46

4,36

4,34

4,25

4,17

4,24

4,31

4,37

SEER

8,58

8,57

8,54

8,4

8,39

8,38

8,4

8,41

Indoor WB

°C

Oudoor DB

°C

+15~+24 -5~+52

Capacity*2

119,5

127

132

140

145

150

156,5

163

168

Power input

25,79

28,7

31,26

35,6

38,34

39,81

40,24

COP

4,63

4,42

4,22

4,24

4,07

3,91

4,01

4,09

4,17

SCOP

4,11

4,09

3,91

3,83

3,77

70/70,5

70/72

70/73,5

70,5/74,5

Indoor WB

°C

+15~+27

Oudoor DB

°C

-20~+15,5

dB(A)

66/67,5

68/68,5

68,5/69

69/69,5 50-130%

CITY MULTI

P15-P250/ 2-50 P15-P250/ 2-50 P15-P250/ 3-50 P15-P250/ 3-50 P15-P250/ 3-50 P15-P250/ 3-50 P15-P250/ 3-50 P15-P250/ 3-50 P15-P250/ 3-50

Liquid

19,05

Gas

41,28

Type x quantity Air flow

Propoeller fan x 5 Propoeller fan x 5 Propoeller fan x 5 Propoeller fan x 6 Propoeller fan x 6 Propoeller fan x 6 Propoeller fan x 6 Propoeller fan x 6 Propoeller fan x 6 m3/min

185 270 270

270 270 270

7 9,8 9,8

7 9,8 10,9

7 10,9 10,9

9,8 9,8 10,9

1858x920x740 1858x1240x740 1858x1240x740

1858x1240x740 1858x1240x740 1858x1240x740

Type Motor output

270 270 270

270 270 305

270 305 305

305 305 305

9,8 10,9 10,9

10,9 10,9 10,9

10,9 10,9 12,4

10,9 12,4 12,4

12,4 12,4 12,4

1858x1240x740 1858x1240x740 1858x1240x740

Scroll ermetico inverter

Net weight

801

821

841

875

895

915

Ref. Charge R410*4/ Ref. Charge R410*4/CO2 Eq CO2 Eq CO2 eq.*4

26,1

27,1

28,1

30,4

31,4

32,4

Tons

54,5

56,58

58,67

63,47

65,56

67,65

*1 Nominal cooling conditions: Indoor: 27°C DB / 19°C WB. Outdoor 35°C DB. Piping length 7.5 m, vertical difference 0 m. *2 Nominal heating conditions: Indoor 20°C DB. Outdoor 7°C DB / 6°C WB. Piping length 7.5 m, vertical difference 0 m. *3 Values measured in anechoic chamber (Cooling mode/Heating mode) *4 GWP value of HFC R410A 2088 according to 517 / 2014. The SEER and SCOP data are based on the EN14825 measurement standard

+15~+27 -20~+15,5 63/64 63,5/66 64/67,5 66,5/67 65/66,5 67/67,5 67,5/70,5 68,5/71 68,5/72,5 50-130% P15-P250/ 1-43 P15-P250/ 2-47 P15-P250/ 2-50 P15-P250/ 2-50 P15-P250/ 2-50 P15-P250/ 2-50 P15-P250/ 2-50 P15-P250/ 2-50 P15-P250/ 2-50 15,88 15,88 15,88 15,88 19,05 19,05 19,05 19,05 19,05 28,58 28,58 28,58 28,58 34,93 34,93 34,93 41,28 41,28 Propoeller fan x 2 Propoeller fan x 2 Propoeller fan x 2 Propoeller fan x 3 Propoeller fan x 4 Propoeller fan x 4 Propoeller fan x 4 Propoeller fan x 4 Propoeller fan x 4

m3/min

185 185

185 240

240 240

185 270

7 7

7 7,9

7,9 7,9

7 10,9

1858x920x740 1858x920x740"

1858x920 x740 1858x1240 x740

462

466

470

536

570

590

610

17,3

19,6

20,6

21,6

Tons

27,14

36,12

40,92

43,01

45,1

Type Compressor

PUHY-EP700YSNW-A

"PUHY-EP400YNW-A PUHY-EP400YNW-A PUHY-EP400YNW-A"

118

Connectable indoor Total capacity units Model/Quantity

Compressor

"PUHY-EP350YNW-A PUHY-EP400YNW-A PUHY-EP400YNW-A"

113

External dimentions (HxLxD)

Technical specifications

"PUHY-EP350YNW-A PUHY-EP350YNW-A PUHY-EP400YNW-A"

108

Sound power level*3

Fan

"PUHY-EP250YNW-A PUHY-EP400YNW-A PUHY-EP400YNW-A"

Temperature operating field

Ø Ref. piping diameter

"PUHY-EP250YNW-A PUHY-EP350YNW-A PUHY-EP400YNW-A"

Capacity*1

Temperature operating field

Heating

"PUHY-EP250YNW-A PUHY-EP350YNW-A PUHY-EP350YNW-A" V/Hz/n°

Power supply

56 10,58 5,29 4,51

+15~+27 -20~+15,5 58/59 60/61 61/64,5 62/63,5 65/65,5 65,5/69,5 63,5/66,5 61/62 62/63 50-130% P15-P250/1-17 P15-P250/1-21 P15-P250/1-26 P15-P250/1-30 P15-P250/1-34 P15-P250/1-39 P15-P250/1-43 P15-P250/1-34 P15-P250/1-39 9,52 9,52 9,52 12,7 12,7 15,88 15,88 12,7 15,88 22,2 22,2 28,58 28,58 28,58 28,58 28,58 28,58 28,58 Propoeller fan x 1 Propoeller fan x 1 Propoeller fan x 1 Propoeller fan x 2 Propoeller fan x 2 Propoeller fan x 2 Propoeller fan x 2 Propoeller fan x 2 Propoeller fan x 2 170

Modules

Cooling 56 13,02 4,3 3,88

PUHY-EP950Y- PUHY-EP1000Y- PUHY-EP1050Y- PUHY-EP1100Y- PUHY-EP1150Y- PUHY-EP1200Y- PUHY-EP1250Y- PUHY-EP1300Y- PUHY-EP1350YSNW-A SNW-A SNW-A SNW-A SNW-A SNW-A SNW-A SNW-A SNW-A

MODEL

270 270

270 305

305 305

9,8 9,8

9,8 10,9

9,8 12,4

10,9 12,4

12,4 12,4

1858x1240 x740 1858x1240 x740

Scroll ermetico inverter

*1 Nominal cooling conditions: Indoor: 27°C DB / 19°C WB. Outdoor 35°C DB. Piping length 7.5 m, vertical difference 0 m. *2 Nominal heating conditions: Indoor 20°C DB. Outdoor 7°C DB / 6°C WB. Piping length 7.5 m, vertical difference 0 m. *3 Values measured in anechoic chamber (Cooling mode/Heating mode) *4 GWP value of HFC R410A 2088 according to 517 / 2014. The SEER and SCOP data are based on the EN14825 measurement standard

R2 NEXT STAGE LINE / P URY-(E)P Y(S)NW-A

R2 NEXT STAGE LINE

New design

OUTDOOR UNITS - PURY-(E)P Y(S)NW-A

P300 S

Previous model P-YLM

740

NEXT STAGE P-YNW

740

1230

NEW FOUR-SIDED BATTERY

approx 25% down

920

P450

ErP

COMPLIANT

2 0 18

L XL Single model

2 0 2 1

Previous model P-YLM

740

NEXT STAGE P-YNW

740

1750

approx 25% down

1240

Energy saving NEW MODULES

NEW FOUR-SIDED BATTERY

STATIC PRESSURE OF FAN INCREASED UP TO 80 PA.

COMPRESSOR OPTIMISED WITH “MULTI-PORT” TECHNOLOGY

PREVIOUS MODEL NEXT STAGE M

NEW AUTO-SHIFT MODE

SEER +91%

+97% +80%

+92%

+118%

+132%

+139%

P400

P450

P500

NEW AUTO-SHIFT MODE PREHEAT DEFROST FUNCTION

ADVANCED ETC CONTROL OF EVAPORATION TEMPERATURE. NEW FAN WITH LOW FRICTION PROFILE

XL P200

P250

P300

P350

PREVIOUS MODEL NEXT STAGE

FLEXIBLE NOISE SETTING

SCOP +45% +46%

+49%

+45%

+43%

+40%

+49%

New fan with new blade profile The fan of the new YNW series has been completely redesigned to fit with the new four-sided battery. The profile of the fins has been optimised to minimise fluid flow losses.

BEFORE IMPROVEMENT

AFTER IMPROVEMENT

Separation vortex

Flow

Before improvement

Flow

New, more efficient blade angle

P200

P250

P300

P350

P400

P450

P500

Single module Modello precedente

YNW

8HP

P200

10HP

P250

12HP

P300

14HP

P350

16HP

P400

18HP

P450

20HP

P500

CITY MULTI VRF-HVRF SYSTEMS / OUTDOOR UNITS

R2 NEXT STAGE LINE / P URY-(E)P Y(S)NW-A

Advanced “Low Noise” function

New BC distributor

Technical specifications

Low noise” mode can now be selected using five different settings: 85%, 70%, 60% and 50% (values referring to ventilation speed). Noise reduction is directly configurable from the control board of the outdoor unit. Different settings can be selected depending on the installation requirements (in applications with special noise constraints).

Increased number of connections (for systems with BC SUB distributor) and increased geometric limits. In the R2 heat recovery systems of the new YNW line, up to 11 BC SUB distributors can be connected to the BC Main distributor, thus allowing greater flexibility of configuration. The adoption of the new architecture allows a reduction of the refrigerant charge in the system.

MODEL

PURY-P400YSNW- PURY-P450YSNW- PURY-P500YSNW- PURY-P550YSNW- PURY-P600YSNW- PURY-P650YSNW- PURY-P700YSNW- PURY-P750YSNWA(-BS) A(-BS) A(-BS) A(-BS) A(-BS) A(-BS) A(-BS) A(-BS) 16

Cooling

PREVIOUS MODEL

Max 2 distributor BC SUB Heating

3 new settings

sub-BC

Sound power level*3 Connectable indoor Total capacity units Model/Quantity Liquid Ø Ref. piping diameter Gas Type x quantity Fan Air flow

sub-BC

NEXT STAGE

Until 11 distributor BC SUB

Indoor WB Oudoor DB

Capacity*2 Power input COP SCOP Temperature operating field

Main BC

kW kW

Power input EER SEER Temperature operating field

1) 50% 2) 60% 3) 70% 4) 85% 5) 100% (low noise)

V/Hz/n°

Power supply Capacity*1

ADVANCED “LOW NOISE” FUNCTION

Main BC

Indoor WB Oudoor DB

°C °C kW kW

°C °C dB(A)

50 10,59 4,72 7,78

56 12,29 4,55 7,87

63 14,45 4,35 7,58

High

sensible heat

Low Noise

Preheat

POWER

Defrost

Motor output

52°C

Backup

18°C 9°C

USB

90m

50 9,72 5,14 4,31

56 10,99 5,09 4,29

63 12,51 5,03 4,25

69 14,7 4,69 4,18

PURY-P200YNWA(-BS)

Cooling

Temperature operating field

Heating

kW kW

Indoor WB Oudoor DB

Capacity*2 Power input COP SCOP Temperature operating field

Sound power level*3 Connectable indoor Total capacity units Model/Quantity Liquid Ø Ref. piping diameter Gas Type x quantity Fan Air flow Type Compressor Motor output External dimentions (HxLxD)

Indoor WB Oudoor DB

°C °C kW kW

°C °C dB(A)

PURY-P300YNWA(-BS)

Ref. Charge R410*4/ Ref. Charge R410*4/CO2 Eq CO2 Eq CO2 eq.*4

22,4 4,43 5,05 7,79

28 5,97 4,69 7,98

33,5 7,54 4,44 7,5

PURY-P350YNWA(-BS)

PURY-P400YNWA(-BS)

PURY-P450YNWA(-BS)

PURY-P500YNWA(-BS)

PURY-P550YNWA(-BS)

25 4,71 5,3 4,43

31,5 6,06 5,19 4,37

37,5 8,38 4,47 4,24

m /min

61/67 50-150% P15-P250/1-30 19,05 22,2 Propeller fan x 1 240

kW mm kg kg

5,6 1858x920x740 229 5,2

7 1858x920x740 229 5,2

7,9 1858x920x740 231 5,2

Tons

10,86

45 11,59 3,88 7,15

50 12,37 4,04 7,28

56 12,72 4,4 7

63 16,03 3,93 6,7

45 10,68 4,21 3,96

50 13,65 3,66 3,76

56 13,48 4,15 3,66

63 15,28 4,12 3,67

69 17,91 3,85 3,53

+15~+27 -20~+15,5 60,5/61 50-150% P15-P250/1-25 19,05 22,2 Propeller fan x 1 185

mm mm

40 10,04 3,98 7,53 +15~+24 -5~+52

59/59 50-150% P15-P250/1-20 15,88 19,05 Propeller fan x 1 170

CITY MULTI

Net weight

Cooling PURY-P250YNWA(-BS)

8 10 12 14 16 18 20 22 PURY-P200YNW-A PURY-P250YNW-A PURY-P300YNW-A PURY-P350YNW-A PURY-P400YNW-A PURY-P450YNW-A PURY-P500YNW-A PURY-P550YNW-A V/Hz/n° 3-fase 380-415V 50Hz Capacity*1

81,5 19,35 4,21 3,99

88 21,56 4,08 3,88

95 24,86 3,82 3,75

+15~+27 -20~+15,5 64/70 50-150% P15-P250/2-50 22,2 28,58 Propeller fan x 2

65/69 50-150% P15-P250/2-50 28,58 28,58 Propeller fan x 3

65,5/67 50-150% P15-P250/2-50 28,58 34,93 Propeller fan x 4

67/70,5 50-150% P15-P250/2-50 28,58 34,93 Propeller fan x 4

m3/min

170 170

170 185

185 185

185 240

240 240

240 250

250 250

250 315

5,6 5,6

5,6 7

7 7

7 7,9

",9 7,9

7,9 10,2

10,2 10,2

10,2 10,9

1858x920x740 1858x920x740

1858x920x740 1858x1240x740

1858x1240x740 1858x1240x740

kg kg

458 10,4

460 10,4

462 10,4

504 13,2

546 16

Tons

21,72

27,56

33,4

Modules

Technical specifications

Power input EER SEER

76,5 17,62 4,34 4,09

+15~+24 -5~+52

PURY-P800YSNWA(-BS)

62,5/64 65/69 50-150% 50-150% P15-P250/1-35 P15-P250/1-40 19,05 22,2 28,58 28,58 Propeller fan x 2 Propeller fan x 2 250 315 Scroll ermetico inverter 10,2 10,9 1858x1240x740 1858x1240x740 273 273 8 8 16,7

16,7

65,5/70 50-150% P15-P250/1-45 22,2 28,58 Propeller fan x 2 315

63,5/64,5 50-150% P15-P250/1-50 22,2 28,58 Propeller fan x 2 295

66/70 50-150% P15-P250/2-50 22,2 28,58 Propeller fan x 2 410

12,4 1858x1240x740 293 10,8

13 1858x1750x740 337 10,8

14,3 1858x1750x740 337 10,8

22,55

kW kW

Power input EER SEER Temperature operating field

Heating

Indoor WB Oudoor DB

Capacity*2 Power input COP SCOP Temperature operating field

Indoor WB Oudoor DB

Sound power level*3 Connectable indoor Total capacity units Model/Quantity Liquid Ø Ref. piping diameter Gas Type x quantity Fan

PURY-P850YSNWA(-BS)

PURY-P900YSNWA(-BS)

°C °C kW kW

°C °C dB(A)

Motor output

External dimentions (HxLxD) Net weight Ref. Charge R410*4/ Ref. Charge R410*4/CO2 Eq CO2 Eq CO2 eq.*4

PURY-P1050YSNWA(-BS)

PURY-P1100YSNWA(-BS)

PURY-P400YNW-A PURY-P450YNW-A

PURY-P450YNW-A PURY-P450YNW-A

PURY-P450YNW-A PURY-P500YNW-A

PURY-P500YNW-A PURY-P500YNW-A

PURY-P500YNW-A PURY-P550YNW-A

PURY-P550YNW-A PURY-P550YNW-A

90 23,93 3,76 7,05

96 24,99 3,84 7,16

101 25,76 3,92 7,22

108 26,4 4,09 7,08

113 26,45 4,27 6,93

118 29,2 4,04 6,76

124 32,54 3,81 6,61

113 28,03 4,03 3,55

+15~+24 -5~+52 119,5 29,79 4,01 2,56

127 31,74 4 3,55

132 34,1 3,87 3,51

140 37,52 3,73 3,5

66,5/67,5 50-150% P15-P250/2-50 28,58 41,28 Propeller fan x 4

68/73 50-150% P15-P250/3-50 34,93 41,28 Propeller fan x 4

69/73 50-150% P15-P250/3-50 34,93 41,28 Propeller fan x 4

295 295

295 410

410 410

3-fase 380-415V 50Hz

100 28,16 3,55 3,67

108 28,49 3,79 3,59

68/72 50-150% P15-P250/2-50 28,58 34,93 Propeller fan x 4

68,5/72,5 50-150% P15-P250/2-50 28,58 41,28 Propeller fan x 4

68,5/73 50-150% P15-P250/2-50 28,58 41,28 Propeller fan x 4

m3/min

315 315

315 295

10,9 10,9

10,9 12,4

12,4 12,4

12,4 13

13 13

13 14,3

14,3 14,3

1858x1240x740 1858x1240x740

1858x1240x740 1858x1750x740

1858x1750x740 1858x1750x740

kg kg

546 16

566 18,8

586 21,6

630 21,6

674 21,6

Tons

33,4

39,25

45,1

mm mm

Type Compressor

PURY-P1000YSNWA(-BS)

+15~+27 -20~+15,5 68/71,5 50-150% P15-P250/2-50 28,58 41,28 Propeller fan x 4

CITY MULTI

Air flow

PURY-P950YSNWA(-BS)

PURY-P400YNW-A PURY-P400YNW-A V/Hz/n° Capacity*1

HP Modules Power supply

85 22,3 3,81 7,24

64/68 50-150% P15-P250/2-50 22,2 28,58 Propeller fan x 2

MODEL

Power supply

MODEL

80 20,72 3,86 7,45

63,5/64 50-150% P15-P250/1-50 22,2 28,58 Propeller fan x 2

Auto shift

dual

Setpoint

73 18,19 4,01 7,34

Technical specifications

M-NET

generation

69 16,62 4,15 7,34

Scroll ermetico inverter

Ref. Charge R410*4/ Ref. Charge R410*4/CO2 Eq CO2 Eq CO2 eq.*4

NEXT STAGE

63/63,5 50-150% P15-P250/1-45 22,2 28,58 Propeller fan x 2

mm mm

Net weight

Key Technologies

62/62 50-150% P15-P250/1-40 22,2 28,58 Propeller fan x 2

CITY MULTI

External dimentions (HxLxD) sub-BC

3-fase 380-415V 50Hz 45 9,17 4,9 7,71

Type Compressor

PURY-P200YNW-A PURY-P200YNW-A PURY-P250YNW-A PURY-P250YNW-A PURY-P300YNW-A PURY-P300YNW-A PURY-P350YNW-A PURY-P350YNW-A PURY-P200YNW-A PURY-P250YNW-A PURY-P250YNW-A PURY-P300YNW-A PURY-P300YNW-A PURY-P350YNW-A PURY-P350YNW-A PURY-P400YNW-A

Modules

Scroll ermetico inverter

*1 Nominal cooling conditions: Indoor: 27°C DB / 19°C WB. Outdoor 35°C DB. Piping length 7.5 m, vertical difference 0 m. *2 Nominal heating conditions: Indoor 20°C DB. Outdoor 7°C DB / 6°C WB. Piping length 7.5 m, vertical difference 0 m. *3 Values measured in anechoic chamber (Cooling mode/Heating mode) *4 GWP value of HFC R410A 2088 according to 517 / 2014. The SEER and SCOP data are based on the EN14825 measurement standard

CITY MULTI VRF-HVRF SYSTEMS / OUTDOOR UNITS

R2 NEXT STAGE LINE / P URY-(E)P Y(S)NW-A

Technical specifications MODEL

PURY-EP200YNW-A PURY-EP250YNW-A PURY-EP300YNW-A PURY-EP350YNW-A PURY-EP400YNW-A PURY-EP450YNW-A PURY-EP500YNW-A PURY-EP550YNW-A 8

3-fase 380-415V 50Hz

Capacity*1

22,4

33,5

Power input

MODEL HP Modules

PURY-EP400YNW-A PURY-EP400YNW-A

PURY-EP400YNW-A PURY-EP450YNW-A

PURY-EP450YNW-A PURY-EP450YNW-A

PURY-EP450YNW-A PURY-EP500YNW-A

PURY-EP500YNW-A PURY-EP500YNW-A

PURY-EP500YNW-A PURY-EP550YNW-A

PURY-EP550YNW-A PURY-EP550YNW-A

11,33

10,72

12,69

15,98

4,54

3,97

4,66

4,41

3,94

Capacity*1

101

108

113

118

124

SEER

8,44

8,67

8,16

8,4

7,86

7,75

7,61

7,3

Power input

23,37

22,91

22,34

24,54

26,4

29,13

32,46

Indoor WB

°C

+15~+24

Oudoor DB

°C

-5~+52

V/Hz/n°

Power supply

Cooling

3-fase 380-415V 50Hz

EER

3,85

4,19

4,52

4,4

4,28

4,05

3,82

SEER

7,76

7,75

7,7

7,63

7,54

7,36

7,21

Capacity*2

31,5

37,5

Power input

4,57

5,98

8,36

10,24

12,98

13,14

14,21

17,59

Temperature operating field

COP

5,47

5,26

4,48

4,39

3,85

4,26

4,43

3,92

Capacity*2

100

108

113

119,5

127

132

140

SCOP

4,67

4,49

4,22

4,1

4,05

3,86

3,77

3,6

Power input

26,8

27,47

27,35

28,37

29,52

32,58

36,83

COP

3,73

3,93

4,13

4,21

4,3

4,05

3,8

SCOP

3,93

3,82

3,73

3,7

3,65

3,58

3,52

Indoor WB

°C

+15~+27

Oudoor DB

°C

-20~+15,5

dB(A) CITY MULTI

Liquid

Gas

Heating

59/59

60,5/61

61/67

62,5/64

65/69

65,5/70

63,5/64,5

66/70

50-150%

P15-P250/1-20

P15-P250/1-25

P15-P250/1-30

P15-P250/1-35

P15-P250/1-40

P15-P250/1-45

P15-P250/1-50

P15-P250/2-50

15,88

19,05

22,2

Temperature operating field

28,58

Propeller fan x 2

m3/min

170

185

240

250

315

295

410

Ø Ref. piping diameter

5,6

7,9

10,2

10,9

12,4

14,3

Fan

1858x920x740

1858x1240x740

1858x1750x740

Net weight

234

236

279

282

306

345

Ref. Charge R410*4/ Ref. Charge R410*4/CO2 Eq CO2 Eq CO2 eq.*4

5,2

10,8

Tons

10,86

16,7

22,55

Air flow Type

External dimentions (HxLxD)

°C

Indoor WB

°C

+15~+27

°C

-20~+15,5

CITY MULTI

PURY-EP400YSNW-A

PURY-EP450YSNW-A

PURY-EP500YSNW-A

PURY-EP550YSNW-A

PURY-EP600YSNW-A

PURY-EP650YSNW-A

PURY-EP700YSNW-A

PURY-EP750YSNW-A

PURY-EP200YNW-A PURY-EP200YNW-A PURY-EP250YNW-A PURY-EP250YNW-A PURY-EP300YNW-A PURY-EP300YNW-A PURY-EP350YNW-A PURY-EP350YNW-A PURY-EP200YNW-A PURY-EP250YNW-A PURY-EP250YNW-A PURY-EP300YNW-A PURY-EP300YNW-A PURY-EP350YNW-A PURY-EP350YNW-A PURY-EP400YNW-A

Modules V/Hz/n°

Power supply

Power input

8,77

10,04

11,59

13,66

15,71

16,59

18,18

20,58

EER

5,13

4,98

4,83

4,61

4,39

4,4

4,13

SEER

8,35

8,43

8,54

8,29

8,02

8,1

8,31

8,03

Indoor WB Oudoor DB

°C °C 50

76,5

81,5

Power input

9,42

10,76

12,34

14,61

17,58

18,94

20,65

23,74

COP

5,3

5,2

5,1

4,72

4,35

4,3

4,26

SCOP

4,53

4,47

4,36

4,23

4,07

4,06

4,01

3,96

Indoor WB

°C

+15~+27

Oudoor DB

°C

-20~+15,5

dB(A)

Sound power level*3 CITY MULTI

62/62

63/63,5

63,5/64

64/68

64/70

65/69

65,5/67

67/70,5

50-150%

P15-P250/1-40

P15-P250/1-45

P15-P250/1-50

P15-P250/2-50

Liquid

22,2

28,58

Gas

28,58

34,93

Propeller fan x 2

Propeller fan x 3

Propeller fan x 4

m3/min

170 170

170 185

185 185

185 240

240 240

240 250

250 250

250 315

5,6 7

7 7

7 7,9

7,9 7,9"

7,9 10,2

10,2 10,2

10,2 10,9

1858x920x740 1858x920x740

1858x920x740 1858x1240x740

1858x1240x740 1858x1240x740

1858x1240x740 1858x1240x740 561

Type x quantity Air flow Type Motor output

External dimentions (HxLxD)

66,5

50-150%

50-150% P15-P250/3-50

P15-P250/2-50

P15-P250/3-50

28,58

34,93

Gas

34,93

41,28

m /min

315 315

295 295

295 410

410 410

10,9 10,9

10,9 12,4

12,4 12,4

12,4 13

13 13

13 14,3

14,3 14,3

1858x1240x740 1858x1240x740

1858x1240x740 1858x1750x740

1858x1750x740 1858x1750x740

Net weight

564

588

612

651

690

Ref. Charge R410*4/ Ref. Charge R410*4/CO2 Eq CO2 Eq CO2 eq.*4

18,8

21,6

Tons

33,4

39,25

45,1

Air flow

Propeller fan x 4

Type Compressor

Motor output

315 295 Inverter scroll hermetic

*1 Nominal cooling conditions: Indoor: 27°C DB / 19°C WB. Outdoor 35°C DB. Piping length 7.5 m, vertical difference 0 m. *2 Nominal heating conditions: Indoor 20°C DB. Outdoor 7°C DB / 6°C WB. Piping length 7.5 m, vertical difference 0 m. *3 Values measured in anechoic chamber (Cooling mode/Heating mode) *4 GWP value of HFC R410A 2088 according to 517 / 2014. The SEER and SCOP data are based on the EN14825 measurement standard

-5~+52

Connectable indoor Total capacity units Model/Quantity

68,5 50-150%

+15~+24

Capacity*2

Temperature operating field

68,5 50-150%

3-fase 380-415V 50Hz

Capacity*1

Temperature operating field

68 50-150%

Type x quantity

Technical specifications HP

-5~+52

Oudoor DB

External dimentions (HxLxD)

MODEL

+15~+24

Liquid

Scroll ermetico inverter

Motor output

°C

dB(A)

Connectable indoor Total capacity units Model/Quantity

22,2

Type x quantity

Indoor WB Oudoor DB

Sound power level*3

Propeller fan x 1

Scroll ermetico inverter

Net weight

468

470

472

515

558

Ref. Charge R410*4/ Ref. Charge R410*4/CO2 Eq CO2 Eq CO2 eq.*4

10,4

13,2

Tons

21,72

27,56

33,4

8,81

22,2

Compressor

4,53

Propeller fan x 1

Fan

7,39

19,05

Ø Ref. piping diameter

4,98

Propeller fan x 1

Heating

PURY-EP950YSNW-A PURY-EP1000YSNW-A PURY-EP1050YSNW-A PURY-EP1100YSNW-A

5,62

Sound power level*3

Cooling

PURY-EP900YSNW-A

5,29

Connectable indoor Total capacity units Model/Quantity

Compressor

PURY-EP850YSNW-A

4,23

Temperature operating field

Fan

PURY-EP800YSNW-A

EER Temperature operating field

Ø Ref. piping diameter

V/Hz/n°

Power supply

Heating

PURY-EP200YNW-A PURY-EP250YNW-A PURY-EP300YNW-A PURY-EP350YNW-A PURY-EP400YNW-A PURY-EP450YNW-A PURY-EP500YNW-A PURY-EP550YNW-A

Modules

Cooling

Technical specifications

Y ZUBADAN LINE / PUHY-HP Y(S)HM-A

Y ZUBADAN LINE

OUTDOOR UNITS - HEAT PUMP PUHY-HP Y(S)HM-A

Y ZUBADAN Series CITY MULTI ZUBADAN line combines the ultimate in application flexibility and powerful cooling and heating capabilities to deliver precise comfort even in the coldest days of the year down to -25°C. The technology behind this is a Flash Injection circuit which provides optimum amount of refrigerant to the system via a compressor through a specially designed injection port to ensure a particularly stable operation. With this, ZUBADAN can provide a full heating performance even at -15°C and continuous heating for up to 250 minutes in one continuous cycle, ensuring a phenomenal heating performance at low temperatures.

Expanded Heating Operation down to -25°C Furthermore, from a previous LOWEST operating ambient temperature of -20°C, the ZUBADAN System pushes the boundaries of technology to give heating in ambient temperatures as low as -25°C. EXPANDED HEATING OPERATION DOWN TO -25°C

Expanded to -25°C

Y standard System PUHY-P YHM

-20°C

Header

Outdoor unit

Y ZUBADAN System

-25°C

Joint

Outdoor temperature

15,5°C

Outdoor temperat

ure

-25°C

-20°C

-10°C

15,5°C

YHM Series 0°C

10°C

Outdoor temp. °C (W.B.)

20°C

Shorter Warm-up in about 20 Min. With its new improved startup performance, the ZUBADAN system achieves full heating capacity even when outdoor temperature is as low as -15°C. Heating capacity, about 20 minutes after startup is improved by 40% compared to the conventional model; ensuring occupants an immediate comfortable air solution.

“FLASH INJECTION CIRCUIT” TECHNOLOGY

STABLE HEATING PERFORMANCE EVEN AT -15°C

SHORTER WARM-UP IN ABOUT 20 MIN.

HIGHLY OPTIMIZED DEFROST EXPANDED HEATING OPERATION DOWN TO -25°C

HEATING CAPACITY

Stable Heating Performance even at -15°C Using an industry first “Flash-injection Circuit”, the ZUBADAN System is able to provide FULL heating performance in ambient temperatures as low as -15°C.

Capacità incrementata di circa 40°C (kW) 31.5

ZUBADAN System Stability

HEATING CAPACITY

Conventional CITY MULTI PUHY-P YJM 0

Full heating capacity even at -15°C

10HP when the outdoor temperature is -15°C

(kW)

Time (minutes)

PUHY-HP400 YSHM-A

TI MUL CITI SHM-A Y dard Stan -HP400 Y PUH

Even at -15°c,it reaches the rated heating capacity in about 20 minutes

PUHY-HP250 YHM

-A

MULTI rd CITI -A Standa P250 YHM -H PUHY

0 -25

-20

Capacity improvement by about 40%

-15

-10

-5

Outdoor temp. °C (W.B.)

CITY MULTI VRF-HVRF SYSTEMS / OUTDOOR UNITS

Y ZUBADAN LINE / PUHY-HP Y(S)HM-A

Flash Injection Circuit

Constant comfort

One of the key factors of the units newly designed Flash Injection Circuit is that the optimal amount of refrigerant can be provided to the system via the compressor through a specially designed injection port to ensure a particularly stable operation. In simple terms, the system allows a quick startup time and continuous heating; even in low ambient conditions.

With its new highly effective defrost feature (which prevents automatic defrosting when it is not required), the ZUBADAN System can deliver conditioned heating operation up to 250 minutes in one continuous cycle!

Key Technologies M-NET POWER

dual

Backup

Setpoint

High

sensible heat

HEATING CAPACITY IS MAINTAINED BY THE FLASH-INJECTION CIRCUIT. FLASH INJECTION CIRCUIT

Technical specifications

Heating efficiency improved by HIC Discharged pressure

Flash Injection Circuit

Middle pressure

Outdoor unit Indoor unit J Compressor

E F I

Injection pressure Suction pressure

Indoor LEV D E' LEV 1 J

LEV 2

A H

Discharged pressure is maintained at high level. Secures sufficient refrigerant by Flash-injection

PUHY-HP200YHM-A

MODEL HP

Power supply

V/Hz/n°

A Confluence

Cooling

F I

Lev 2

Refrigerant is bypassed from injection port to the compressor

22.4

28.0

6.40

9.06

3.50

3.09

Temperature operating field

Lev 3

Power input SEER

Accumulator

10 3 fasi 380-400-415V 50Hz

Capacity*1 EER

HIC

PUHY-HP250YHM-A

Indoor WB

°C

Oudoor DB

°C

-5.0~43.0

Capacity*2

25.0

31.5

Power input

6.52

8.94

3.83

3.52

COP

Heating

15.0~24.0

SCOP Temperature operating field

Lev

Indoor WB

°C

15.0~27.0

Oudoor DB

°C

-25.0~15.5

dB(A)

Sound power level*3 Connectable indoor units Ø Ref. piping diameter External dimentions

Total capacity Model/Quantity

CITY MULTI

57 P125~P325

P15~P250/1~17

P15~P250/1~21

Liquid

12.7

Gas

19.05

22.2

(HxLxD)

1710 x 920 x 760*

220

9.0

PUHY-HP400YSHM-A

PUHY-HP500YSHM-A

Net weight Ref. Charge R410*4/CO2 Eq

56 P100~P260

Ref. Charge R410 CO2 eq.*4

Tons

Technical specifications MODEL HP Modules

PUHY-HP200YHM-A PUHY-HP200YHM-A

PUHY-HP250YHM-A PUHY-HP250YHM-A CMY-Y100VBK2/3

Twinning joint V/Hz/n°

Power supply Capacity*1

45.0

56.0

Power input

12.86

18.16

3.49

3.08

EER

Cooling

SEER Temperature operating field

Indoor WB

°C

Oudoor DB

°C

15.0~24.0 -5.0~43.0

Capacity*2

50.0

63.0

Power input

13.35

18.04

3.74

3.49

COP

Heating

SCOP Temperature operating field

Indoor WB

°C

15.0~27.0

Oudoor DB

°C

-25.0~15.5

dB(A) 59 Sound power level*3 *1 Nominal cooling conditions: Indoor: 27°C DB / 19°C WB. Water temperature 30°C. Piping length 7.5 m, vertical difference P200~P520 0 m. Total capacity Nominal heating conditions: *2Connectable indoor units Indoor 20°C DB. Water temperature 20°C. Piping length 7.5 m, vertical difference 0 m. Model/Quantity CITY MULTI P15~P250/2~34 *3 Values measured in anechoic chamber. 4 * GWP value of HFC R410A 2088 according Liquido to 517 / 2014. mm 15.88/28.58 Ø Ref. piping diameter Gas mm

P15~P250/2~43

1710 x 920 x 760* 1710 x 920 x 760*

External dimentions

Dimensioni esterne (AxLxP)

Net weight Ref. Charge R410* /CO2 Eq 4

3 fasi 380-400-415V 50Hz

Ref. Charge R410 CO2 eq.*4

60 P250~P650 15.88/28.58

440

18.0

Tons

WY WR2 LINE / PQH(R)Y-P Y(S)LM-A1

WY WR2 LINE

New Small and Large case

OUTDOOR UNITS - WATER CONDENSED HEAT PUMP AND HEAT RECOVERY PQH(R)Y-P Y(S)LM-A1

ErP

COMPLIANT

2 0 18

2 0 2 1

PQHY

New water condensed oudoor units WY and WR2 are available in two module types: Small and Large. Large module allows capacity up to 24HP (69 kW in Cooling and 76,5 kW in Heating) with just one module, reducing occupied surface in installation site up to 50% compared to previous model. For double module configuration room saving can be up to 33%.

Y(S)HM

Y(S)LM

Y(S)HM

Y(S)LM

P200

195

174

181

172

P250

195

174

181

172

P300

195

174

181

172

Weight reduction

P350

217

216

A significant weight reduction compared to previous model, up to 44% with Large module, allows an easier installation and transportation of the unit.

P400

390

217*1

217

New WY and WR2 model grants top of the class EER and COP performances. Energy efficiency has been improved for both single and double module, in Cooling and Heating, up to +34%. This type of systems are among the most effiencient in the world, thanks to high performances and constant temperature attributes of geothermal application.

WEIGHT REDUCTION 390

WIDER LINEUP INTRODUCING 14HP SIZE

SINGLE MODULE UP TO SIZE 24HP FOR EASIER INSTALLATION AND LESS ENCUMBRANCE

PESO (KG)

400

NEW CASE IN SMALL AND LARGE VERSIONS

348

300 217

200

-44%

100 0

-11%

P400YSHM

P400YLM

217

390

362

348 246

390

P550

348

Higher energy efficiency P500

362

348

390

P450

WEIGHT REDUCED UP TO -44% COMPARED TO PREVIOUS MODEL

PQRY

362

348*2 246

216*1 344*2 216*1 344*2 216*1 344*2 246*1 344*2 246*1

P600

390

P700

585

434

432

P750

585

434

432

P800

585

434

432

362

348*2

344*2

P850

585

434

432

P900

585

434

432

*1 Single module *2 Double module

P400YSLM

EVAPORATING TEMPERATURE CONTROL (ETC) FEATURE AVAILABLE

WATER FLOW AUTOMATIC CONTROL WITH 0-10V INPUT NEW CASE

GENERATION L (YLM)

Height 1100

GENERATION H (YHM)

Height 450

FOR SIZES P700-P900 (28-36HP) REDUCED OCCUPIED SURFACE.

Height1100

th 5

Dep

Lenght 880

S Module

Depth

550

S Module

P200 - P600

550

50% ROOM SAVING

880 (34-11/16)

550 2.640

550

PQHY-P Y(S)LM-A

1.760 (69-5/16) P650 - P900

Depth L Module

PQHY-P YSHM-A P400 - P600

Lenght 880

P400 - P900

550

Lenght 88

550

HIGHER EFFICIENCY THAN PREVIOUS MODEL (UP TO +20% EER AND +34% COP)

33% ROOM SAVING

1.760

*1 Values referring to the model PQHY-P600 YSLM-A compared to the same size as the previous series *2 Value referred to the model P400 compared with the same size as the previous model

CITY MULTI VRF-HVRF SYSTEMS / OUTDOOR UNITS

WY LINE / PQH(R)Y-P YLM-A(1) / YSLM-A(1)

Water flow rate control

Advantages

New YLM water condensed outdoor units are equipper with an automatic flow rate control system, which allows reduction of pumping consumption when the system works in partial load conditions. Flow rate control is performed by a 0-10V signal, which controls the regulation valve by shutting or opening it (field supplied). Thanks to factory setting water circulation pumping is performed even during temporary blackout.

WY and WR2 lines VRF CITY MULTI systems have all the benefits of the Y series, using water evaporation condensing units. Water heat source condensing units offer the advantage of being installable inside the building, for even greater installation flexibility with practically no limitations for the dimensions of the infrastructure. Depending on the capacity of the outdoor unit, up to 26 indoor units can be connected to a single condensing unit, while up to 50 indoor units can be connected to a modular system with individual user and/ or centralized control. The two-pipe system allows the system to transition from heating to cooling mode and vice versa, for superior comfort in all zones.

Key Technologies

HIGHER ENERGY EFFICIENCY 21% UP 5,54 4,55

M-NET POWER

20% UP

34% UP

WATER FLOW RATE CONTROL

4,45

Field supplied valve and control electronics

4,46

Control electronics

0-10V DC 0V: Open * 10V: Shut

*0V: Shut, 10V: Open. Settable through Dip Switch COP

PQHY-P300YHM-A PQHY-P300YLM-A

EER

COP

22.4

28.0

33.5

3.71

4.90

6.04

6.03

5.71

5.54

SEER Temperature operating field

Indoor WB

°C

Water

°C

15.0~24.0 10.0~45.0

Capacity*2

25.0

31.5

37.5

Power input

3.97

5.08

6.25

6.29

6.20

6.00

COP

Heating

SCOP Indoor DB

°C

Water

°C dB(A)

Connectable indoor units

10.0~45.0 46

50 to 130% of O.U. capacity

Model/Quantity mm

Gas

P15~P250/1~17

P15~P250/1~21

P15~P250/1~26

9.52

19.05

22.2

22.2 5.76

Operating volume range

m3/h

5.76

Pressure drop

kPa

5.0

Heat exchanger volume

Circulating Water

15.0~27.0

Total capacity Liquid

Ø Ref. piping

WY and WR2 lines outdoor units are perfectly suited for geothermal applications as they use water as the thermal medium fluid which, at depths from 10 m below ground, maintains a practically constant temperature with no significant excursions all year round. A geothermal installation uses the ground as a heat source in winter and as a heat sink in summer. Using geothermal probes (heat exchangers) together with VRF CITY MULTI WY and WR2 systems, heat may be extracted from the ground to warm in winter, and dissipated into the ground to cool in summer.

10 3 phase 380-400-415V 50Hz

Capacity*1

Sound power level*3

Geothermal applications

PQHY-P300YLM-A1

Power input

Temperature operating field

PQHY-P600YSHM-A PQHY-P600YSLM-A

PQHY-P250YLM-A1

V/Hz/n°

EER

Cooling

Valve

EER

PQHY-P200YLM-A1 8

Phases/Voltage/Freq.

Power supply

5,37 4,60

SINGLE

6,00

sensible heat

Setpoint

Technical specifications WY LINE MODEL

30% UP

High

dual

18°C 9°C

Backup

External dimentions

Net weight Ref. Charge R410*4/CO2 Eq

1100 x 880 x 550

174

kg/Tons

5.0 / 10.44

*1 Nominal cooling conditions: Indoor: 27°C DB / 19°C WB. Water temperature 30°C. Piping length 7.5 m, vertical difference 0 m. *2 Nominal heating conditions: Indoor 20°C DB. Water temperature 20°C. Piping length 7.5 m, vertical difference 0 m. *3 Values measured in anechoic chamber. *4 GWP value of HFC R410A 2088 according to 517 / 2014.

Technical specifications WY LINE MODEL

GEOTHERMAL SYSTEM COMBINED WITH VRF CITY MULTI WY WATER SOURCE SYSTEM

SINGLE

Water evaporation/condensation VRF outdoor units

Thermal Store

Power supply

ATW Hydronic Module Cooling

Phases/Voltage/Freq.

Heating

PQHY-P400YLM-A1

V/Hz/n°

45.0

50.0

56.0

63.0

69.0

7.14

8.03

9.29

11.17

12.54

14.49

5.60

5.38

5.01

5.02

4.76

EER Indoor WB Water

°C

15.0~24.0

°C

10.0~45.0

Capacity*2

45.0

50.0

63.0

69.0

76.5

Power input

7.53

8.37

9.79

11.43

12.27

14.51

5.97

5.72

5.51

5.62

5.27

°C

15.0~27.0

°C

10.0~45.0

dB(A)

56.5

COP Indoor DB Water

15.0~27.0 10.0~45.0 52

50 to 130% of O.U. capacity P15~P250/1~39

P15~P250/1~43

P15~P250/2~47

P15~P250/2~50

15.88

28.58

Operating volume range

m3/h

7.20

11.52

Pressure drop

kPa

4.5~11.6

6.0~14.4

External dimentions

40.0

Heat exchanger volume VRF system indoor unit Underfloor heating

Total capacity Connectable indoor * Nominal cooling conditions: Indoor: 27°C DB / 19°C WB. Water temperature 30°C. Piping length 7.5 m, vertical difference 0 m. units Model/Quantity P15~P250/1~30 P15~P250/1~34 Indoor 20°C DB. Water temperature 20°C. Piping length 7.5 m, vertical difference 0 m. *2 Nominal heating conditions: *3 Values measured in anechoic Liquidchamber. mm 12.7 15.88 Ref. value pipingof HFC R410A 2088 according to 517 / 2014. *4ØGWP Gas 28.58 28.58 Circulating Water

PQHY-P600YLM-A1

3 phase 380-400-415V 50Hz

VRF system indoor unit

PQHY-P550YLM-A1

Sound power level*3

Domestic hot water produced by HWS hydronic modules

PQHY-P500YLM-A1

Power input

Temperature operating field

Radiator units heated by ATW hydronic modules

PQHY-P450YLM-A1

Capacity*1

Temperature operating field Environmentally friendly R410A refrigerant gas

PQHY-P350YLM-A1

Net weight Ref. Charge R410*4/CO2 Eq

1450 x 880 x 550

217

246

kg/Tons

6.0 / 12.53

11.7 / 24.43

WY LINE / PQH(R)Y-P Y(S)LM-A1

WR2 LINE / PQH(R)Y-P Y(S)LM-A1

Technical specifications WR2 LINE

Technical specifications WY LINE MODEL

DOUBLE

HP Modules

PQHY-P400YSLM-A(1)

PQHY-P450YSLM-A(1)

PQHY-P500YSLM-A(1)

PQHY-P550YSLM-A(1)

PQHY-P600YSLM-A(1)

PQHY-P200YLM-A PQHY-P200YLM-A

PQHY-P250YLM-A PQHY-P200YLM-A

PQHY-P250YLM-A PQHY-P250YLM-A

PQHY-P300YLM-A PQHY-P250YLM-A

PQHY-P300YLM-A PQHY-P300YLM-A

MODEL

Phases/Voltage/Freq.

Power supply

Cooling

V/Hz/n°

Capacity*1

Power input

EER Temperature operating field

Phases/Voltage/Freq.

Power supply

Circulating Water

56.0

63.0

69.0

7.70

8.78

10.12

11.55

12.84

5.84

5.69

5.53

5.45

5.37

°C

15.0~24.0

Water

°C

10.0~45.0 50.0

56.0

63.0

69.0

76.5

Power input

7.94

8.97

10.16

11.31

12.75

6.29

6.24

6.20

6.10

6.0

Indoor DB

°C

15.0~27.0

Water

°C

10.0~45.0

dB(A)

Total capacity

50 to 130% of O.U. capacity

Model/Quantity

P15~P250/1~34

P15~P250/1~39

P15~P250/1~43

P15~P250/2~47

P15~P250/2~50

Liquid/Gas

15.88/28.58

Operating volume range

m3/h

5.76+5.76

Pressure drop

kPa

3+3~7.2+7.2

24+24 1100 x 880 x 550 1100 x 880 x 550

24+24

1100 x 880 x 550 1100 x 880 x 550

Heat exchanger volume External dimentions

Net weight Ref. Charge R410*4/CO2 Eq

174+174

kg/Tons

5.0+5.0/20.88

22.4

28.0

33.5

Power input

3.71

4.90

6.04

6.03

5.71

5.54

Indoor WB

°C

Water

15.0~24.0

°C

10.0~45.0

Capacity*2

25.0

31.5

37.5

Power input

3.97

5.08

6.25

6.29

6.20

6.00

COP Temperature operating field

Indoor DB

°C

Water

Ø Ref. piping

Circulating Water

15.0~27.0

°C

10.0~45.0

dB(A)

Sound power level*

Connectable indoor units 55

10 3 phase 380-400-415V 50Hz

Capacity*1

Temperature operating field

Heating

Sound power level*3

Ø Ref. piping

50.0

PQRY-P300YLM-A1

V/Hz/n°

EER

Cooling

Capacity*2

Temperature operating field

Connectable indoor units

45.0

Indoor WB

COP

Heating

3 phase 380-400-415V 50Hz

PQRY-P250YLM-A1

CMY-Y100VBK3

Twinning joint

PQRY-P200YLM-A1

SINGLE

Total capacity

50 to 150% of O.U. capacity

Model/Quantity

P15~P250/1~20

P15~P250/1~25

P15~P250/1~30

Liquid

15.88

19.05

Gas

19.05

22.2

Flow Rate

m3/h

5.76

3.0~7.2

Operating volume range Pressure drop

kPa

5.0

1100 x 880 x 550

172

kg/Tons

5.0 /10.44

Heat exchanger volume External dimentions Net weight Ref. Charge R410*4/CO2 Eq

Technical specifications WR2 LINE Technical specifications WY LINE MODEL

MODEL

DOUBLE

HP Modules

PQHY-P700YSLM-A(1)

PQHY-P750YSLM-A(1)

PQHY-P800YSLM-A(1)

PQHY-P850YSLM-A(1)

PQHY-P900YSLM-A(1)

PQHY-P350YLM-A PQHY-P350YLM-A

PQHY-P400YLM-A PQHY-P350YLM-A

PQHY-P400YLM-A PQHY-P400YLM-A

PQHY-P450YLM-A PQHY-P400YLM-A

PQHY-P450YLM-A PQHY-P450YLM-A

CMY-Y200VBK2

Twinning joint Phases/Voltage/Freq.

Power supply

Cooling

80.0

85.0

90.0

96.0

101.0

Power input

14.73

15.64

16.57

18.03

19.38

5.43

5.32

5.21

EER °C

50.0

56.0

63.0

69.0

76.5

Power input

7.94

8.97

10.16

11.31

12.75

6.29

6.24

6.20

6.10

6.0

Indoor DB

°C

15.0~27.0

Water

°C

10.0~45.0

dB(A)

Total capacity

P15~P250/2~50

19.05/34.93

19.05/41.28

Flow Rate

m /h

7.20+7.20

4.5+4.5~11.6+11.6

44+44

Operating volume range

External dimentions Net weight Ref. Charge R410*4/CO2 Eq

Heating

kPa l

5.0+5.0

1450 x 880 x 550 1450 x 880 x 550

217+217

kg/Tons

6.0+6.0/25.06

Circulating Water

PQRY-P400YLM-A1

V/Hz/n°

PQRY-P450YLM-A1

PQRY-P500YLM-A1

PQRY-P550YLM-A1

PQRY-P600YLM-A1

3 phase 380-400-415V 50Hz

40.0

45.0

50.0

56.0

63.0

69.0

Power input

7.14

8.03

9.29

11.17

12.54

14.49

5.60

5.38

5.01

5.02

4.76

EER Indoor WB Water

°C

15.0~24.0

°C

10.0~45.0

Capacity*2

45.0

50.0

56.0

63.0

69.0

76.5

Power input

7.53

8.37

9.79

11.43

12.27

14.51

5.97

5.72

5.51

5.62

5.27

56.5

56.5 P15~P250/2~50

COP Indoor DB Water

°C

15.0~27.0

°C dB(A)

Sound power level*3 Connectable indoor units

PQRY-P350YLM-A1

Capacity*1

Temperature operating field

Phases/Voltage/Freq.

Temperature operating field

50 to 130% of O.U. capacity

Model/Quantity

Heat exchanger volume

Cooling

Ø Ref. piping

Liquid(Gas

Pressure drop

Power supply

10.0~45.0

Connectable indoor units

15.0~24.0

Capacity*2

Temperature operating field

Circulating Water

Water

°C

COP

Heating

Ø Ref. piping

Indoor WB

3 phase 380-400-415V 50Hz

Temperature operating field

Sound power level*

V/Hz/n°

Capacity*1

SINGLE

10.0~45.0 52

Total capacity

50 to 150% of O.U. capacity

Model/Quantity

P15~P250/1~35

P15~P250/1~40

P15~P250/1~45

P15~P250/1~50

P15~P250/2~50

Liquid

22.2

Gas

28.58

34.93

Flow Rate

m3/h

7.20

11.52

4.5~11.6

6.0~14.4

kPa

1450 x 880 x 550

Operating volume range Pressure drop Heat exchanger volume External dimentions Net weight Ref. Charge R410*4/CO2 Eq

216

246

kg/Tons

6.0 /12.53

11.7/24.43

WR2 LINE / PQH(R)Y-P YLM-A(1) / YSLM-A(1)

LINEA WR2 / PQH(R)Y-P YLM-A(1) / YSLM-A(1)

Technical specifications WR2 LINE MODEL

DOUBLE

HP Modules

PQRY-P400YSLM-A(1)

PQRY-P450YSLM-A(1)

PQRY-P550YSLM-A(1)

PQRY-P600YSLM-A(1)

PQRY-P200YLM-A PQRY-P200YLM-A

PQRY-P250YLM-A PQRY-P200YLM-A

PQRY-P250YLM-A PQRY-P250YLM-A

PQRY-P300YLM-A PQRY-P250YLM-A

PQRY-P300YLM-A PQRY-P300YLM-A

CMY-Q100VBK

Twinning joint Phases/Voltage/Freq.

Power supply

Cooling

V/Hz/n° kW

45.0

50.0

56.0

63.0

69.0

Power input

7.70

8.78

10.12

11.55

12.84

5.84

5.69

5.53

5.45

5.37

EER Indoor WB Water

°C °C 50.0

56.0

63.0

69.0

76.5

Power input

7.94

8.97

10.16

11.31

12.75

6.29

6.24

6.20

6.10

6.00

57 P15~P250/2~50

Temperature operating field

Connectable indoor units

Indoor DB Water

°C

15.0~27.0

°C dB(A)

10.0~45.0 49

Total capacity

50 to 150% of O.U. capacity P15~P250/1~40

P15~P250/1~45

P15~P250/1~50

Liquid/Gas

Model/Quantity mm

22.2/28.58

22.2/34.93

Flow Rate

m3/h

5.76 + 5.76

5.76 + 5.76 3+3 ~ 7.2+7.2

Operating volume range

Circulating Water

10.0~45.0

Ø Ref. piping

15.0~24.0

Capacity*2 COP

Heating

3 phase 380-400-415V 50Hz

Capacity*1

Temperature operating field

Sound power level*

PQRY-P500YSLM-A(1)

Pressure drop

3+3 ~ 7.2+7.2

kPa

24 + 24

5.0 + 5.0

1100 x 880 x 550 1100 x 880 x 550

Heat exchanger volume External dimentions Net weight Ref. Charge R410*4/CO2 Eq

172+172

kg/Tons

5.0+5.0 /20.88

PQRY-P700YSLM-A(1)

PQRY-P750YSLM-A(1)

PQRY-P800YSLM-A(1)

PQRY-P850YSLM-A(1)

PQRY-P900YSLM-A(1)

PQRY-P350YLM-A PQRY-P350YLM-A

PQRY-P400YLM-A PQRY-P350YLM-A

PQRY-P400YLM-A PQRY-P400YLM-A

PQRY-P450YLM-A PQRY-P400YLM-A

PQRY-P450YLM-A PQRY-P450YLM-A

Technical specifications WR2 LINE MODEL

DOUBLE

HP Modules

CMY-Q100VBK

Twinning joint Phases/Voltage/Freq.

Power supply

Cooling

80.0

85.0

90.0

96.0

101.0

Power input

14.73

15.64

16.57

18.03

19.38

5.43

5.32

5.21

EER

15.0~24.0

°C

10.0~45.0

95.0

100.0

108.0

113.0

Power input

14.73

15.90

16.75

18.49

19.74

5.97

5.84

5.72

Indoor DB Water

°C

15.0~27.0

°C dB(A)

Connectable indoor units

Circulating Water

Water

°C

Capacity*2

Temperature operating field

Ø Ref. piping

Indoor WB

COP

Heating

3 fasi 380-400-415V 50Hz

Capacity*1

Temperature operating field

Sound power level*

V/Hz/n°

10.0~45.0 55

Total capacity

55 50~150% della capacità dell’unità esterna

P15~P250/2~50

Liquid/Gas

Model/Quantity mm

28.58/34.93

28.58/41.28

Flow Rate

m3/h

7.20 + 7.20

4.5+4.5 ~ 11.6+11.6

Operating volume range Pressure drop Heat exchanger volume External dimentions Net weight Ref. Charge R410*4/CO2 Eq

kPa

44 + 44

5.0 + 5.0

1450 x 880 x 550 1450 x 880 x 550

216 + 216

216 +216

216 + 216

216 +216

216 + 216

kg/Tons

6.0+6.0 /25.06

6.0 + 6.0 /25.06

Y REPLACE MULTI LINE / PUH(R)Y-RP-YJM-B

Y REPLACE MULTI LINE

OUTDOOR UNITS - WATER CONDENSED HEAT PUMP PUHY-RP-Y JM-B(-BS)

Replace Multi Series The Mitsubishi Electric solution for the replacement market of VRF R22 systems is characterized by the 3-R: Re-use, Re-placement and Re-newal. The innovative Replace Multi solution of Mitsubishi Electric makes it possible to reuse components and structural elements of existing plant rather than completely replace all units and refrigerant lines. This raises the owner from discomforts of the complete replacement of the air conditioning system (for example, new pipes, the destruction walls and stopping of the activities and business during the renovations).

Demolition of walls and openings suspended ceilings that amplify installation time

Short and quick construction process and time SOLUTION FOR REPLACING R22/R407C SYSTEMS

RENEWAL FOR TOP PERFORMANCE

RE-USE OF EQUIPMENT

SHORT AND QUICK CONSTRUCTION PROCESS AND TIME

Compared to the installation process and time to install a complete new system, Replace Multi offers shorter and quicker installation. The key cause of this is because with Replace Multi, without any use of special kit, existing piping can be reused and works at rooftop or walls for new piping are not required. This results in reduced installation time and system downtime which is an attractive factor to minimize the effect on business working hours. Demolition of walls and openings suspended ceilings that amplify installation time

Riuso

Linee frigorifere

Cavi di alimentazione

Interruttori

Linee di trasmissione

•

Collegamenti comandi Unità esterna Unità interna remoti

•

Replacement of components by Multi Replace Reuse of existing pipes Drastic reduction of materials to be disposed in landfills due to demolitions

Not necessary external works

Renewal for top performance The installation of a Replace Multi system allows to achieve the state of the art of VRF technology from Mitsubishi Electric which it reached levels of energy efficiency (COP) more than 40% compared to a R22 VRF system of 10 years ago. The greater energy efficiency also means lower noise levels and reduced installation space compared to a VRF R22.

Y REPLACE MULTI LINE / PUHY-RP-Y JM-B

Key Technologies M-NET POWER

Backup

High

dual

18°C 9°C

sensible heat

Setpoint

Specifiche tecniche MODELLO

SINGLE

HP Power supply

Cooling

Phases/Voltage/Freq.

22.4

28.0

33.5

40.0

5.68

7.62

8.98

11.79

3.94

3.67

3.73

3.39

EER SEER Indoor WB

°C

Oudoor DB

°C

15.0~24.0 -5.0~43.0

Capacity*2

25.0

31.5

37.5

45.0

Power input

5.69

7.22

9.42

12.60

4.39

4.36

3.98

3.57

COP SCOP Indoor WB

°C

15.0~27.0

Oudoor DB

°C

-20.0~15.5

dB(A)

Sound power level*3

Ø Ref. piping.

12 3 fasi 380-400-415V 50Hz

Capacity*1

Temperature operating field

Connectable indoor units

V/Hz/n°

Power input

Temperature operating field

Heating

PUHY-RP200YJM-B PUHY-RP250YJM-B PUHY-RP300YJM-B PUHY-RP350YJM-B

50~130% della capacità dell’unità esterna Total capacity

P100~P260

P125~P325

P150~P390

P175~P455

Model/Quantity

P15~P250/1~17

P15~P250/1~21

P15~P250/1~26

P15~P250/1~30

Liquido/Gas

12.7/28.58

15.88/34.93

External dimentions

1710 x 920 x 760*

Net weight Ref. Charge R410*4/CO2 Eq

230

255

kg/Tons

6.5 /13.57

9.0 /18.79

R2 LINE / BC CONTROLLERS

BC CONTROLLERS FOR R2 LINES

Greater flexibility in system configuration

Greater accessibility and ease of maintenance

The maximum length of the refrigeration line between the BC MAIN distributor unit and the indoor unit has been increased to 90 metres* (compared to 60 metres for the previous model) for greater flexibility of system design.

In the previous model, the drainage panel was on the lower side of the distributor. In the new model it is instead installed on the lower side of the structure, making it easy to remove from the lower part for maintenance access.

*If the indoor unit is connected to an SUB BC Controller unit

GREATER FLEXIBILITY IN SYSTEM CONFIGURATION

GREATER ACCESSIBILITY AND EASE OF MAINTENANCE

PREVIOUS MODEL

PREVIOUS MODEL 60m [196ft]

Indoor unit

Main BC sub-BC

Drain pan (Built-in)

Indoor unit sub-BC

NEXT STAGE

NEXT STAGE 90m [295ft]

BC Distributors

New BC controller

The new BC distributor of the CMB-P-V-J series effectively distributes the refrigerant depending on the operating mode of the indoor units (heating or cooling). It contains the highly efficient gas/liquid separator developed by Mitsubishi Electric and carefully separates the gas for heating from the cooling liquid. For a greater height difference and an increase in the maximum pipe length, it uses a subcooling heat exchanger that further chills the coolant destined for the indoor units in cooling mode.

Increased number of connections (for systems with BC SUB distributor) and increase of geometric limits. In the R2 heat recovery systems of the new YNW line it is possible to connect up to 11 BC SUB distributors to the BC MAIN distributor thus allowing greater configuration flexibility. The adoption of the new architecture allows a reduction of the refrigerant charge adopted in the system.

SYSTEM LAYOUT R2

Reduced height

Main BC sub-BC Indoor unit

Indoor unit

(Removable)

Sub-BC controller connections increased

PREVIOUS MODEL Max 2 distributor BC SUB

Conventionsal BC size

sub-BC

Main BC

Drain pan

Indoor unit

Only two sub-BC controllers could be connected to a main BC controller in previous models. Up to 11 sub-BC controllers can now be connected to the new BC controller, allowing for more flexibility in system design. The line-branching method enables the creation of system designs that use less refrigerant.

The line-branching method with a main BC controller and sub-BC controllers The sub-BC controller can be installed near the indoor units, so the branch piping can be greatly reduced. This also reduces the length of system piping, enabling using less refrigerant design.

246mm

sub-BC

Fino a 11 SUB BC possono essere connessi al Main BC

NEXT STAGE Connect up to 11 sub-BC controllers

Reduction in heght size

NEXT STAGE Until 11 distributor BC SUB

The new BC distributor can also be installed in false ceilings with limited heights thanks to a 40.5 mm lower average height (compared to the previous model).

BC = Main BC BS = Sub-BC Lunghezza Linea frigorifera dal SUB-BC controller ridotta

Main BC sub-BC

R2-WR2 LINE / BC CONTROLLERS

Technical specifications MODEL

Technical specifications

CMB-P104V-J

CMB-P106V-J

Number of branch Power source

CMB-P108V-J

CMBP1012V-J

CMBP1016V-J

50Hz

Cooling

0.067/0.076/0.085

0.097/0.110/0.123

0.127/0.144/0.161

0.186/0.211/0.236

0.246/0.279/0.312

0.030/0.034/0.038

0.045/0.051/0.057

0.060/0.068/0.076

0.090/0.102/0.114

0.119/0.135/0.151

*12

Height Width

596

495

911

1,135 639

Connectable unit capacity P200

P250/P300

P350 *13

High press. pipe

15.88 (5/8) Brazed

19.05 (3/4) Brazed

19.05 (3/4) Brazed or 22.2 (7/8) Brazed

22.2 (7/8) Brazed

28.58 (1-1/8) Brazed

19.05 (3/4) Brazed Liquid pipe

Indoor unit Model 50 or smaller 6.35 (1/4) Brazed bigger than 50 9.52 (3/8) Brazed

Gas pipe

Indoor unit Model 50 or smaller 12.7 (1/2) Brazed bigger than 50 15.88 (5/8) Brazed (19.05 (3/4), 22.2(7/8) with optional joint pipe used.)

Drain pipe

mm (in.)

O.D. 32 (1-1/4)

Net weight

kg (lbs)

To indoor unit

23 (51)

27 (60)

31 (69)

46 (102)

CMB-P108V-JA

CMB-P1012V-JA

CMB-P1016V-JA

Power input

50Hz

Width

Depth

1,135

639 Connectable unit capacity

To outdoor/heat source unit

P200

P250/P300

P350 *13

P400 to P500

High press. pipe

15.88 (5/8) Brazed

19.05 (3/4) Brazed

19.05 (3/4) Brazed or 22.2 (7/8) Brazed

22.2 (7/8) Brazed

Low press. pipe

19.05 (3/4) Brazed

22.2 (7/8) Brazed

To indoor unit To other BC controller

Low press. pipe

0.119/0.135/0.151

Liquid pipe

P650

22.2 (7/8) Brazed or 28.58 (1-1/8) Brazed

P700 to P800

P850 to P1000

28.58 (1-1/8) Brazed

28.58 (1-1/8) Brazed 28.58 (1-1/8) Brazed 34.93 (1-3/8) Brazed 41.28(1-5/8) Brazed or 34.93 (13/8) Brazed

28.58 (1-1/8) Brazed

Indoor unit Model 50 or smaller 6.35 (1/4) Brazed bigger than 50 9.52 (3/8) Brazed

Gas pipe

Total down-stream Indoor unit capacity to P200

P201 to P300

19.05 (3/4) Brazed 22.2 (7/8) Brazed

0.246/0.279/0.312

P600 *13

Indoor unit Model 50 or smaller 12.7 (1/2) Brazed bigger than 50 15.88 (5/8) Brazed (19.05 (3/4), 22.2 (7/8) with optional joint pipe used.)

15.88 (5/8) Brazed

0.090/0.102/0.114

P550 *13

Liquid pipe

High press. pipe

0.186/0.211/0.236

P301 to P350 P351 to P400 P401 to P600 P601 to P650

19.05 (3/4) Brazed

9.52 (3/8) Brazed

22.2 (7/8) Brazed 28.58 (1-1/8) Brazed

12.7 (1/2) Brazed

P651 to P800

P801 to P1000

28.58 (1-1/8) Brazed

15.88 (5/8) Brazed

Model P80 or smaller (Use optional joint pipe combing 2 branches when the total unit capacity exceeds P81.)

Drain pipe

mm (in.)

O.D. 32 (1-1/4)

P200 to P900

Net weight

kg (lbs)

65 (144)

34.93 (1-3/8) Brazed

P1001 or above 34.93 (1-3/8) Brazed

41.28(1-5/8) Brazed 19.05 (3/4) Brazed

246 911

1,135 639 Connectable unit capacity

P200

P250/P300

P350 *13

P400 to P500

High press. pipe

15.88 (5/8) Brazed

19.05 (3/4) Brazed

19.05 (3/4) Brazed or 22.2 (7/8) Brazed

22.2 (7/8) Brazed

Low press. pipe

19.05 (3/4) Brazed

22.2 (7/8) Brazed

To indoor unit

Depth

0.060/0.068/0.076

To outdoor/heat source unit

Refrigerant piping diameter

P200 to P1100

Width

0.127/0.144/0.161

Connectable outdoor/heat source unit capacity Height

246

Cooling *12

Model P80 or smaller (Use optional joint pipe combing 2 branches when the total unit capacity exceeds P81.)

Heating

Indoor unit capacity connectable to 1 branch

0.119/0.135/0.151

*12

Height

1-phase 220-230-240 V

Power source

0.246/0.279/0.312

Connectable Main BC controller

Refrigerant piping diameter

Number of branch

Cooling Heating

56 (124)

Technical specifications MODEL

50Hz

Connectable outdoor/heat source unit capacity

To outdoor/heat source unit Low press. pipe

The maximum connectable capacity of indoor units

246

Depth

Power input

The maximum number of connectable Sub BC controllers

P200 to P350

1-phase 220-230-240 V

Indoor unit capacity connectable to 1 branch

Model P80 or smaller (Use optional joint pipe combing 2 branches when the total unit capacity exceeds P81.)

Connectable outdoor/heat source unit capacity

Power source

Heating

Indoor unit capacity connectable to 1 branch

Refrigerant piping diameter

Number of branch

1-phase 220-230-240 V

Power input

CMB-P1016V-KA

MODEL

P550 *13

P600 *13

P650

22.2 (7/8) Brazed or 28.58 (1-1/8) Brazed 28.58 (1-1/8) Brazed or 34.93 (1-3/8) Brazed

28.58 (1-1/8) Brazed

P700 to P800

P850 to P900

28.58 (1-1/8) Brazed

34.93 (1-3/8) Brazed

41.28 (1-5/8) Brazed

Liquid pipe

Indoor unit Model 50 or smaller 6.35 (1/4) Brazed bigger than 50 9.52 (3/8) Brazed

Gas pipe

Indoor unit Model 50 or smaller 12.7 (1/2) Brazed bigger than 50 15.88 (5/8) Brazed (19.05 (3/4), 22.2 (7/8) with optional joint pipe used.) Total down-stream Indoor unit capacity

To other BC controller

to P200

High press. pipe

15.88 (5/8) Brazed

Low press. pipe

19.05 (3/4) Brazed

Liquid pipe

P201 to P300

mm (in.)

Net weight

kg (lbs)

P351 to P400

19.05 (3/4) Brazed 22.2 (7/8) Brazed

9.52 (3/8) Brazed

Drain pipe

P301 to P350

P401 to P600

P601 to P650

P651 to P800

P801 to P1000

22.2 (7/8) Brazed

28.58 (1-1/8) Brazed

34.93 (1-3/8) Brazed

12.7 (1/2) Brazed

15.88 (5/8) Brazed

P1001 or above 34.93 (1-3/8) Brazed

41.28 (1-5/8) Brazed 19.05 (3/4) Brazed

O.D. 32 (1-1/4) 45 (100)

55 (122)

63 (139)

Combination chart of BC Controller for R2 series (YNW) CMB-P VJ CMB-P V-JA CMB-P V-KA CMB-P V-KB (Sub)

P200-P350

P400-P900

• • •

N/A

P950-P1100 N/A

• •

N/A

•

CMB-P108/1012/1016V-JA, CMB-P1016V-KA

R2-WR2 SERIES / BC CONTROLLERS

Technical specifications CMB-P104V-KB

MODEL Number of branch

Power source

1-phase 220-230-240 V

Power input

50Hz

Cooling

0.060/0.068/0.076

Heating

0.030/0.034/0.038

The maximum number of connectable Sub BC controllers

The maximum connectable capacity of indoor units

P350 for each

Connectable Main BC controller

CMB-P108/1012/1016V-JA, CMB-P1016V-KA

Height

246

Width

596

Depth

495

To outdoor/heat source unit

High press. pipe

Low press. pipe Refrigerant piping diameter

To indoor unit

Liquid pipe

Indoor unit Model 50 or smaller 6.35 (1/4) Brazed bigger than 50 9.52 (3/8) Brazed

Gas pipe

Indoor unit Model 50 or smaller 12.7 (1/2) Brazed bigger than 50 15.88 (5/8) Brazed (19.05 (3/4) with optional joint pipe used.) Total down-stream Indoor unit capacity

To other BC controller

to P200

P201 to P300

P301 to P350 P351 to P400 P401 to P600 P601 to P650

High press. pipe

15.88 (5/8) Brazed

Low press. pipe

19.05 (3/4) Brazed 22.2 (7/8) Brazed

Liquid pipe

19.05 (3/4) Brazed

9.52 (3/8) Brazed

P651 to P800

22.2 (7/8) Brazed 28.58 (1-1/8) Brazed

12.7 (1/2) Brazed

P801 to P1000

P1001 or above

28.58 (1-1/8) Brazed

34.93 (1-3/8) Brazed

15.88 (5/8) Brazed

Drain pipe

mm (in.)

O.D. 32 (1-1/4)

Net weight

kg (lbs)

21 (47)

41.28(1-5/8) Brazed 19.05 (3/4) Brazed

Technical specifications CMB-P108V-KB

MODEL Number of branch

Power source

1-phase 220-230-240 V

Power input

50Hz

Cooling

0.119/0.135/0.151

Heating

0.060/0.068/0.076

The maximum number of connectable Sub BC controllers

The maximum connectable capacity of indoor units

P350 for each

Connectable Main BC controller

CMB-P108/1012/1016V-JA, CMB-P1016V-KA

Height

246

Width

596

Depth

495

To outdoor/heat source unit

High press. pipe

Low press. pipe Refrigerant piping diameter

To indoor unit

Liquid pipe

6.35 per unità interna modello P50 o più piccolo, 9.52 per unità interna modello superiore a P50

Gas pipe

12.7 per unità interna modello P50 o più piccolo, 15.88 (19.05, 22.2 con giunto del tubo opzionale) per unità interna modello superiore a P50 Total down-stream Indoor unit capacity

To other BC controller

to P200

High press. pipe

15.88

Low press. pipe

19.05

Liquid pipe

P201 to P300

P301 to P350 P351 to P400 P401 to P600 P601 to P650

19.05

22.2

22.2 9.52

P1001 or above 34.93

34.93 15.88

Drain pipe

O.D. 32

Net weight

P801 to P1000

28.58

28.58 12.7

P651 to P800

41.28 19.05

MODEL CODE

WCB WATER-REFRIGERANT CONNECTION BOX

Model code CITY MULTI outdoor units Y=Inverter

P= Packaged U=Air Q=Water

P=Standard Efficiency EP=High Efficiency P=Zubadan RP=Replace

CMB-PW202V-J

S=Modular system

PUHY-EP600YSNW H=Heat pump R=Heat recovery M=SMALL heat pump

WCB refrigerant – water connection box The WCB refrigerant-water connection box is effectively a simplified BC controller. The WCB has 2 branches only (standard indoor units / PWFY) and is specifically intended to permit air cooling functionality via the ‘indoor unit’ branch and domestic and heating hot water production functionality via the ‘PWFY’ branch. While the WCB does not permit simultaneous heating and cooling operation of the indoor units connected to the ‘indoor unit’ branch, it does allow heat recovery in summer between the two branches, for practically free domestic hot water production.

600 = Capacity index (Capacity index of 25 = 1hp) 600 = 24hp 25

The WCB water connection box may be used to feed a mixed R2 system (HWS and ATW hydronic modules in combination with standard indoor units), allowing the following scenarios:

ATW

HWS

Indoor Units

Primary heating with underfloor system ON

Domestic hot water production ON

Air cooling or heating OFF

Autumn / Spring

OFF

Summer

OFF

Winner

CITY MULTI indoor units P= Packaged F=VRF

PEFY-P25VMA CMB-PW202V-J

MODEL

E=Built-in ceiling L=Ceiling cassette C=Ceiling-suspended K=Wall-mounted F=Floor units M=Ceiling cassette W=Ecodan hydronic modules

Number of branches Voltage/Freq./Phases

V/Hz/n°

1 phase 220-230-240V 50 Hz/60Hz

Power absorption

0.020 Zincato

External finish Total

Capacity of connectable indoor unit

50~130% of outdoor unit capacity Up to 130% of outdoor unit capacity

Indoor unit branch

Up to 100% of outdoor unit capacity

PWFY branch mm

284 x 648 x 432 kg

Net weight

P=R407C/R410A VRF

See capacity of connectable outdoor unit P200

P250-P300

P350

High press. pipe.

15.88

19.05

Low press. pipe.

19.05

22.2

28.58

CMB-P1012V-J

See total capacity of subsequent indoor units To indoor unit

25 = 1hp 25

CMB=BC controller

CONNECTIONS

Refrigerant pipe diameter

25=Capacity index (Capacity index of 25=1hp)

BC Controller

28.58 brazed

Drain pipe

To outdoor unit

VMA=Sub Name

PURY-(E)P200/250/300/350YHM-A / PQRY-(E)P200/250/300/350YHM-A

Connectable outdoor units Dimensions (HxLxW)

Y=Inverter P=R22/R407C/R410A VRF

Technical specifications

Power

YLM=Line

~ P140

P141~P200

P201~P300

P301~P400

P401~

Liquid pipe

ø9.52 brazed

ø15.88 brazed

Gas pipe

ø15.88 brazed

ø19.05 brazed

ø22.2 brazed

ø28.58 brazed

1012= Numbers of ports (in this example 12)

J=BC Controller Single JA/KA=Main BC Controller KB=Sub BC Controller

REFRIGERANT PIPING LENGHT

Refrigerant piping lenght

PUMY-SP

SMALL Y COMPACT LINE Outdoor unit *1

GEOMETRIC LIMITS OF REFRIGERATION PIPELINES

Total effective length

120 m max.

Effective length of a single circuit

70 m max.

Effective length after first branch

50 m max.

VERTICAL DIFFERENCE BETWEEN UNITS

Indoor/outdoor (outdoor unit in higher position)

50 m max.

Indoor/outdoor (indoor unit in higher position)

30 m max.

Indoor/Indoor

15 m max.

Longest circuit: 150 m Max. vertical difference: 50 m Indoor Unit

Dati indicativi - Per dettagli esecutivi riferirsi al volume tecnico. *1 Utilizzare i deflettori optional nei casi in cui l’unità esterna sia installata in zone di forte ventosità.

Max. vertical difference between indoor units: 15 m

PUMY-P112-140 Y(V)KM4 SMALL Y LINE

Outdoor unit *1

GEOMETRIC LIMITS OF REFRIGERATION PIPELINES

Total effective length

300 m max.

Effective length of a single circuit

150 m max.

Effective length after first branch

30 m max.

VERTICAL DIFFERENCE BETWEEN UNITS

Indoor/outdoor (outdoor unit in higher position)

300 m max.

Indoor/outdoor (indoor unit in higher position)

150 m max.

Indoor/Indoor

30 m max.

Longest circuit: 150 m Max. vertical difference: 50 m Indoor Unit

Max. vertical difference between indoor units: 15 m

Indicative values only – See technical handbook for installation details. *1 Use optional deflectors if the outdoor unit is installed in a location subject to high winds.

PUMY-P200 YKM2 SMALL Y LINE

Outdoor unit *1

GEOMETRIC LIMITS OF REFRIGERATION PIPELINES

Total effective length

150 m max.

Effective length of a single circuit

80 m max.

Effective length after first branch

30 m max.

VERTICAL DIFFERENCE BETWEEN UNITS

Indoor/outdoor (outdoor unit in higher position)

50 m max.

Indoor/outdoor (indoor unit in higher position)

40 m max.

Indoor/Indoor

15 m max.

Longest circuit: 150 m Max. vertical difference: 50 m Indoor Unit

Max. vertical difference between indoor units: 15 m

Indicative values only – See technical handbook for installation details. *1 Use optional deflectors if the outdoor unit is installed in a location subject to high winds.

REFRIGERANT PIPING LENGHT

PUHY-P200-1500Y(S)KA

PUHY-HP200-500Y(S)HM-A

Y ECOSTANDARD LINE

Y ZUBADAN LINE

Outdoor unit

GEOMETRIC PIPING LIMITATIONS WITH ONE OR MORE BC CONTROLLERS

Outdoor unit

GEOMETRIC LIMITS OF REFRIGERATION PIPELINES

Total effective length

1000 m max.

Total effective length

300 m max.

Effective length of a single circuit

165 m max.

Effective length of a single circuit

150 m max.

Equivalent length of a single circuit

190 m max.

Equivalent length of a single circuit

175 m max.

Effective length after first branch

90 m max.

Effective length after first branch

40 m max.

Effective length between outdoor unit

10 m max.

VERTICAL DIFFERENCE BETWEEN UNITS

Indoor/outdoor (outdoor unit in higher position)

50 m max.

Indoor/outdoor (indoor unit in higher position)

40 m max.

Indoor/Indoor

30 m max.

Effective (equivalent) length of a single circuit: 165 m (max. 190 m)

Max. vertical difference: 50 m

Effective (equivalent) length of a single circuit: 150 m (175 m max.)

VERTICAL DIFFERENCE BETWEEN UNITS Max. vertical difference between indoor units: max. 30 m

Indoor units

Indoor/outdoor (outdoor unit in higher position)

50 m max.

Indoor/outdoor (indoor unit in higher position)

40 m max.

Indoor/Indoor

15 m max.

Indoor units

Max. vertical difference between indoor units: 15 m max.

Indicative values only – See technical handbook for installation details.

PUHY-P200-1350Y(S)NW-A PUHY-EP200-1350Y(S)NW-A

PUHY-RP200-350YJM-B Y REPLACE MULTI LINE

Y NEXT STAGE LINE Y NEXT STAGE HIGH EFFICIENCY LINE

Outdoor unit

GEOMETRIC LIMITS OF REFRIGERATION PIPELINES

GEOMETRIC PIPING LIMITATIONS WITH ONE OR MORE BC CONTROLLERS

Total effective length

1000 m max.

Effective length of a single circuit

165 m max.

Equivalent length of a single circuit

190 m max.

Effective length after first branch

90 m max.

Outdoor unit

Furthest piping length 190m [623ft] (equivalent length) (actual length 165m [541ft])

Top-bottom differential 50m [164ft] *2 *3

Between indoor units top-bottom differential 15m [49ft] *4

VERTICAL DIFFERENCE BETWEEN UNITS

Indoor/outdoor (outdoor unit in higher position)

50 m max.

Indoor/outdoor (indoor unit in higher position)

40 m max.

Indoor/Indoor

30 m max.

Total effective length

300 m max.

Effective length of a single circuit

120 m max.

Equivalent length of a single circuit

150 m max.

Effective length after first branch

40 m max.

Max. vertical difference: 50 m

Effective (equivalent) length of a single circuit: 120 m (150 m max.)

VERTICAL DIFFERENCE BETWEEN UNITS

Indoor/outdoor (outdoor unit in higher position)

50 m max.

Indoor/outdoor (indoor unit in higher position)

40 m max.

Indoor/Indoor

15 m max.

Between outdoor units

0.1 m max.

Indoor units

Max. vertical difference between indoor units: 15 m max.

Indicative values only – See technical handbook for installation details.

Indoor unit

Indicative values only – See technical handbook for installation details.

PQHY-P200-900Y(S)LM-A1

PURY-P200-1100Y(S)NW-A PURY-EP200-1100Y(S)NW-A

WY LINE

R2 NEXT STAGE LINE R2 NEXT STAGE HIGH EFFICIENCY LINE

GEOMETRIC LIMITS OF REFRIGERATION PIPELINES

Total effective length

GEOMETRIC PIPING LIMITATIONS WITH ONE OR MORE BC CONTROLLERS

Total effective length

Outdoor unit

500-1000 m max.

Effective length of a single circuit

165 m max.

Equivalent length of a single circuit

190 m max.

Effective length between outdoor unit and BC controller

110 m max.

Effective length between BC controller and indoor unit

60 m max.

Top-bottom differential 50m [164ft] Between indoor unit and *2 *3 BC controller topbottom differential 15m [49ft]

Indoor/outdoor (outdoor unit in higher position)

50 m max.

Indoor/outdoor (indoor unit in higher position)

40 m max.

Indoor/BC Controller

15 m max.

Indoor/Indoor

30 m max.

Effective length between outdoor unit and BC controller

15 m max.

Indoor unit

165 m max.

Equivalent length of a single circuit

190 m max.

Effective length after first branch

40 m max.

VERTICAL DIFFERENCE BETWEEN UNITS Furthest piping length 190m [623ft] (equivalent length) (actual length 165m [541ft])

BC controller

VERTICAL DIFFERENCE BETWEEN UNITS

300-500 m max.

Effective length of a single circuit

Indoor/outdoor (outdoor unit in higher position)

50 m max.

Indoor/outdoor (indoor unit in higher position)

40 m max.

Indoor/Indoor

15 m max.

Indicative values only – See technical handbook for installation details. *500 m max per PQHY-P350-600YLM

Indoor units

Effective (equivalent) length of a single circuit: 165 m (max. 190 m)

Max. vertical difference between indoor units: max. 15 m

Max. vertical difference: 40 m

Between indoor units top-bottom differential 30m [98ft]

Between indoor unit and BC controller top-bottom differential 15m [49ft]

Indicative values only – See technical handbook for installation details.

REFRIGERANT PIPING LENGHT

PQRY-P200~900Y(S)LM-A1 WR2 LINE

GEOMETRIC PIPING LIMITATIONS WITH ONE OR MORE BC CONTROLLERS

Total effective length

300-750 m max.

Effective length of a single circuit

165 m max.

Equivalent length of a single circuit

190 m max.

Effective length between outdoor unit and BC controller

110 m max.

Effective length between BC controller and indoor unit

40-60 m max.

Secondary BC controller Vertical difference between indoor units and controller: BC: max. 15 m

VERTICAL DIFFERENCE BETWEEN UNITS

Indoor/outdoor (outdoor unit in higher position)

50 m max.

Indoor/outdoor (indoor unit in higher position)

40 m max.

Indoor/BC Controller

15 m max.

Indoor/Indoor

30 m max.

BC Controller and SUB BC Controller

15 m max.

Length of 2-pipe connection between indoor unit and BC controller: max. 40 m

Three-pipe connection between BC controllers Vertical difference between master BC controller and secondary BC controller: max. 15 m Master BC Controller

40 m

Length of 2-pipe connection between outdoor unit and master BC controller: max. 110 m

Indicative values only â&#x20AC;&#x201C; See technical handbook for installation details.

MITSUBISHI ELECTRIC / VRF-HVRF SYSTEMS - INDOOR UNITS

VRF-HVRF Systems Indoor units

Ceiling cassette

Ceiling suspended indoor units

PLFY-P VFM-E1 4 way flow

98-99

PLFY-P VEM-E 4 way flow

100-103

Ceiling concealed indoor units

PCFY-P VKM-E

Floor standing indoor units 114-115

Wall mounted indoor units PKFY-P VBM

116-117

PEFY-P VMS1-E Middle-high static pressure

104-105

PKFY-P VHM

116-117

PEFY-P VMA-E2 Middle-high static pressure

106-109

PKFY-P VKM

116-117

PEFY-P VMHS-E High static pressure

110-111

WALL MOUNTED DESIGN WITH LEV-KIT

112-113

LEV KIT MSZ-LN E MSZ-EF

PEFY-P VMHS-E High static pressure

LEV KIT CON MFZ-KJ Floor standing indoor units with LEV-KIT

120-121

PFFY-P VKM-E

122-123

PFFY-P VLEM-E

124-125

PFFY-P VLRM-E Concealed type

126-129

118-119

SYSTEMS VRF - INDOOR UNITS

MITSUBISHI ELECTRIC / CITY MULTI - INDOOR UNITS

Model

PLFY-P VFM-E1

P15

P20

P25

P32

P40

P50

P63

P71

P80

P100

P125

P140

P200

P250

1.7 kW*1

2.2 kW*1

2.8 kW*1

3.6 kW*1

4.5 kW*1

5.6 kW*1

7.1 kW*1

8.0 kW*1

9.0 kW*1

11.2 kW*1

14.0 kW*1

16.0 kW*1

22.4 kW*1

28.0 kW*1

Modello

4 way flow

PLFY-P VEM-E

Middle-high static pressure

PEFY-P VMS1-E

Middle-high static pressure

PEFY-P VMA-E2

High static pressure

PEFY-P VMHS-E

High static pressure

PEFY-P VMHS-E

Ceiling Suspended Indoor units

Ceiling concealed indoor units

Ceiling cassette

Type

PCFY-P VKM-E

PKFY-P VBM

Modello

Wall mounted indoor units

PKFY-P VHM

PKFY-P VKM

LEV KIT MSZ-EF

Wall mounted design with LEV-KIT

LEV KIT MSZ-LN

Floor standing indoor units

LEV KIT MSZ-SF

Floor standing indoor units with LEV-KIT

Modello

PFFY-P VKM-E

PFFY-P VLEM-E

Concealed type

LEV KIT CON MFZ-KJ

PFFY-P VLRM-E

MITSUBISHI ELECTRIC / CITY MULTI - INDOOR UNITS

Air distribution Vane positions

Key Technologies

Number of possible positions for the air deflector vane.

Swing vane A continuous swinging motion of the vane ensures that air is distributed ideally throughout the room.

Mitsubishi Electric innovation allowed the development of functions and technologies at the service of comfort and energy efficiency.

Fan speed Number of fan speeds available.

Automatic fan La velocità del ventilatore viene regolata in automatico per soddisfare il grado di comfort richiesto.

High ceiling For installations on high ceilings, the air flow may be augmented to improve air distribution.

Style

Air quality

Pure white” colour This is the colour adopted by Mitsubishi Electric for many of its indoor units. It is a colour suitable for virtually all interior spaces.

Automatic vane

Deodorizing filter The bad smells present in the environment are captured from the deodorizing filter and then be eliminated by the technology plasma. Extremely low deodorization time makes this function even more effective against the odors of animals or of cooking.

The vane adjusts automatically to the optimum angle in relation to operating mode and output air temperature.

Outdoor air intake The air quality in the indoor space may be improved using the outdoor fresh air intake.

Functions Timer Annual, weekly, daily or simplified timer functions may be used to switch the unit on and off as desired.

Automatic mode switching The indoor unit automatically (AUTO) switches operating mode (COOL/HEAT) in relation to the temperature setting.

Ultra silent These indoor units produce extraordinarily low sound pressure levels.

Special functions

Standard filter A honeycomb or synthetic fibre filter with high dust holding capacity.

Long-life filter Long life

The special surface of the long-life filter requires less maintenance than a conventional filter.

Check!

“Dirty filters” indicator signal

Filter usage is monitored to indicate when maintenance is necessary. Air Purifying

Air Purifyng Filter

The filter has a large capture area and deodourise the circulating air.

Low ceiling For installations on low ceilings, the air flow may be reduced to prevent unpleasant draughts.

Air intake on underside As an option during installation, the unit may be configured with the air intake on the underside.

Installation and maintenance Condensate drain pump The condensate drain pump facilitates installation.

Self-diagnostic A self-diagnostic system makes troubleshooting and correcting malfunctions easier by recording a log of faults.

Auto-Restart The auto restart function may be used to configure the indoor units to restart automatically after a power outage, minimising interruptions in the operation of the system to maintain thermal comfort levels in the air conditioned spaces. This function must be enabled as an option as it is not enabled by default. A choice of two automatic start configurations is available: - restart only the indoor units which were on before the power outage; - restart all indoor units, irrespective of on/off state before the power outage.

Offset -4°

Stratification compensation

The automatic heat stratification compensation function in HEAT mode is implemented by adjusting the ambient temperature read by a probe on the indoor unit, to obtain a value that more closely reflects the true temperature of the air conditioned space. An offset of -4°C is applied, so that, for instance, if the inlet temperature measured is 24°C, the system automatically displays an adjusted value of 20°C, which should more closely reflect the true ambient temperature. The Mitsubishi Electric CITY MULTI VRF system bases the thermal power actually delivered on this value. The stratification compensation function is available on all Mitsubishi Electric indoor unit types with the exception of floorstanding units and certain specific cases (such as with units with underside air intakes), and may be disabled on request.

Low Temperature Cooling This function extends the operating temperature range in cooling mode to offer a lowest settable temperature of 14°C. Where the ability to cool to temperatures lower than the standard lowest comfort value of 19°C (typically for sports centres, laboratories etc.) is necessary, the settable temperature range in cooling mode may be extended to offer a lowest temperature of 14°C on the following models: This function may be enabled during installation and is available on the following models: • PLFY-P VLMD - 2-way cassette • PEFY-P VMR - Ducted • PEFY-P VMS1(L) - Ducted • PEFY-P VMAL - Ducted • PEFY-P VMH - Ducted • PEFY-P VMHS - Ducted • PFFY-P VLEM - Floor-standing • PFFY-P VLRM - Built-in floor unit • PFFY-P VLRMM - Built-in floor unit The indoor unit fan is run at a higher speed in this configuration (except with the SMALL Y model outdoor unit of the PUMY series).

SYSTEMS VRF - INDOOR UNITS

MITSUBISHI ELECTRIC / CITY MULTI - INDOOR UNITS

Cassette

Wall mounted

PLFY-P VFM-E1

PLFY-P VEM-E

PEFY-P VMS1-E

PEFY-P VMA-E2

PEFY-P VMHS-E

Floor standing

PCFY-P VKM-E

PKFY-P VBM-E

PKFY-P VHM-E

PKFY-P VKM-E

LEV KIT MSZ-EF

LEV KIT MSZ-LN

LEV KIT MSZ-SF

LEV KIT MFZ-KJ

PFFY-P VKM-E

PFFY-P VLEM-E

PFFY-P VLRM-E

Air quality

Functions

Style

Long life

Check!

Special functions

Install. and mainten.

Air distribution

Air Purifying

Offset -4Â°

* Optional

INDOOR UNITS / PLFY-P VFM-E1

PLFY-P VFM-E1

INDOOR UNITS - 4-WAY CASSETTE 600X600

Simplified installation

Panel and control

The height above ceiling of 245 mm is top class in the industry. The height above ceiling of 245 mm enables fitting into narrow ceiling space. Installation is simple, even when the ceiling spaces are narrow to make the ceilings higher. Light weight (max 15kg) and temporary hanging hooks for grille allow to make installation easier and quicker.

The unit is supplied with SLP-2FAL panel which includes signal receiver. Is available as optional the SLP-2FALM panel combined with the new PARSL100A-E wireless remote control with weekly timer, backlight, temperature setting in 0.5 °C steps and individual control of the 4 deflectors.

2.7 0.5

Height (m)

245 mm

(m/s)

2.0

1.0

2 Distance(m)

Key Technologies Long life

Ideal for...

Horizontal flow

The straight-line shape introduced has resulted in a stylish and modern square design. Its high affinity ensures the ability to blend in seamlessly with any interior. The indoor unit is an ideal match for office or store use.

The new airflow control completely eliminates that uncomfortable drafty-feeling with the introduction of a horizontal airflow that spreads across the ceiling, maximizing the Coanda effect. Furthermore, 5 patterns for vane position (on previous VCM was 4) and individual settable vane and ways ensure higher comfort. The ideal airflow for offices and restaurants.

Offset -4°

Technical specifications PLFYP15VFM-E1

MODEL

PLFYP20VFM-E1

PLFYP25VFM-E1

Default panel

Single phase, 220-240V 50Hz kW

1.7

2.2

2.8

3.6

4.5

5.6

5800

7500

9600

12300

15400

19100

Capacity in heating mode*1

1.9

2.5

3.2

6.3

Btu/h

6500

8500

10900

13600

17100

21500

Cooling

0.02

0.03

0.04

Heating

0.02

0.03

0.04

Cooling

0.19

0.21

0.22

0.23

0.28

0.4

Heating

0.14

0.16

0.17

0.18

0.23

0.35

Unit

External finish Dimensions AxLxP Net weight

Galvanised steel sheet with uncoated thermal insulation

Grille

Pure White

Unit

Grille

Unit

Grille

245x570x570 10x625x625 14

15 3

Heat exchanger

Cross fins Type x Quantity

Fan

3D Turbo fan x 1 m3/min

Air flow*2 Ext. Static pressure

Gas (swaged)

Liquid (swaged)

6.5 - 7.5 - 8

6.5 - 7.5 - 8.5

Detects floor temperature

2.7 m 7.2 m 1.1 m 12 m

Floor surface

Refrigerant pipe diameter

6.5 - 8 - 9

7 - 8 - 9.5

7.5 - 9 - 11

9 - 11 - 13

28 - 33 - 39

33 - 39 - 43

Air filter

Detects position and number of people

PLFYP50VFM-E1

Btu/h

Current

New advanced 3D i-see sensor detects people’s position and number. Once a person is detected, the angle of the vane is automatically adjusted. Each vane can be indenpendently set to “Direct Airflow” or “Indirect Airflow” according to taste. The 3D i-see Sensor detects the number of people in the room and adjusts the power accordingly. This makes automatic power-saving operation possible in places where the number of people changes frequently. Additionally, when the area is continuously unoccupied, the system switches to a more enhanced power-saving mode. Depending on the setting, it can also stop the operation.

PLFYP40VFM-E1

Capacity in cooling mode*1

Power consumption

Detection 360°

PLFYP32VFM-E1 SLP-2FAL

Power

3D i-see Sensor

Check!

Polypropylen honeycomb (long life)

Sound pressure*2*3

dB(A)

12.7 6.35 26 - 28 - 30

26 - 29 - 31

26 - 30 - 33

26 - 30 - 34

* Default panel. SLP-2FAL panel is equipped by Signal reicever *1 For heating/cooling capacity, the maximum value with the unit operating in the following conditions is given. C ooling: indoor 27°C (81°F) DB/19°C (66°F) WB, outdoor 35°C (95°F) DB. Heating: indoor 20°C (68°F) DB, outdoor 7°C (45°F) DB/6°C (43°F) WB. *2 Air flow/noise levels given for operation in low-medium-high modes. *3 Measured in anechoic chamber with 230V mains power.

Optional parts

DESCRIPTION

PAC-SF1ME-E

Corner 3D I-see Sensor for PLFY-P VFM-E1

INDOOR UNITS / PLFY- P VEM-E

PLFY-P VEM-E

INDOOR UNITS - 4-WAY CASSETTE 900X900

Key Technologies Long life

Ideal for...

Horizontal flow

New design of 4-way cassette VEM model suits most commercial applications thanks to its elegance and syle. Its peculiar features are horizontal flow function, individually settable vanes and possibility to install 3D i-see sensor for top environment comfort control.

This new indoor unit is capable of handling five vane positions, making it possible to achieve horizontal flow that spreads across the ceiling, maximizing the Coanda effect. This allows to avoid, if needed, direct airflow to users in the room, which can sometimes be uncomfortable.

3D i-see sensor: Temperature sensor

3D i-see sensor: Direct/Indirect flow function Optional 3D i-see sensor allows to detect and count users in the environment and their position. User can set either Direct or Indirect flow to occupied areas, with single control on four vanes.

Check!

Offset -4Â°

3D i-see sensor: Energy saving 3D i-see sensor features allow to optimize comfort conditions and at the same time achieve energy saving. Thanks to the occupancy sensor the unit is able to automatically handle and reduce power output accordingly to users actually being present in the room or in certain areas of it. This feature is particularly helpful in those environments in which occupancy varies significantly during the day.

3D i-see sensor is able to detect temperature distribution inside the room, making it possible to direct airflow to those areas which generally receive less air, making them more uncomfortable (too cold or too hot) for users. Detection 360Â°

Detects position and number of people Detects floor temperature

2.7 m 7.2 m 1.1 m 12 m

Height (m)

Floor surface

Distance (m)

100

101

INDOOR UNITS / PLFY- P VEM-E

Panel and control

Simplified installation

Technical specifications

The unit is supplied with PLP-6EA panel which does not include signal receiver. This component (PAR-SE9FA-E) can be installed as a corner accessory, as well as 3D i-See Sensor (PAC-SE1ME-E). The unit is compatible with all wired MA and ME remote controls and, if equipped with signal receiver, wireless remote controls. New PAR-SL100 A-E is compatible with PLFY-P VEM, and presents numerous new features, such as weekly timer, backlit display, 0,5°C temperature setting and monitoring, as well as functions for 3D i-see sensor.

Thanks to new temporary panel supports maintenance and installation operation are now easier for field technicians.

MODEL

PLFY-P20VEM-E

PLFY-P25VEM-E

2.2

2.8

3.6

4.5

5.6

Btu/h

7500

9600

12300

15400

19100

Power

Also, panel weight has been reduced by 20% thanks to a new design.

2.5

3.2

4.0

5.0

6.3

8500

10900

13600

17100

21500

Cooling

0.03

Heating

0.03

Cooling

0.31

0.32

Heating

0.24

0.25

External finish (Munsel No.) Dimensions (HxLxW) Net weight

Unit

Galvanized steel plate

Grille

Nr. Munsel (1.0Y/9.2/0.2) (Bianco)

Unit

258x840x840

Grille

40x950x950

Unit

Grille

Heat exchanger

Cross fin (Al/Cu) Type x Quantity

Fan Wireless signal receivee (PAR-SE9FA-E)

Turbo fan x 1

Air flow*2 Static ext.l pressure

Motor

m3/min

12-13-14-15

13-14-15-16

13-14-15-17

13-14-16-18

l/s

200-217-233-250

217-233-250-267

217-233-250-283

217-233-267-300

26-27-29-31

Type

DC Motor

Power output

0.050

Air filter Refrigerant pipe diameter

A simple loosening of support screws allows the removal of the control box and corner accessories.

PLFY-P50VEM-E

Btu/h

Capacity in heating mode*1

Current

PLFY-P40VEM-E

A single phase, 220-240V 50Hz / a single phase, 200V 60Hz

Capacity in cooling mode*1

Power consumption

PLFY-P32VEM-E

Polypropilene honeycomb fabric Gas (swaged)

Ø 12.7

Liquid (swaged)

Ø 6.35

Local drain pipe diameter

Grille

Sound pressure*2*3

dB(A)

O.D.32 24-26-27-29

24-26-27-29

26-27-29-31

Technical specifications MODEL 3D i-see sensor (PAC-SE1ME-E)

PLFY-P63VEM-E

PLFY-P80VEM-E

Power

Net weight

7.1

9.0

11.2

14.0

Btu/h

24200

30700

38200

47800

8.0

10.0

12.5

16.0

27300

34100

42700

54600

Cooling

0.03

0.05

0.07

0.11

Heating

0.03

0.05

0.07

0.11

Cooling

0.36

0.50

0.67

1.06

Heating

0.29

0.43

0.60

0.99

Unit

External finish (Munsel No.) Dimensions (HxLxW)

Btu/h

Capacity in heating mode*1

Current

Galvanized steel plate Nr. Munsel (1.0Y/9.2/0.2) (Bianco)

Grille Unit

Grille

Unit

Grille

258x840x840

298x840x840 40x950x950

24 5

Heat exchanger

Cross fin (Al/Cu) Type x Quantity

Fan

Turbo fan x 1

Air flow*2 Static ext.l pressure

Motor

m3/min

14-15-16-18

14-17-20-23

20-23-26-29

22-26-30-35

l/s

233-250-267-300

233-283-333-383

333-383433-483

367-433-500-583

0.120

Type

DC Motor

Power output

0.050

Air filter Refrigerant pipe diameter

PLFY-P125VEM-E

A single phase, 220-240V 50Hz / a single phase, 200V 60Hz

Capacity in cooling mode*1

Power consumption

PLFY-P100VEM-E

Polypropilene honeycomb fabric Gas (swaged)

Ø 15.88

Liquid (swaged)

Ø 9.52

Local drain pipe diameter

Grille

Sound pressure*2*3

dB(A)

O.D.32 28-29-30-32

28-31-34-37

34-37-39-41

35-39-42-45

*1 Cooling/Heating capacity is the maximum value measured in the following conditions. C ooling: indoor 27°C (81°F) DB/19°C (66°F) WB, outdoor 35°C (95°F) BS. Heating: indoor 20°C (68°F) DB, outdoor 7°C (45°F) DB/6°C (43°F) WB. *2 High-mid1-mid2-low setting *3 Measured in anechoic chamber with 230V power supply.

102

Optional parts

DESCRIPTION

PAC-SE1ME-E

Corner 3D I-see Sensor for PLFY-P VEM-E

PLP-6EALM

Panel with wireless remote controller

103

INDOOR UNITS / PEFY-P VMS1-E

PEFY-P VMS1-E

INDOOR UNITS - C EILING CONCEALED MEDIUM TO LOW STATIC PRESSURE

Key Technologies 2

Check!

Offset -4°

Ideal for...

Condensate lift pump

This ultra-slim 200 mm unit offers extraordinary flexibility and is particularly suitable for use in rooms where low noise and compact vertical dimensions are essential.

The VMS1 is equipped with a condensate lift pump as standard.

Ultra-slim These units are extremely thin, at just 200 mm in height. Extremely compact width and lengths of: 7790 mm for P15 and P32 models 990 mm for P40 and P50 models 1190 mm for P63 models May be installed easily in cramped spaces such as ceiling recesses or double ceilings.

Technical specifications MODEL

PEFYP15VMS1-E

PEFYP20VMS1-E

Power

Adjustable static pressure L’unità è adatta per diverse applicazioni, grazie alle sue 4 impostazioni di presWith 4 selectable static pressure settings (5, 15, 25 and 50Pa), this unit is ideal for a variety of different applications.

Noise level

A single-phase, 220-240V 50Hz / a 1 fase, 220-240V 60Hz 2.8

3.6

4.5

5.6

7.1

Btu/h

5800

7500

9600

12300

15400

19100

24200

Capacity in heating mode*1

1.9

2.5

3.2

4.0

5.0

6.3

8.0

Btu/h

6500

8500

10900

13600

17100

21500

27300

Cooling

0.05 [0.03]

0.06 [0.04]

0.07 [0.05]

0.09 [0.07]

Heating

0.03 [0.03]

0.04 [0.04]

0.05 [0.05]

0.07 [0.07]

Cooling

0.42 [0.31]

0.47 [0.36]

0.50 [0.39]

0.56 [0.45]

0.67 [0.56]

0.72 [0.61]

Heating

0.31 [0.31]

0.36 [0.36]

0.39 [0.39]

0.45 [0.45]

0.56 [0.56]

0.61 [0.61]

External finish

Galvanised

Dimensions HxLxW

Net weight

Fan

200x790x700

19 [18]

Access hatch

Access hatch situated in recommended position for easier maintenance.

Fan speed

Ceiling surface

Capacity

High Medium Low

P15

Motor

P32

P40

P50

P63

Air filter

Refrigerant pipe diameter

P20

P25

Air flow (low-medium-high)

Ventilatore Sirocco x 2 m3/min

5-6-7

5.5-6.5-8

200x1190x700

24 [23]

28 [27]

Ventilatore Sirocco x 3

5.5-7-9

6-8-10

8-9.5-11

9.5-11-13

Ventil. Sirocco x 4 12-14-16.5

5-15-35-50

Type

Brushless DC motor

Power output

0.096 Polypropylene honeycomb fabric (washable)

Gas (swaged)

ø12.7 brazed

Liquid (swaged)

ø6.35 brazed

Local drain pipe diameter Sound pressure (low-medium-high)

200x990x700 20 [19] Cross fins (sheet aluminium fins and copper piping)

Static external press

dB(A)

PEFYP63VMS1-E

2.2

Type x Quantity

The new design of the centrifugal fan and coil reduces noise levels.

More than 20 mm

More than 10 mm

790mm

PEFYP50VMS1-E

1.7

Heat exchanger

Low noise

PEFYP40VMS1-E

Current

Three different fan speed settings - “low”, “medium” and “high” – ensure the desired levels of comfort.

PEFYP32VMS1-E

Capacity in cooling mode*1

Power consumption

Adjustable air flow

PEFYP25VMS1-E

ø15.88 brazed ø9.52 brazed O.D. 32

dB(A)

22-24-28

23-25-29

24-26-30

24-27-32

28-30-33

30-32-35

30-33-36

*1 For heating/cooling capacity, the maximum value with the unit operating in the following conditions is given. C ooling: indoor 27°C DB/19°C WB, outdoor 35°C DB. H eating: indoor 20°C DB (68°F DB), outdoor 7°C DB (45°F DB/43°F WB). Pipe length: 7.5 m (24-9/16 feet). H eight difference: 0 m (0 feet). 2 * Static external pressure is set to 15 Pa by default. 3 * [ ] in case of PEFY-P15-63VMS1L-E.

104

105

INDOOR UNITS / PEFY-P VMA-E2

PEFY-P VMA-E2

INDOOR UNITS - CEILING CONCEALED MEDIUM TO HIGH STATIC PRESSURE

Key Technologies 1

Offset -4°

Check!

Ideal for... Featuring very precise ambient temperature control, the VMA series ducted unit offers unparalleled energy efficiency.

Air inlet direction can easily be changed By only switching the closing board and air filter, the inlet layout can be altered from the rear inlet. (At the time of factory shipment: rear inlet)

Static pressure Static external pressure is adjustable to suit the system configuration and installation conditions. The static pressure may be modified to cater for all types of ducting and to allow for functional upgrades such as installing high performance filters, etc. To cater for different layouts and configurations, the static pressure is adjustable within a range from 35Pa to 150 Pa*. * Default setting 50Pa.

Air inlet

Technical specifications MODEL

Air inlet

Air outlet

The entire VMA series offers extraordinarily compact dimensions: measuring just 250 mm in height, this the perfect solution for installation in cramped spaces.

Condensate lift pump

A single-phase, 220-230-240VAC 50Hz 3.6

4.5

5.6

7.1

Btu/h

7500

9600

12300

15400

19100

24200

Capacity in heating mode*1

2.5

3.2

4.0

5.0

6.3

8.0

Btu/h

8500

10900

13600

17100

21500

27300

Current

Cooling

0.037

0.045

0.062

0.085

0.071

Heating

0.035

0.043

0.060

0.083

0.069

Cooling

0.35

0.37

0.45

0.55

0.45

Heating

0.35

0.37

0.45

0.55

0.45

External finish

Galvanized steel plate

3 ventilatori LaLa pompa di sollevamento pompa di sollevamento condensa assicura fino a condensa assicura fino a 700 700 mm di dislivello

250x700x732

250x900x732

250x1100x732

Heat exchanger

Cross fin (Aluminum fin and copper tube) Type x Quantity

Fan

*SPL comparison at Hi fan speed setting *Sound pressure levels in the figure are obtained at air flow rate of 50 Pa. *Measured in anechoic room with a 2 m air inlet duct and 2 m air outlet attached to the unit and 1.5 m below the unit.

mm di dislivello

PEFYP63VMA-E2

2.8

Air flow (low-medium-high) Static external press

Motor

The VMA is equipped with a condensate lift pump.

PEFYP50VMA-E2

2.2

Reduced noise by increasing the number of fans from two to three (P100/125/140). 2 ventilatori

PEFYP40VMA-E2

Net weight

Reduced noise by changing the fan structure (for PEFYP100/125/140VMA-E2)

PEFYP32VMA-E2

Capacity in cooling mode *1

Dimensions HxLxW

Compact unit

PEFYP25VMA-E2

Power

Power consumption

Air outlet

PEFYP20VMA-E2

Sirocco x 1 m3/min

6.0-7.5-8.5

12.0-14.5-17.0

13.5-16.0-19.0

l/s

100-125-142

125-150-175

167-200-233

200-242-283

225-267-317

212-265-300

265-318-371

353-424-494

424-512-600

477-565-671

35/50/70/100/150

Type

DC Motor

Power output

0.085

0.121

Polypropylene honeycomb fabric (washable) Gas (swaged)

ø6.35

ø9.52

Liquid (swaged)

ø12.7

ø15.88

Local drain pipe diameter Sound pressure (low-medium-high)*2

10.0-12.0-14.0

cfm

Air filter Refrigerant pipe diameter

Sirocco x 2

7.5-9.0-10.5

O.D. 32 (1-1/4) dB(A)

26-27-28

28-30-34

28-31-35

29-32-35

Conventional (VMA-E) New (VMA-E2)

P100

106

P125

P140

107

INDOOR UNITS / PEFY-P VMA-E2

Technical specifications MODEL

PEFY-P71VMA-E2

PEFY-P80VMA-E2

Power

PEFY-P100VMA-E2

PEFY-P125VMA-E2

PEFY-P140VMA-E2

A single-phase, 220-230-240VAC 50Hz

Capacity in cooling mode *1

8.0

9.0

11.2

14.0

16.0

Btu/h

27300

30700

38200

47800

54600

Capacity in heating mode*1

9.0

10.0

12.5

16.0

18.0

Btu/h

30700

34100

42700

54600

61400

Cooling

0.085

0.146

0.202

0.216

Heating

0.083

0.144

0.200

0.214

Cooling

0.60

0.95

1.29

1.47

Heating

0.60

0.95

1.29

1.47

Power consumption Current External finish

Galvanized steel plate

Dimensions HxLxW

250x1100x732

250x1400x732

250x1600x732

Net weight Heat exchanger

Cross fin (Aluminum fin and copper tube) Type x Quantity

Fan

Air flow (low-medium-high) Static external press

Motor

Ventilatore Sirocco x 2 14.5-18.0-21.0

14.5-18.0-21.0

23.0-28.0-32.0

28.0-34.0-37.0

l/s

242-300-350

383-467-533

467-567-617

492-592-667

cfm

512-636-742

812-989-1130

989-1201-1306

1042-1254-1412

DC Motor

Power output

0.121

0.300 Polypropylene honeycomb fabric (washable)

Gas (swaged)

ø9.52

Liquid (swaged)

ø15.88

Local drain pipe diameter Sound pressure (low-medium-high)*2

29.5-35.5-40.0

40/50/70/100/150

Type

Air filter Refrigerant pipe diameter

Ventilatore Sirocco x 3

m3/min

O.D. 32 (1-1/4) dB(A)

29-32-34

31-35-38

35-39-40

32-36-40

108

109

INDOOR UNITS / PEFY-P VMH-E2

PEFY-P VMHS-E

INDOOR UNITS - CEILING CONCEALED MEDIUM TO HIGH STATIC PRESSURE

Key Technologies 1

Four levels of external static pressure settings

The use of DC motor

Although the conventional models only had three levels of external static pressure, the new models offer four levels of external static pressure. The additional external static pressure capacity provides flexibility for duct extension, branching and air outlet configuration. PEFY-P VMHS-E

P40

P50

P63

External static pressure (Pa)

P71

P80

P100

P125

P140

The new models are equipped with high-efficiency DC motors as compared to the AC motors on older models, which reduced power consumption. On the P80 models, power consumption is reduced by 59%*. *Comparison made at 50 Hz, 220 V, 100 Pa Low fan speed

Unità esterna

One unit can provide air conditioning in this range.

50-<100>-<150>-<200>

MODELL

PEFYP63VMHS-E

PEFYP71VMHS-E

PEFYPEFYPEFYPEFYP80VMHS-E P100VMHS-E P125VMHS-E P140VMHS-E

1 fase, 220-230-240V 50/60 Hz kW

4,5

5,6

7,1

8,0

9,0

11,2

14,0

16,0

Btu/h

15,400

19,100

24,200

27,300

30,700

38,200

47,800

54,600

Capacity in heating mode*1

5,0

6,3

8,0

9,0

10,0

12,5

16,0

18,0

Btu/h

17,100

21,500

27,300

30,700

34,100

42,700

54,600

61,400

Power consumption

Raffreddamento

0,055

0,090

0,075

0,090

0,160

0,190

Riscaldamento

0,055

0,090

0,075

0,090

0,160

0,190

Raffreddamento

0,41-0,39-0,38

0,64-0,62-0,59

0,54-0,52-0,50

0,63-0,61-0,58

1,05-1,01-0,96

1,24-1,19-1,14

Riscaldamento

0,41-0,39-0,38

0,64-0,62-0,59

0,54-0,52-0,50

0,63-0,61-0,58

1,05-1,01-0,96

1,24-1,19-1,14

Zincato mm

380x745x900

380x1030x900

Heat exchanger

Fan

Portata d’aria (medio-alto) Press. statica esterna

Motor

Refrigerant pipe diameter

Use of high-efficiency DC motor for the drain pump motor on the new models reduces power consumption by 90%, in comparison to that on the conventional models. The pump head height of 550 mm provides for greater piping design flexibility.

Local drain pipe diameter Sound pressure (low-medium-high)*2

Ventilatore Sirocco x 1

Ventilatore Sirocco x 2

m3/min

10,0-12,0-14,0

13,5-16,0-19,0

15,5-18,0-22,0

18,0-21,5-25,0

26,5-32,0-38,0

l/s

167-200-233

225-267-317

258-300-367

300-358-417

442-533-633

467-567-667

cfm

353-424-494

477-565-671

547-636-777

636-759-883

936-1130-1342

989-1201-1412

28,0-34,0-40,0

50 - 100 -150 - 200

Tipo

Motore DC

Potenza resa

Air filter

Optional drain pump

380x1195x900 51

Alette trasversali (alette in alluminio e tubo in rame) Tipo x quantità

Conventional model (kg) VMHS (kg)

110

PEFYP50VMHS-E

Capacity in cooling mode *1

Dimensions HxLxW

The conventional models had two levels of fan speed, the new models offer three levels of fan speed (Low/Mid/High). Combined with a wider selection of external static pressure levels, the new models offer optimal operation settings to suit the air-conditioning load of an Installation space.

80 70 60 50 40 30 20 10 0

PEFYP40VMHS-E

External finish

Three fan speeds (Low/Mid/High) to choose from

Downsizing of the motor helped reduce unit weight, offering easier installation.

Offset -4°

Power

Net weight

Reduction weight

Technical specifications

Current

The factory setting of external static pressure is shown without < >. Refer to “Fan characteristics curves”, according to the external static pressure, in DATA BOOK for the usable range of air flow rate.

0,121

0,244

0,375

kW Gas (svasatura)

12,7

15,88

Liquido (svasatura)

6,35

9,52

25-27-30

27-31-34

27-32-36

O.D 32 dB(A)

20-23-27

24-27-32

24-26-30

* La capacità di riscaldamento/raffreddamento indica il valore massimo in fase di funzionamento nelle condizioni seguenti. Raffreddamento: interno 27°C (81°F) BS/19°C(66°F) BU, esterno 35°C (95°F) BS. Riscaldamento: interno 20°C (68°F) BS, esterno 7°C (45°F) BS/6°C (43°F) BU. *2 La pressione statica è impostata su 50 Pa in fabbrica. 3 * Misurato in camera anecoica. 1

The optional condensate lift pump makes it possible to place the drain connection up to 550 mm above the unit.

P40

P50

P63

P71

P80

P100

P125

P140

111

INDOOR UNITS / PEFY-P VMH-E2

PEFY-P VMHS-E

INDOOR UNITS - MIDDLE-HIGH STATIC PRESSURE

Key Technologies 1

Ideal for...

Automatic fan speed adjustment

The new VMHS series: improved installation flexibility and superior performance.

The automatic fan speed adjustment mode ensures fast, comfortable heating as soon as heating mode is activated. Automatic fan speed control is included in the three standard modes “Low”, “Medium” and “High”, and ensures faster, comfortable air conditioning by increasing the air flow speed on activation and then reducing speed once stable comfort levels are attained.

DC Inverter motor The new VMHS ducted indoor units are equipped with a single-phase DC Inverter electric motor, a solution that offers more precise electronic control and less noise.

Remotely settable static overpressure The static overpressure may be modified from a remote control. In addition to a dip switch on the unit, the PAR-30MAA remote control may also be used to modify static external pressure, making installation significantly simpler. A choice of up to five different settings is available: 50, 100, 150, 200 or 250 Pa.

Quieter The VMHS series is 15% quieter than the previous VMH model.

Offset -4°

Technical specifications MODEL

PEFY-P200VMHS-E

Power

PEFY-P250VMHS-E A single-phase, 220-240V, 50Hz

Capacity in cooling mode *1

22.4

28.0

Btu/h

76,000

95,500

Capacity in heating mode*1

25.0

31.5

Btu/h

72,300

90,400

Power consumption Current

Cooling

0.63/0.63/0.63

0.82/0.82/0.82

Heating

0.63/0.63/0.63

0.82/0.82/0.82

Cooling

3.47/3.32/3.18

4.72/4.43/4.14

Heating

3.47/3.32/3.18

External finish Dimensions HxLxW

Net weight

470 x 1250 x 1120

Heat exchanger Air flow (low-medium-high) Static external press*2 Motor

Scirocco x 2 m /min 3

50-61-72

Single-phase induction motor

Power output

0.87 -

Gas (swaged)

19.05

22.2

Liquid (swaged)

9.52

Local drain pipe diameter Sound pressure (low-medium-high)*3

58-71-84 (50)/(100)/150/(200)/(250)

Type

Air filter Refrigerant pipe diameter

100 Cross Fin

Type x Quantity Fan

4.72/4.43/4.14 Galvanised

32 dB(A)

36-39-43

39-42-46

*1 For heating/cooling capacity, the maximum value with the unit operating in the following conditions is given: Cooling: 27°C DB / 19°C WB, outdoor 35°C DB. Heating: 27°C DB, outdoor 7°C DB / 6°C WB. *2 Static pressure is set to 150 Pa by default. *3 Measured in anechoic chamber.

112

113

INDOOR UNITS / PCFY-P VKM-E

PCFY-P VKM-E INDOOR UNITS - CEILING-SUSPENDED

Key Technologies 1

Long life

Check!

Offset -4°

Ideal for...

Extra slim

Designed and built for quiet operation and simple maintenance, these units deliver efficient, comfortable air conditioning performance.

Extremely slim and with elegant curves, the PCFY series is perfectly suited to any interior. The unit also features a single air outlet, meaning that the automatic swing vane also doubles as a shutter when the unit is off.

Technical specifications MODEL

PCFY-P40VKM-E

PCFY-P63VKM-E

Power

PCFY-P100VKM-E

PCFY-P125VKM-E

A single-phase, 220-230-240VAC 50Hz

Optimised air flow

Capacity in cooling mode*1

4.5

7.1

11.2

14.0

Btu/h

15400

24200

38200

47800

Air flow speed is optimised for the height of the ceiling. The ideal air flow setting may be selected for ceilings up to 4.2m in height, maximising both air conditioning efficacy and comfort.

Capacity in heating mode*1

5.0

8.0

12.5

16.0

Btu/h

17100

27300

42700

54600

Power consumption Current

Extremely simple installation

0.04

0.05

0.09

0.11

0.04

0.05

0.09

0.11

Cooling

0.28

0.33

0.65

0.76

Heating

0.28

0.33

0.65

0.76

External finish

Munsell 6.4Y 8.9/ 0.4

Dimensions HxLxW

With the direct mount system, it is not necessary to remove the mounting from the main unit, cutting installation times. The condensate drain pipes may be connected on the left or right of the unit.

230x960x680

230x1280x680

Net weight Heat exchanger

Fan

Air flow (low-medium-high) Static external press

Automatic swing vane

Motor

The automatic swing vane mode distributes air more uniformly. The vane swings upwards and downwards automatically to distribute air effectively into every corner of the room.

Sirocco x 2

Sirocco x 3

10-11-12-13

14-15-16-18

21-24-26-28

Sirocco x 4 21-24-27-31

l/s

167-183-200-217

233-250-267-300

350-400-433-467

350-400-450-517

cfm

353-388-424-459

494-530-565-636

742-847-918-989

742-847-953-1095

Type

Single-phase DC motor

Power output

0.090

0.095

Swing vane Deflettore

0.160

Polypropylene honeycomb fabric (long life) Gas (swaged)

ø12.7

Liquid (swaged)

ø6.35

ø15.88

ø15.88 / ø19.05 (compatibile) ø9.52

Local drain pipe diameter Sound pressure (low-medium-high)*2

m3/min

Air filter Refrigerant pipe diameter

230x1600x680 36

Cross fins (aluminium fins and copper piping) Type x Quantity

Automatic fan speed adjustment As well as the 4 manual fan speed settings, the PCFY series may also be set to automatically adjust fan speed in relation to ambient conditions: the fan speed is always set to the highest setting when the unit is switched on, to reach the desired conditions more quickly, and is reduced automatically near the setpoint for stable comfort.

Cooling Heating

O.D. 26 (1) dB(A)

29-32-34-36

31-33-35-37

36-38-41-43

36-39-42-44

*1 For heating/cooling capacity, the maximum value with the unit operating in the following conditions is given. C ooling: indoor 27°C (81°F) DB/19°C (66°F) WB, outdoor 35°C (95°F) DB. Heating: indoor 20°C (68°F) DB, outdoor 7°C (45°F) DB/6°C (43°F) WB. *2 Air flow/noise levels given for operation in low-medium1-medium2-high modes. *3 Measured in anechoic chamber.

mobile Movimento Automatic action

automatico

114

115

INDOOR UNITS / PKFY-P VB(H)(K)

PKFY-P VB(H)(K)M-E

Technical specifications

INDOOR UNITS - WALL-MOUNTED

MODEL

PKFY-P15VBM-E

PKFY-P20VBM-E

Power

PKFY-P125VBM-E

A single-phase, 220-230-240VAC 50Hz kW

1.7

2.2

2.8

3.6

4.5

Btu/h

5800

7500

9600

15400

Capacity in heating mode*1

1.9

2.5

3.2

4.0

5.0

Btu/h

6500

8500

10900

13600

17100

Current

Cooling

0.04

Heating

0.04

Cooling

0.20

0.40

Heating

0.20

0.30

External finish PKFY-P VHM

PKFY-P VKM

PKFY-P40VBM-E

Capacity in cooling mode*1

Power consumption

PKFY-P VBM

PKFY-P132VBM-E

Munsell plastic 1.0Y 9.2/0.2

Dimensions HxLxW

2295x815x225

Net weight Heat exchanger

295x898x249 13 Cross fins (aluminium fins and copper piping)

Type x Quantity Fan

Linear flow fan x 1

Air flow (low-medium-high) Static external press

Motor

m3/min

4.9-5.0-5.2-5.3

4.9-5.2-5.6-5.9

9-10-11

9-10.5-11.5

l/s

82-83-87-88

82-87-93-98

150-167-183

150-175-192

cfm

173-177-184-187

173-184-198-208

318-353-388

318-371-406

Type Power output

Motore a induzione a 1 fase

Motore DC

0.017

0.030

Air filter Refrigerant pipe diameter

Polypropylene honeycomb fabric (washable) Gas (swaged)

Liquid (swaged)

ø12.7 ø6.35

Local drain pipe diameter

I.D. 16 (5/8) dB(A)

Sound pressure (low-medium-high)*2

29-31-32-33

29-31-34-36

34-37-41

34-38-41

Ideal for... Technical specifications

An elegant design with simple, clean lines, compact dimensions and a distinctly recognisable family look: the ideal solution for residential applications, offices and large stores.

MODEL

Smooth front panel with pure white finish

Power

All the models of the PKFY series now feature a smooth front panel instead of the mesh used on the previous version. The units themselves are now finished in pure white instead of standard appliance white to fit in perfectly with the style of practically any interior space. Capacità

P15

P20

P25

P32

P40

P50

P63

PKFY-P50VHM-E

A single-phase, 220-230-240VAC 50Hz kW

5.6

7.1

11.2

Btu/h

19100

24200

38200

Capacity in heating mode*1

6.3

8.0

12.5

Btu/h

21500

27300

42600

Current

P100

Cooling

0.04

0.05

0.08

Heating

0.03

0.04

0.07

Cooling

0.40

0.37

0.58

Heating

0.30

0.51

External finish

Munsell plastic 1.0Y 9.2/0.2

Dimensions HxLxW

295x898x249

Net weight Heat exchanger

Fan 1

Air flow (low-medium-high)

Check!

Static external press Motor

Offset -4°

Key Technologies VBM (P15-P25)

Linear flow fan x 1 9-10.5-12

16-20

20-26

l/s

150-175-200

267-333

333-433

cfm

318-371-424

565-706

706-918

Type

Motore DC

Power output

0.030

Sound pressure (low-medium-high)*2

Check!

0.056 Polypropylene honeycomb fabric (washable)

Gas (swaged)

ø12.7

Liquid (swaged)

ø6.35

Local drain pipe diameter 1

m3/min

Air filter Refrigerant pipe diameter

365x1170x295 Cross fins (aluminium fins and copper piping)

Type x Quantity

Key Technologies VHM (P32-P50)

PKFY-P100VKM-E

Capacity in cooling mode*1

Power consumption

VBM VHM VKM

PKFY-P63VKM-E

ø15.88

ø15.88 / 19.05 ø9.52

I.D. 16 (5/8) dB(A)

34-39-43

39-45

41-49

Offset -4°

Key Technologies VKM (P63-P100) 1

Check!

Offset -4°

116

117

INDOOR UNITS / PAC-LV11-E

PAC-LV11-E

INDOOR UNITS - WALL-MOUNTED DESIGN INDOOR UNIT LEV KIT

Key Technologies

Ideal for... The new LEV Kit may be used to connect both standard VRF indoor units and Family series indoor units in the same CITY MULTI VRF system. The new LEV Kit makes it possible to connect stylish residential indoor units, with looks that are perfectly suited for large installations in applications such as residential buildings and hotels, where design is a decisive factor in the choice of indoor units.

Family series residential indoor units

The new LEV Kit is easy to install in double ceilings or dedicated niches not only because of its compact size (183 mm H x 355 mm L x 142 mm W), but also and especially because it can be installed vertically or horizontally with no condensate drain. Additionally, a maximum permissible piping length of 15 m between indoor units and the LEV Kit offers the freedom to install the kit in the most effective position possible.

VRF Indoor Units

The following residential indoor units of the Family series may be connected to the LEV Kit:

Family series indoor units

MSZ-LN

Easy installation and maintenance

SYSTEM CONFIGURATION

MSZ-EF

•

MSZ-SF

•

• •

•

MA transmission line

VRF Outdoor Unit VRF Indoor Units

M-NET data transmission bus

•

MA Remote control

LEV Kit MSZ-EF Series (ZEN) AE-200

MA Remote control

LEV Kit MSZ-LN Series To other Outdoor Units

Unparalleled comfort and air quality The quality of an environment also depends on perceived noise levels. Mitsubishi Electric air conditioners connected to a VRF CITY MULTI system using the LEV Kit offer the highest levels of acoustic comfort available today on the market.

Interior of a train

Interior of a quiet car (40 km/h)

Inside a library

Sound of rustling leaves

Limit of human hearing

Technical specifications MODEL

PAC-LV11-E

Power Compatible Family series residential indoor units Number of branches Maximum distance between indoor unit and LEV Kit

A single-phase, 220-240VAC 50Hz MSZ-EF, MSZ-LN, MSZ-SF, MSZ-KJ 1 way m

Compatible CITY MULTI outdoor units 80dB(A)

60dB(A)

40dB(A)

22dB(A) SEZ-KD

10dB(A)

The residential indoor units of the Family series also contribute to higher air quality levels with the superior filtration power of air filters with nanoplatinum treatment.

Dimensions (HxLxW)

Net weight

Compatible remote controls

180x355x142 3.5 Not necessary Vertical Horizontal

Installation Refrigeration pipe diameter

15 Small Y Line - Y Lines (Ecostandard/ Standard Efficiency/High Efficiency) - Y Line Zubadan (YHM) - Y Line Replace Multi (YJM), R2 Lines (Standard Efficiency/High Efficiency) - R2 Line Replace Multi (YJM), WY Line (YHM) - WR2 Line (YHM)

Condensate drain

118

MA transmission line

Liquid

6.35 (brazed)

Gas

Standard: Remote control included with optional residential indoor units of Family units (purchased separately): 1. MA wired remote control interfaced via MAC-397IF board (optional, for installation in indoor units - purchased separately). 2. ME wired remote control, interfaced via LEV Kit terminal board.

119

INDOOR UNITS / PAC-LV11-E

PAC-LV11-E

INDOOR UNITS - F LOOR STANDING DESIGN LEV KIT

Key Technologies Anti-allergy Enzyme

Ideal for...

Multi-flow vane

The new LEV Kit may be used to connect both standard VRF indoor units and Family series indoor units in the same VRF CITY MULTI system.

The air delivery vent has three deflector vanes, each with a specifically designed profile to optimise the outgoing air flow and maximise comfort in both cooling and heating mode.

Easy installation and maintenance The new LEV Kit is easy to install in double ceilings or dedicated niches not only because of its compact size (183 mm H x 355 mm L x 142 mm W), but also and especially because it can be installed vertically or horizontally with no condensate drain. Additionally, a maximum permissible piping length of 15 m between indoor units and the LEV Kit offers the freedom to install the kit in the most effective position possible.

SYSTEM CONFIGURATION VRF Indoor Units

VRF Indoor Units

HEATING

The following variants of the MFZ-KJ floor-standing Family series indoor units may now be connected with the LEV Kit:

Serie MFZ-KJ AE-200

Serie MFZ-KJ

Technical specifications MODEL

COOLING

PAC-LV11-E

Power Compatible Family series residential indoor units Number of branches Maximum distance between indoor unit and LEV Kit

A single-phase, 220-240VAC 50Hz MFZ-KJ 1 way m

Compatible CITY MULTI outdoor units

Small Y Line - Y Lines (Ecostandard/ Standard Efficiency/High Efficiency) - Y Line Zubadan (YHM) - Y Line Replace Multi (YJM), R2 Lines (Standard Efficiency/High Efficiency) - R2 Line Replace Multi (YJM), WY Line (YHM) - WR2 Line (YHM) mm

Net weight

180x355x142

3.5

Condensate drain

Not necessary Vertical Horizontal

Installation Refrigeration pipe diameter Compatible remote controls

120

Wireless remote control

To other Outdoor Units

Dimensions (HxLxW)

MFZ-KJ

Wireless remote control

LEV Kit

Family series residential indoor units

MA remote control

M-NET for centralized system

RAPID HEATING At start-up, part of the heated air is directed downwards, near the inlet air so that it is dragged inside the unit and allows the temperature of the outlet air to be raised more quickly. The output flow direction can be set freely

The quality of an environment also depends on perceived noise levels. Mitsubishi Electric air conditioners connected to a VRF CITY MULTI system using the LEV Kit offer the highest levels of acoustic comfort available today on the market.

MA transmission line

VRF Outdoor Unit

Unparalleled comfort and air quality

Family series indoor units

Nano Platinum

Liquid

Gas

6.35 (brazed) Standard: Remote control included with optional residential indoor units of Family units (purchased separately): 1. MA wired remote control interfaced via MAC-397IF board (optional, for installation in indoor units - purchased separately). 2. ME wired remote control, interfaced via LEV Kit terminal board.

121

INDOOR UNITS / PCFY-P VKM-E

PFFY-P VKM-E

INDOOR UNITS - D ESIGN FLOOR-STANDING UNIT

Key Technologies 1

Check!

Ideal for...

Ideal air distribution

A high performance floor-standing air conditioner unit with an elegant design for lounges, bedrooms or offices where style is imperative.

Air is distributed powerfully and effectively via the upper and lower air vents, ensuring a comfortable temperature throughout the room. The angle of the upper vent is settable into 5 different positions (+ swing and automatic modes) from a remote control, while 4 different air speed settings are available. Setting the vane to an almost vertical position prevents undesirable draughts, for even greater comfort.

Sophisticated design A floor-standing air conditioner unit by Mitsubishi Electric boasting an innovative design and combining simple, linear lines with a wide choice of functions. Conceived to leave the walls free, a unit that delivers comfortable cooling performance in summer and pleasant heat in winter. The gloss pure white finish lends the unit a premium look suitable for any interior space. Both the upper and lower air vents are closed when the air conditioner is switched off, giving the unit an elegantly stylish feel. A beautifully stylish and innovative air conditioner from Mitsubishi that suits your most elegant interior spaces to perfection.

Technical specifications MODEL

PFFY-P20VKM-E

PFFY-P25VKM-E

Power

A single-phase, 220-240V 50Hz kW

2.2

2.8

3.6

4.5

Btu/h

7500

9600

12300

15400

Capacity in heating mode*1

2.5

3.2

4.0

5.0

Btu/h

8500

10900

13600

17100

Current

Cooling

0.025

0.028

Heating

0.025

0.028

Cooling

0.20

0.24

Heating

0.20

0.24

External finish

Plastic (pure white)

Dimensions HxLxW

Net weight

600x700x200

Heat exchanger

Cross fins (aluminium fins and copper piping) Type x Quantity

Fan

The slimline housing of the unit expresses the essence of compactness. The ideal size for a lounge, bedroom and many other rooms. The front panel is removable and washable, making the unit extremely simple to clean. Cleaning your air conditioner simply and regularly will keep it looking great and working perfectly for maximum energy efficiency.

Motor

Refrigerant pipe diameter

122

m3/min

Static external pres.

5.9-6.8-7.6-8.7

6.1-7.0-8.0-9.1

8.0-9.0-9.5-10.7

Type

DC motor

Power output

0.03x2 Polypropylene honeycomb fabric (catechin filter)

Gas (swaged)

ø12.7

Liquid (swaged)

ø6.35

Local drain pipe diameter Sound pressure (low-mediumhigh)*2

6.1-7.0-8.0-9.1

D.I. 16 (PVC pipe connectable to VP-16) dB(A)

27-31-34-37

28-32-35-38

35-38-42-44

600 mm

700 mm

Linear flow fan x 2

Air flow (low-medium-high-extra high)

Air filter

The air delivered from the upper and lower vents is controlled for optimum comfort and distributed evenly into every corner of the room. In heating mode, the warm air flow is controlled intelligently to reach floor level, making cold feet a thing of the past!

PFFY-P40VKM-E

Capacity in cooling mode*1

Power consumption

Slim but powerful

PFFY-P32VKM-E

200

14 16 18 20 22 24 26 ˚C

123

INDOOR UNITS / PFFY-P VLEM-E

PFFY-P VLEM-E INDOOR UNITS - F LOOR STANDING UNIT

Key Technologies 1

Check!

Ideal for...

Characteristics of PFFY-P VLEM-E

A free floor standing unit ideal for perimeter zones. A compact unit for easy conditioning even in the perimeter area. The 220mm deep body (8-11 / 16in.) Can be easily installed in the perimeter area to achieve effective conditioning in this area as well.

• Standardised design with simple lines. • Suitable for all spaces, from offices and shops to hospitals. • May be equipped with a water vapour impermeable membrane humidifier system. • Features a specific concealed housing for stowing a remote control unit out of sight.

Compact unit A compact unit offering a simple solution for conditioning perimeter zones. The compact unit, measuring just 220 mm in depth (8-11/16”), is easily installable in perimeter areas to ensure effective conditioning performance in these zones too.

Technical specifications MODEL

PFFYP25VLEM-E

Power

PFFYP40VLEM-E

PFFYP50VLEM-E

PFFYP63VLEM-E

A single-phase, 220-240V, 50Hz / a single-phase, 208-230V, 60Hz kW

2.2

2.8

3.6

4.5

5.6

7.1

Btu/h

7500

9600

12300

15400

19100

24200

Capacity in heating mode*1

2.5

3.2

4.0

5.0

6.3

8.0

Btu/h

8500

10900

13600

17100

21500

27300 0.1 / 0.11

Power consumption REMOTE CONTROLLER CAN BE BUILT-IN Current

Cooling

0.04 / 0.06

0.06 / 0.07

0.065 / 0.075

0.085 / 0.09

Heating

0.04 / 0.06

0.06 / 0.07

0.065 / 0.075

0.085 / 0.09

0.1 / 0.11

Cooling

0.19 / 0.25

0.29 / 0.30

0.32 / 0.33

0.40 / 0.41

0.46 / 0.47

Heating

0.19 / 0.25

0.29 / 0.30

0.32 / 0.33

0.40 / 0.41

0.46 / 0.47

External finish

Acrylic paint (5Y 8/1) mm

630x1050x220

Net weight

Cooling dehumidification function

Air flow

MA remote controller PAR-33MAA(G) can be installed.

Motor

Scirocco x 1

Scirocco x 2

5.5-6.5

7.0-9.0

9.0-11.0

12.0-14.0

l/s

92-108

117-150

150-183

200-233

200-258

cfm

194-230

247-318

318-388

424-494

424-547

0.035

0.050

12.0-15.5

Type

Single-phase induction motor

Power output

0.015

0.018

0.030

Polypropylene honeycomb fabric (washable) Gas (swaged)

ø12.7

ø15.88

Liquid (swaged)

ø6.35

ø9.52

Local drain pipe diameter Sound pressure*2*3*4

m3/min

Air filter Refrigerant pipe diameter

630x1410x220 26

Cross fins (aluminium fins and copper piping) Type x Quantity

Fan

630x1170x220 25

Heat exchanger

Static external pres.

Air outlet

PFFYP32VLEM-E

Capacity in cooling mode*1

Dimensions HxLxW

The electronic dehumidifier function uses cooling to dehumidify the air. The compact unit, measuring just 220 mm in depth, is easily installable in perimeter areas to ensure effective conditioning performance in these zones too.

PFFYP20VLEM-E

D.I. 26 (1) <Accessory pipe O.D. 27 (upper end: O.D. 20)> dB(A)

34-40

35-40

38-43

40-46

* For heating/cooling capacity, the maximum value with the unit operating in the following conditions is given. C ooling: indoor 27°C (81°F) DB/19°C (66°F) WB, outdoor 35°C (95°F) DB. Heating: indoor 20°C (68°F) DB, outdoor 7°C (45°F) DB. *2 Air flow/noise levels given for operation in low-high modes. 3 * Measurement point: 1m x 1m, Power: 240V AC/50Hz: 1dB(A) less with 230V AC/50Hz. 2dB(A) less with 220V AC/50Hz. 3dB(A) less with measurement point at 1.5 m x 1.5 m. 4 * Measured in anechoic chamber. 1

Air inlet

124

220 mm

125

INDOOR UNITS / PFFY-P VLRM(M)-E

PFFY-P VLRM-E

INDOOR UNITS - F LOOR STANDING CONCEALED

Key Technologies VLRM 1

Check!

Ideal for...

Cooling dehumidification function

Built-in floor units: simplified installation for effective air conditioning performance.

The electronic dehumidifier function uses cooling to dehumidify the air. Superlative temperature-based dehumidification function to prevent overcooling, for a cooling dehumidification effect.

Compact unit A compact unit offering a simple solution for conditioning perimeter zones. The compact unit, measuring just 220 mm in depth, is easily installable in perimeter areas to ensure effective conditioning performance even in these zones. The delivery air flow may also be set horizontally (only for VRLM model).

Automatic fan speed adjustment The automatic fan speed adjustment mode – a standard feature on the VLRMM series – ensures fast, comfortable heating as soon as heating mode is activated. Automatic fan speed control is included in the three standard modes “Low”, “Medium” and “High” (two modes available with VLRM series), and ensures faster, comfortable air conditioning by increasing the air flow speed on activation and then reducing speed once stable comfort levels are attained.

Technical specifications MODEL

PFFYP20VLRM-E

PFFYP25VLRM-E

Power

PFFYP63VLRM-E

A single-phase, 220-240V, 50Hz / a single-phase, 208-230V, 60Hz 2.2

2.8

3.6

4.5

5.6

7.1

Btu/h

7500

9600

12300

15400

19100

24200

Capacity in heating mode*1

2.5

3.2

4.0

5.0

6.3

8.0

Btu/h

8500

10900

13600

17100

21500

27300 0.1 / 0.11

Power consumption Current

Cooling

0.04 / 0.06

0.06 / 0.07

0.065 / 0.075

0.085 / 0.09

Heating

0.04 / 0.06

0.06 / 0.07

0.065 / 0.075

0.085 / 0.09

0.1 / 0.11

Cooling

0.19 / 0.25

0.29 / 0.30

0.32 / 0.33

0.40 / 0.41

0.46 / 0.47

Heating

0.19 / 0.25

0.29 / 0.30

0.32 / 0.33

0.40 / 0.41

0.46 / 0.47

External finish

Nr. Munsel 5Y 8/1 (Acrylic paint)

Dimensions HxLxW

639x886x220

Net weight

Fan

Motor

Air flow

Scirocco x 1

Scirocco x 2

5.5-6.5

7.0-9.0

9.0-11.0

12.0-14.0

l/s

92-108

117-150

150-183

200-233

200-258

cfm

194-230

247-318

318-388

424-494

424-547

0.035

0.050

12.0-15.5

Type

Single-phase induction motor

Power output

0.015

0.018

0.030

Polypropylene honeycomb fabric (washable) Gas (swaged)

ø12.7

ø15.88

Liquid (swaged)

ø6.35

ø9.52

Local drain pipe diameter Sound pressure*2*3*4

639x1246x220 26

m3/min

Air filter Refrigerant pipe diameter

639x1006x220 25

Cross fins (aluminium fins and copper piping)

Static external pres.

126

PFFYP50VLRM-E

Type x Quantity

The VLRMM series may be configured with a choice of three different static external pressure settings: 20, 40 and 60 Pa.

PFFYP40VLRM-E

Capacity in cooling mode*1

Heat exchanger

Selectable static external pressure

PFFYP32VLRM-E

D.I. 26 (1) <Accessory pipe O.D. 27 (upper end: O.D. 20)> dB(A)

34-40

35-40

38-43

40-46

* For heating/cooling capacity, the maximum value with the unit operating in the following conditions is given. Cooling: indoor 27°C (81°F) DB/19°C (66°F) WB, outdoor 35°C (95°F) DB. Heating: indoor 20°C (68°F) DB, outdoor 7°C (45°F) DB/6°C (43°F) WB. *2 Static external pressure is set to 20 Pa by default. 3 * Operating noise level measured at a distance of 1m from front side and from rear side in an anechoic chamber (sound pressure meter, A scale). Connect the 1m long duct to the air outlet. 1

127

INDOOR UNITS / PFFY-P VLRM(M)-E

128

129

MITSUBISHI ELECTRIC / HVRF SYSTEM

HVRF System

Hybrid heat recovery system

HVRF System HYBRID HEAT RECOVERY SYSTEM 132-133

System application and components 140-141 R2 LINE Heat recovery outdoor unit

142

Key Technologies

Water condensed heat recovery outdoor unit

143

HYBRID HEAT RECOVERY SYSTEM 134-135

MAIN HBC CONTROLLER- 144

Piping restrictions HYBRID HEAT RECOVERY SYSTEM 148-149

SUB HBC CONTROLLER- 144

Hybrid Branch Controller (HBC) THE HEART OF HYBRID VRF 136-137

System architecture

PEFY-WP-VMS1-E Ceiling concealed medium to low static pressure

145

PEFY-WP-VMA-E Ceiling concealed medium to high static pressure

145

PLFY-WP-VBM-E 4-way cassette

146

PLFY-WP-VFM-E 4-way cassette compact

146

PFFY-WP-VLRMM-E Floor standing concealed

147

HYBRID HEAT RECOVERY SYSTEM 138-139

130

131

HVRF SYSTEM / HYBRID CITY MULTI

HYBRID City Multi

Mitsubishi Electric technologic innovation

HVRF System Hybrid heat recovery system

HYBRID City Multi is the first and only R2 derived system capable of granting high air confort together with the benefits of direct expansion variable refrigerant flow technology.

The use of hydronic distribution allows to overcome the limits on indoor gas concentration imposed by current strict regularory system POWER

Why HYBRID VRF?

M-NET

HVRF is an heat recovery system

(simultaneous heating and cooling) joining the Mitsubishi Electric City Multi family using, for the first time, water to transport heating and cooling power to the environment. Built and assembled in the same factory as our VRF units thereby carrying its distinctive DNA in terms of technology, efficiency and reliability.

Hybrid BC controller

(UNI EN 378). This is possible thanks to the use of refrigerant gas only in the part of the plant which develops from the outdoor unit to the HBC. Using water fed indoor units it is possible to reduce the refrigerant load of the system up to 45% compared to a traditional VRF system.

Two pipe system

Traditional hydronic systems use 4 pipes in order to produce simultaneous heating and cooling.

Simultaneous heating/cooling with heat recovery

Our new Hybrid City Multi (HVRF) is the first ever two pipe system combining the benefits of direct expansion with the typical confort granted by hydronic systems. The technology is based on the heat recovery City Multi R2 by Mitsubishi Electric. It is composed by an outdoor unit R2 series and the new Hybrid Branch Controller (HBC), which allows to use refrigerant gas and water as heat carriers, together with indoor units suitably designed for hydronic use.

WHATâ&#x20AC;&#x2122;S HYBRID VRF?

Lower R410 gas concentration inside the building

M-NET Mitsubishi Electric HVRF is a 2 pipe system M-NET POWER instead, reducing components needed (pumps, POWER

tanks, valves) and connection-points between pipes and units, thus lowering the risk of refrigerant loss and the need of maintenance.

COMPARISON BETWEEN CONNECTION-POINTS Traditional hydronic 4-pipe system

HVRF 2-pipe system

Competitors cooling system

BC controller

Outdoor VRF unit

Competitors heating system

Cold water

132

Hot water

Refrigerant

Return pipes

133

HVRF SYSTEM / KEY TECHNOLOGIES

Key Technologies Hybrid heat recovery system

High SHF (Sensible Heat Factor) cooling Thanks to Hybrid City Multi technology it is possibile to design systems with typical VRF simplicity and higher confort thanks to the use of water as heat carrier. Mitsubishi Electric water-fed indoor units grant a really stable temperature control, with higher Sensible Heat Factor (SHF) than traditional direct expantion systems.

Reduced defrost and transitory time Using water as heat carrier also gives an additional advantage during heating periods, reducing defrost time. Thanks to water thermal inertia it is possible to resume releasing heat to the environment just after a defrost cycle, minimizing the system turn-off periods.

Silent functioning with water cooled units Indoor units of the Hybrid City Multi are equipped with waterfed heat exchangers. The lack of LEV valve in the units grants a very silet functioning regime, particularly suited for “sensible” environments such as libraries, schools, bedrooms.

Modular system for fractionate and progressive installation Hybrid City Multy system is particularly suited for designs which require partial installation or applications catatterized by fractionated realization schedule. This often occurs in real-estate of commercial/residential buildings intended for different type of users, which are often sold/realized separately.

Pump regulation based of required load Hybrid City Multi gathers all needed regulation and distribution functions typical of traditional hydronic systems. Thanks to two inverter circulation pumps the HVRF is able to regulate the water flow fed to the indoor units based on the heat load required. M-NET POWER

M-NET control system

As part of the City Multi family, the Hybrid VRF is compatible with VRF control and comunication system M-Net. This allows the HVRF to benefit from M-NET Power, which grants the system to be able to work regularly even during electric blackout of one or more indoor units. This is particularly useful and effective in plants shared between different users.

Integrated valves, pumps, heat exchangers and control system The innovative Hybrid Branch Controller is the first to use refrigerant gas and water as heat carriers thanks to special plate heat exchangers. All the needed components for regulation and distribution of water are already installed inside the unit. Two separate heat exchangers give the possibility of producing hot and cold water simultaneously. Thanks to supply and return flow headers, regulation valves and two inverter pumps the controller is able to andle, without any external support, hydronic distribution based on series of complex data collected form the system itself.

Accessories and safety features During HVRF installation the following features are needed: • Copper or multilayer pipes, 20mm diameter • Expantion tank linked to the HBC • Water feeding line with non-return valve, isolation valve, strainer, pressure reducer • Condensate extraction line • Electric power line 220V

134

135

HVRF SYSTEM / HYBRID BRANCH CONTROLLER (HBC)

Hybrid Branch Controller (HBC)

Pumps

Both plate heat exchangers are equipped with inverter DC pumps.

The pumps allow circulation of water between HBC and the indoor units. The flow rate is controlled by a valves block.

The heart of Hybrid VRF Plate heat exchangers

This is the component where the refrigerant gas is able to yield/absorb heat from the water line.

Two plate heat exchangers are installed, located at the ends of the HBC. Both can produce hot water during heating mode and cold water during cooling mode. During “simultaneous mode” one of the heat exchangers produces hot water while the other one cold water.

Valves Block

A set of valves is connected to supply and return pipes of each indoor unit.

This valves block has two tasks: firstly it selects the hot or cold water header and then it regulates the flow fed to the indoor units based on the thermal power required.

CONNECTION TO SUB HBC

HBC SIMULTANEOUS HEATING/COOLING MODE

Water to indoor unit Hot water

Refrigerant

WATER SUPPLY AND RETURN FROM INDOOR UNITS, 8 OR 16 JUNCTIONS

REFRIGERANT PIPES TO OUTDOOR UNIT, EXPANTION VESSEL (FIELD SUPPLIED) AND WATER FEEDING LINE (FIELD SUPPLIED)

136

Cold water

C B

A B

Water from indoor unit Refrigerant

137

HVRF SYSTEM / SYSTEM ARCHITECTURE

System architecture Hybrid heat recovery system

Sub HBC 8 o 16 branches

Centralized

Hot and cold water to sub HBC

Up to 50 indoor units (1.7-5.0 kW)

YLM

Main HBC 8 o 16 branches

Water pipes provide simultaneous heating and cooling 2 refrigerant pipes

Hot water supply Expansion tank (field supplied)

Hot water return Cold water supply 20 mm diameter pipes

Cold water return 3/4â&#x20AC;? pipes

Connection to second HBC (if needed)

Outdoor unit PURY/PQRY YNW

Pressure gauge Isolation valve Water filling loop (field supplied)

Pressure reducing valve Strainer

Remote control

Non-return valve

FIRST MAIN HBC

FIRST SUB HBC

SECOND MAIN HBC

SECOND SUB HBC

P200

P250

P300

P350

P400

P450

P500

* Optional

138

139

HVRF SYSTEM / SYSTEM APPLICATION AND COMPONENTS

Outdoor units

Outdoor units for HVRF Hybrid CITY MULTI are air condensed R2 (YNM) and water condensed WR2 (YLM), same as for traditional VRF CITY MULTI.

System application and components Hybrid heat recovery system

HBC Distributor Capacity

8 HP

10 HP

12 HP

14 HP

16 HP

18 HP

20 HP

PURYP200YNW-A

PURYP250YNW-A

PURYP300YNW-A

PURYP350YNW-A

PURYP400YNW-A

PURYP450YNW-A

PURYP500YNW-A

R2 High Eff.

PURYEP200YNW-A

PURYEP250YNW-A

PURYEP300YNW-A

PURYEP350YNW-A

PURYEP400YNW-A

PURYEP450YNW-A

PURYEP500YNW-A

WR2

PQRYP200YLM-A(1)

PQRYP250YLM-A(1)

PQRYP300YLM-A(1)

PQRYP350YLM-A(1)

PQRYP400YLM-A(1)

PQRYP450YLM-A(1)

PQRYP500YLM-A(1)

The HBC distributor links the outdoor to the indoor units and allows heat exchange between water and refrigerant. Energy efficient inverter pumps already installed in the component can push water flow up to 60m away to the last indoor unit. Indoor units

Ideal for... Hybrid City Multi system has been developed to fit high standards of efficiency and confort in modern building architecture (office, hotel, hospitals...) Office

Modern office building industry offers the challenge of being able to combine high efficiency systems, respectful of today strict energy law, and sundry thermal loads deriving from PCs, printers, servers and people, requiring heating, cooling and air treatment. Hybrid City Multi is able to satisfy all these needs, granting a modern solution for an excelent work environment.

Hotel

High confort and reliability are a priority in hotel business applications. Thanks to water fed indoor units, supply air temperature to the environment is particulary mild, granting higher confort. By means of a remote control the guest is able to chose either heating or cooling indipendently from other guests‘ choice. The use of water also makes for an easier design, avoiding gas concentation limits even in small environments.

Model

CMB-WP108V-GA1

Branches

CMB-WP108V-GB1 8 (sub) ((without pumps and heat exchangers))

HYBRID | IN HOTEL

16 (sub) ((without pumps and heat exchangers))

CMB-WP1016V-GA1

Control Systems

Mitsubishi Electric M-Net Bus allows a continous data exchange between all system components, in order to reach a optimal functioning regime.

PEFY-WP-VMA-E

PLFY-WP-VBM-E

Model/size

WP10

WP15

WP20

WP25

WP32

WP40

WP50

PEFY-WP VMS1-E

•

PEFY-WP VMA-E PLFY-WP VBM-E PFFY-WP VLRMM-E PLFY-WP WFM-E

Capacity

•

1.2 kW

1.7 kW

•

2.2 kW

2.8 kW

3.6 kW

4.5 kW

5.6 kW

PAR-33MAA

PLFY-P VFM-E1

WP63

WP71

WP80

WP100

WP125

•

11.2 kW

14.0 kW

7.1 kW

Remote Control

140

CMB-WP1016V-GB1

Indoor units are specifically designed for HYBRID City Multi.

PEFY-WP-VMS1-E

HYBRID | IN OFFICE

CMB-WP1016V-GA1

8.0 kW

9.0 kW

Web Server Centralized

PAR-U02MEDA-J

PAR-CT01MAA-SB

PAR-CT01MAA-PB

PFFY-WP-VLRMM-E

Cloud Remote Management System

AE-200E

141

HVRF SYSTEM / SPECIFICATIONS

Specifications

R2 Line

R2 High Efficiency Line

HEAT RECOVERY OUTDOOR UNIT

Technical specifications

Technical specifications PURY-P200YNW-A (-BS) 8

MODEL HP Tensione/Freq./Phases

Power Supply

V/Hz/n°

PURY-P300YNW-A (-BS) 12

PURY-P350YNW-A (-BS) 14

PURY-P350YNW-A (-BS) X2 HBC 14

3 phase 380-400-415V 50Hz

Nominal capacity*1

22.4

28.0

33.5

40.0

7.00

9.92

13.34

11.31

17.93

14.59

Outdoor unit

5.05

4.69

4.44

3.98

System*1

3.20

2.82

2.51

2.96

2.23

2.74

Indoor BU °C Temperature operating fields Outdoor BS °C

COP

25.0

31.5

37.5

45.0

7.08

10.06

12.71

11.94

15.51

14.35

Outdoor unit

5.30

5.19

4.47

4.21

System*1

3.53

3.13

2.95

3.14

2.90

3.13

Indoor BU °C Temperature operating fields Outdoor BS °C dB(A)

Nominal capacity Power input Cooling

Heating

15.0~27.0 60.5/61.0

61.0/67.0

62.5/64.0

WP10~WP125/1~30

WP10~WP125/1~37

WP10~WP125/2~45

WP10~WP125/2~50

15.88/19.05

19.05/22.2

19.05/28.58

External dimensions (HxLxD)

1858 x 920 x 740

1858 x 1240 x 740

Net weight

Refr. charge R410A/CO2 Eq

kg/Tons

Ext. Diam. Refr. Pipes External dimensions (HxWxD) Net weight Refr. charge

Model/Quantity

Ø refrigerant pipe

Liquid/Gas

MODEL HP Tensione/Freq./Fasi

Power Supply

229

231

273

5.2/10.86

8/16.70

PURY-P400YNW-A (-BS)

PURY-P450YNW-A (-BS)

PURY-P500YNW-A (-BS)

V/Hz/n°

3 phase 380-400-415V 50Hz

Nominal capacity*

50.0

56.0

16.65

17.92

22.67

EER

Cooling

229 5.2/10.86

Power input

Outdoor unit

3.88

4.04

4.40

System*1

2.70

2.79

2.47

Indoor BU °C Temperature operating fields Outdoor BS °C

15.0~24.0

Nominal capacity*2

45.0

56.0

58.0

13.39

17.39

17.53

Outdoor unit

3.66

4.15

4.12

System*1

3.36

3.22

3.30

Indoor BU °C Temperature operating fields Outdoor BS °C dB(A)

65.5/70.0

63.5/64.5

WP10~WP125/2~50

22.2/28.58

External dimensions (HxLxD)

1858 x 1240 x 740

1858 x 1750 x 740

Net weight

273

293

337

Refr. charge R410A/CO2 Eq

kg/Tons

8/16.70

10.8/22.55

Model/Quantity

Ø refrigerant pipe

Liquid/Gas

*Without removable support feet, A=1798 mm. *1 Rated cooling conditions: Indoor 27°C BS / 19°C BU. Outdoor 35°C BS. Pipe length 7.5 m, level difference 0 m. *2 Rated heating conditions: Indoor 20°C BS. External 7°C BS / 6°C BU. Pipe length 7.5 m, level difference 0 m. *3 Values measured in anechoic chamber. Cooling / Heating *4 GWP of HFC R410A equal to 2088 according to regulation 517 / 2014

142

Nominal capacity Power input COP

Outdoor unit System*1 Indoor DB Outdoor WB

3-phase 380-400-415V 50Hz

kW kW

22.4 6.27 5.29 3.57

28.0 8.77 4.98 3.19

33.5 12.05 4.53 2.78

33.5 10.24 4.53 3.27

40.0 17.16 4.54 2.33

40.0 13.98 4.54 2.86

°C °C

15.0~24.0 -5.0~52.0

kW kW

25.0 6.92 5.47 3.61

31.5 9.84 5.26 3.2

37.5 11.71 4.48 3.20

37.5 11.22 4.48 3.37

45.0 15.38 4.39 2.92

45.0 14.28 4.39 3.15

°C °C

15.0~27.0 -20.0~15.5 59/59

15.0~27.0 -20.0~15.5 60/61

15.0~27.0 -20.0~15.5 62.5/64

WP10~WP125/1~30

WP10~WP125/1~37

WP10~WP125/2~50

15.88/19.05

19.05/22.2

19.05/28.58

1858 x 920 x 740

1858 x 1240 x 740

1710 x 1220 x 740

kg kg

234 5.2

236 5.2

279 8

260 9.3

N. Connectable Units Liquid/Gas

HP Power Supply

n°/V/Hz Nominal capacity Power input

Cooling

Heating

EER

Outdoor unit System*1

Temperature operating fields

Indoor WB Outdoor DB

Nominal capacity Power input COP Temperature operating fields

-20.0~15.5 65.0/69.0

Connectable int. units.

Indoor WB Outdoor DB

10 3-phase 380-400-415V 50Hz

MODEL

15.0~27.0

WP10~WP125/2~50

Sound pressure*

Temperature operating fields

8 3-phase 380-400-415V 50Hz

15.0~27.0 15.0~27.0 -20.0~15.5 -20.0~15.5 61/67 61/67 50~150% of outdoor unit capacity WP10~WP125/2~45 WP10~WP125/2~45

Technical specifications

-5.0~52.0

Power input COP

Heating

Outdoor unit System*1

PURY-EP300YNW-A PURY-EP350YNW-A PURY-EP350YNW-A x2 HBC X2 HBC

n°/V/Hz

Sound pressure Connectable int. Units

Connectable int. units.

EER

Temperature operating fields

-20.0~15.5 59.0/59.0

PURY-EP200YNW-A PURY-EP250YNW-A PURY-EP300YNW-A

Power Supply

-5.0~52.0

Sound pressure*3

MODEL

15.0~24.0

Nominal capacity*

Power input Heating

PURY-P300YNW-A (-BS) X2 HBC 12

Power input EER

Cooling

PURY-P250YNW-A (-BS) 10

Outdoor unit System*1 Indoor DB Outdoor WB

kW kW

PURY-EP450YNW-A

PURY-EP500YNW-A

16 3-phase 380-400-415V 50Hz 45.0 13.88 3.97

18 3-phase 380-400-415V 50Hz 50.0 16.83 4.66

20 3-phase 380-400-415V 50Hz 56.0 21.22 4.41

3.24

2.97

2.63

°C °C kW kW

15.0~24.0 -5.0~52.0 50.0 14.12 3.85 3.54

15.0~24.0 -5.0~52.0 56.0 16.86 4.26 3.32

15.0~24.0 -5.0~52.0 63.0 21.67 4.43 2.9

°C °C

15.0~27.0 -20.0~15.5 65/69 50~150% of outdoor unit capacity WP10~WP125/2~50 22.2/28.58

15.0~27.0 -20.0~15.5 65.5/70 50~150% of outdoor unit capacity WP10~WP125/2~50 22.2/28.58

15.0~27.0 -20.0~15.5 63.5/64.5 50~150% of outdoor unit capacity WP10~WP125/2~50 22.2/28.58

1858 x 1240 x 740

18580 x 1750 x 740

kg kg

282 8

306 10.8

345 10.8

Sound pressure Connectable int. Units Ext. Diam. Refr. Pipes External dimensions (HxWxD) Net weight Refr. charge

PURY-EP400YNW-A

N. Connectable Units Liquid/Gas

143

HVRF SYSTEM / SPECIFICATIONS

WR2 Line

WATER CONDENSED HEAT RECOVERY OUTDOOR UNIT

Technical specifications MODEL HP Power Supply

Cooling

Heating

Sound pressure Unità int. collegabili Ø est. attacchi refr. Water circuit

Tensione/Freq./Phases V/Hz/n° Nominal capacity kW Power input kW Outdoor unit EER System*1 Indoor BU °C Temperature operating fields Outdoor BS °C Nominal capacity kW Power input kW Outdoor unit COP System*1 Indoor BU °C Temperature operating fields Outdoor BS °C dB(A) Connectable int. units Liquid/Gas Norm flow rate Water flow rate range Pressure drop Heat exch. volume

External dimensions (HxLxD) Net weight Refr. charge R410A*2/CO2 Eq

mm m3/h m3/h kPa l mm kg kg/Tons

MODEL HP Power Supply

Cooling

Heating

Sound pressure Unità int. collegabili Ø est. attacchi refr. Water circuit External dimensions (HxLxD) Net weight Refr. charge R410A*2/CO2 Eq

mm m3/h m3/h kPa l mm kg kg/Tons

PQRYP200YLM-A(1)

PQRYP250YLM-A(1)

22.4 3.71 6.03 5.64

28.0 4.90 5.71 5.14

25.0 3.97 6.29 6.18

31.5 5.08 6.20 5.82

2~20 15.88/19.05 5.76 3.0-7.2 24 5 1100 x 880 x 550 172 5/10.44

3~25 19.05/22.2 5.76 3.0-7.2 24 5 1100 x 880 x 550 172 5/10.44

PQRYP300YLM-A(1) X2 HBC 12 12 3 phase 380-400-415V 50Hz 33.5 33.5 6.04 6.04 5.54 5.54 4.43 4.99 15.0~24.0 10.0~45.0 37.5 37.5 6.25 6.25 6.0 6.0 5.25 5.52 15.0~27.0 10.0~45.0 54 54 50~150% of outdoor unit capacity 3~30 3~30 19.05/22.2 19.05/22.2 5.76 5.76 3.0-7.2 3.0-7.2 24 24 5 5 1100 x 880 x 550 1100 x 880 x 550 172 172 5/10.44 5/10.44

PQRYP300YLM-A(1)

PQRYP350YLM-A(1) X2 HBC 14

40.0 7.14 5.60 4.00

40.0 7.14 5.60 4.58

45.0 7.53 5.97 5.07

45.0 7.53 5.97 5.45

4~35 22.2/28.58 7.20 4.5-11.6 44 5 1450 x 880 x 550 216 6/12.53

PQRYP350YLM-A(1)

PQRY-P400YLM-A(1)

PQRY-P450YLM-A(1)

PQRY-P500YLM-A(1)

18 3 phase 380-400-415V 50Hz 50.0 9.29 5.38 4.14 15.0~24.0 10.0~45.0 56.0 9.79 5.72 5.04 15.0~27.0 10.0~45.0 54 50~150% of outdoor unit capacity 5~45 22.2/28.58 7.20 4.5-11.6 44 5 1450 x 880 x 550 216 6/12.53

45.0 8.03 5.60 4.47

50.0 8.37 5.97 5.29

52 4~40 22.2/28.58 7.20 4.5-11.6 44 5 1450 x 880 x 550 216 6/12.53

56.0 11.17 5.01 3.84

63.0 11.43 5.51 4.82

54 5~50 22.2/28.58 7.20 4.5-11.6 44 5 1450 x 880 x 550 216 6/12.53

*1 System COP and EER do not refer just to the outdoor unit but include water production (Outdoor unit + HBC) and water distribution coefficients (HBC + Indoor units) *2 GWP of HFC R410A equal to 2088 according to regulation 517 / 2014

144

145

HVRF SYSTEM / SPECIFICATIONS

Main HBC Controller

PEFY-WP-VMS1-E

CEILING CONCEALED MEDIUM TO LOW STATIC PRESSURE

Technical specifications PEFYWP10VMS1-E

PEFYWP15VMS1-E

PEFYWP20VMS1-E

PEFYWP25VMS1-E

PEFYWP32VMS1-E

PEFYWP40VMS1-E

PEFYWP50VMS1-E

kW Btu/h kW Btu/h kW kW A A

1.2 4100 1.4 4800 0.03 0.03 0.21 0.21

1.7 5800 1.9 6500 0.05 0.03 0.44 0.33

2.2 7500 2.5 8500 0.05 0.03 0.49 0.38

1 phase 220-240V, 50Hz 2.8 9600 3.2 10500 0.06 0.04 0.51 0.4 Galvanized steel plate

3.6 12300 4.0 13600 0.07 0.05 0.61 0.5

4.5 15400 5.0 17100 0.09 0.07 0.73 0.62

5.6 19100 6.3 21500 0.09 0.07 0.77 0.66

mm kg

200x990x700 25

m3/min

4-4.5-5

5-6-7

MODEL Power Supply Cooling capacity Heating capacity Power input Current

Technical specifications MODEL Number of branches Net weight Weight with water Dimensions

Width Depth Height

kg kg mm mm mm

CMB-WP108V-GA1

CMB-WP1016V-GA1

8 (22mm OD pipe) 86 96 1520 630 300 220-240V, 50Hz 1 0.46 2.83

16 (22mm OD pipe) 98 111 1800 630 300 220-240V, 50Hz 1 0.46 2.83

Power supply Phase kW Power input A Current Units CMB-WP-V-GA1 and CMB-WP-V-GA1 are to be used exclusively with outdoor units PURY-P200-500YLM-A1, PURY-EP200-500YLM-A1, PQRY-P200-500YLM-A and indoor units HVRF (PEFY-WP, PFFY-WP, PLFY-WP). One HBC Main can be used with PURY-(E)P200-350YLM-A1, PQRY-P200-350YLM-A Two HBC Main can be used with PURY-(E)P300-500YLM-A1, PQRY-P300-500YLM-A

External finish Dimensions Net weight Heat exhanger Fan

Motor Air filter Water pipe diameter Local drain pipe diameter Sound pressure (low-mid-high)

Cooling Heating Cooling Heating HxLxD

Type x n. Air flow (low-mid-high) Ex Static pressure Type Power output

200x790x700 20

20 Cross fin (Al fin and Cu pipe)

5.5-6.5-8

5.5-7-9

Sirocco Fan x 2

Sirocco Fan x 3

8-9-11

9.5-11-13

12-14-16.5

28-30-33

30-32-35

30-33-36

5-15-35-50 Motor DC 0.096 PP honeycomb fabric Rc 3/4 screw O.D. 32

Inlet/Outlet Measured in anechoic chamber

200x1190x700

dB(A)

20-23-25

22-24-28

23-25-29

23-26-30

PEFY-WP-VMA-E

CEILING CONCEALED MEDIUM TO HIGH STATIC PRESSURE

Sub HBC Controller Technical specifications PEFYPEFYPEFYPEFYPEFYPEFYPEFYPEFYPEFYPEFYWP20VMA-E WP25VMA-E WP32VMA-E WP40VMA-E WP50VMA-E WP63VMA-E WP71VMA-E WP80VMA-E WP100VMA-E WP125VMA-E

MODEL Power Supply Cooling capacity Heating capacity Power input Current External finish Dimensions Net weight Heat exhanger

Technical specifications MODEL

CMB-WP108V-GB1

CMB-WP1016V-GB1

8 (22mm OD pipe) 16 (22mm OD pipe) 44 53 49 62 Width 1520 1520 Depth 630 630 Dimensions Height 300 300 220-240V 50Hz 220-240V, 50Hz Power supply 1 1 Phase kW 0.01 0.01 Power input A 0.05 0.05 Current Units CMB-WP-V-GA1 and CMB-WP-V-GB1 are to be used exclusively with outdoor units PURY-P200-500YLM-A1, PURY-EP200-500YLM-A1, PQRY-P200-500YLM-A and indoor units HVRF (PEFY-WP, PFFY-WP, PLFY-WP). Number of branches Net weight Weight with water

146

kg kg mm mm mm

Fan

Motor Air filter Water pipe diameter Local drain pipe diameter Sound pressure (low-mid-high)

Cooling Heating Cooling Heating HxLxD

Type x n. Air flow (low-mid-high)

kW Btu/h kW Btu/h kW kW A A

2.2 7500 2.4 8500 0.07 0.05 0.55 0.44

mm kg

250x700x732 21

m3/min

7.5-9-10-5

3.6 12300 4.1 13600 0.11 0.09 0.74 0.63

4.5 15400 5.1 17100 0.14 0.12 1.15 1.04

250x900x732 26

1 phase 220-240V, 50Hz 5.6 7.1 19100 24200 6.3 8.0 21500 27300 0.14 0.14 0.12 0.12 1.15 1.15 1.04 1.04 Galvanized steel plate 250x1100x732 31 Cross fin (Al fin and Cu pipe)

Sirocco Fan x 1

Ex Static pressure

Type Power output

Inlet/Outlet Measured in anechoic chamber

2.8 9600 3.1 10900 0.09 0.07 0.64 0.53

dB(A)

10-12-14

8.0 27300 9.0 30700 0.24 0.22 1.47 1.36

9.0 30700 10.0 34100 0.24 0.22 1.47 1.36

11.2 38200 12.5 42700 0.24 0.22 1.47 1.36

14.0 47800 16.0 54600 0.36 0.34 2.21 2.10

250x1400x732 40

250x1600x732 42

23-28-33

29.5-35.5-42

Sirocco Fan x 2 12-14.5-17

14.5-18-21

23-28-33

35-50-70-100- 35-50-70-100- 35-50-70-100- 35-50-70-100- 35-50-70-100- 35-50-70-100- 35-50-70-100- 35-50-70-100- 35-50-70-100- 35-50-70-100150 150 150 150 150 150 150 150 150 150 Motor DC 0.085 0.121 0.244 PP honeycomb fabric Rc 3/4 screw Rc 1-1/4 screw OD 32 23-26-29

23-27-30

25-29-32

26-29-34

28-33-37

32-36-40

*1 Heating/cooling capacity is the maximum functioning value in the following condition. Cooling: indoor 27°C DB/19°C WB (81°F DB/66°F WB), outdoor 35°C DB (95°F DB). Heating : indoor 20°C DB (68°F DB), outdoor 7°C DB (45°F DB/42°F WB). Pipe length: 7,5 m (24-9/16 feet). Height difference: 0 m (0 feet). *2 Factory setting for outdoor static pressure is 15 Pa for PEFY-WP-VMS1-E and 50 Pa for PEFY-WP-VMA-E. H VRF indoor units can only be connected to CMB-WP HBC (HVRF) and outdoor units PURY-(E)P-YLM-A or PQRY-P-YLM. Screw connection to indoor units 3/4”.

147

HVRF SYSTEM / SPECIFICATIONS

PLFY-WP-VBM-E

PFFY-WP-VLRMM-E

4-WAY CASSETTE

FLOOR STANDING CONCEALED

Technical specifications MODEL

Technical specifications PLFY-WP32VBM-E

PLFY-WP40VBM-E 1 phase 220-240V, 50Hz 4.5 15400 5 17100 0.04 0.03 0.35 0.28 Galvanized steel plate 258x840x840 22 Cross fin (Al fin and Cu pipe) Turbo fan x 1

Power Supply Cooling capacity Heating capacity Power input Current External finish Dimensions Net weight Heat exhanger Fan

Motor Air filter Water pipe diameter Local drain pipe diameter Sound pressure (low-mid-high)

Cooling Heating Cooling Heating HxLxD

Type x n. Air flow (low-mid-high) Ex Static pressure Type Power output

kW Btu/h kW Btu/h kW kW A A

3.6 12300 4 13600 0.04 0.03 0.35 0.28

mm kg

m3/min Pa

dB(A)

Heating capacity Power input Current External finish Dimensions Net weight Heat exhanger

13-14-17-19

Fan

Motor

27-29-30-31

PFFY-WP20VLRMM-E

Cooling capacity

0 Motor DC 0.05 PP honeycomb fabric Rc 3/4 screw OD 32

MODEL

PFFY-WP25VLRMM-E

Power Supply

5.6 19100 6.3 21500 0.05 0.04 0.45 0.38

13-14-15-16

Inlet/Outlet Measured in anechoic chamber

PLFY-WP50VBM-E

Air filter Water pipe diameter Local drain pipe diameter Sound pressure (low-mid-high)

27-30-32-34

Cooling Heating Cooling Heating HxLxD

Type x n. Air flow (low-mid-high) Ex Static pressure Type Power output

kW Btu/h kW Btu/h kW kW A A

2.2 7500 2.5 8500 0.04 0.04 0.35 0.35

mm kg

639x886x220 22

2.8 9600 3.2 10900 0.04 0.04 0.35 0.35

Sirocco fan x 1 m3/min

4.5-5-6

6-7-8

Pa kW

dB(A)

PFFY-WP40VLRMM-E

1 phase 220-240V, 50Hz 3.6 12300 4.0 13600 0.05 0.05 0.47 0.47 Galvanized steel plate 639x1006x220 25 Cross fin (Al fin and Cu pipe) Sirocco fan x 2 7.5-9-10.5

PFFY-WP50VLRMM-E

4.5 15400 5.0 17100 0.05 0.05 0.47 0.47

5.6 19100 6.3 21500 0.07 0.07 0.65 0.65 639x1246x220 29

8-10-11.5

10.5-13-15

34-37-40

37-42-45

20-40-60 Motor DC 0.096 PP honeycomb fabric Rc 3/4 screw ID 26

Inlet/Outlet Measured in anechoic chamber

PFFY-WP32VLRMM-E

31-33-38

31-35-38

*1 Heating/cooling capacity is the maximum functioning value in the following condition. Cooling: indoor 27°C DB/19°C WB (81°F DB/66°F WB), outdoor 35°C DB (95°F DB). Heating : indoor 20°C DB (68°F DB), outdoor 7°C DB (45°F DB/42°F WB). Pipe length: 7,5 m (24-9/16 feet). Height difference: 0 m (0 feet). *2 Factory setting for outdoor static pressure is 20 Pa for PFFY-WP-VLRMM-E. HVRF indoor units can only be connected to CMB-WP HBC (HVRF) and outdoor units PURY-(E)P-YLM-A or PQRY-P-YLM. Screw connection to indoor units 3/4”.

PLFY-WP-VFM-E 4-WAY CASSETTE COMPACT

Technical specifications MODEL

PLFY-WP10VFM-E

PLFY-WP15VFM-E

Power Supply Cooling capacity Heating capacity Power input Current External finish Dimensions Net weight Heat exhanger Fan

Motor

Cooling Heating Cooling Heating HxLxD

Type x n. Air flow (low-mid-high) Ex Static pressure Type Power output

Air filter Water pipe diameter Local drain pipe diameter

Inlet/Outlet

Sound pressure (low-mid-high)

Measured in anechoic chamber

kW Btu/h kW Btu/h kW kW A A

1,2 4100 1,4 4800 0,02 0,02 0,18 0,13

1,7 5800 1,9 6500 0,02 0,02 0,19 0,14

mm kg

m3/min

6,0-6,5-7,0

6,0-7,0-8,0

6,5-7,0-8,0

PLFY-WP25VFM-E

PLFY-WP32VFM-E

2,8 9600 3,2 10900 0,03 0,02 0,24 0,19

3,6 12300 4 13600 0,04 0,04 0,38 0,33

6,5-7,5-9,0

6,5-9,0-12

27-30-34

27-33-41

0 Motor DC 0.05 PP honeycomb fabric Rc 3/4 screw OD 32

dB(A)

PLFY-WP20VFM-E 1 phase 220-240V, 50/60Hz 2,2 7500 2,5 8500 0,02 0,02 0,22 0,17 Galvanized steel plate 208x570x570 14 Cross fin (Al fin and Cu pipe) Turbo fan x 1

25-26-27

25-26-29

27-29-31

*1 Heating/cooling capacity is the maximum functioning value in the following condition. Cooling: indoor 27°C DB/19°C WB (81°F DB/66°F WB), outdoor 35°C DB (95°F DB). Heating : indoor 20°C DB (68°F DB), outdoor 7°C DB (45°F DB/42°F WB). Pipe length: 7,5 m (24-9/16 feet). Height difference: 0 m (0 feet). *2 Factory setting for outdoor static pressure is 20 Pa for PFFY-WP-VLRMM-E. HVRF indoor units can only be connected to CMB-WP HBC (HVRF) and outdoor units PURY-(E)P-YLM-A or PQRY-P-YLM. Screw connection to indoor units 3/4”.

148

149

PIPING RESTRICTIONS

Piping restrictions

1 HBC Main e 1 HBC Sub* Picture reference

Maximum lenght (m)

110

Refrigerant

Effective length between outdoor unit and HBC Main

Hybrid heat recovery system

Water A

Effective length between HBC and indoor unit

f+g

HBC Main

HBC Sub

60 H

Vertical difference between OU and HBC (OU in higher position)

Vertical difference between OU and HBC (OU in lower position)

H’

Vertical difference between IU and HBC

Vertical difference between indoor units

Picture reference

Maximum lenght (m)

H’

a b

1 HBC Main

Max 3 IU for each branch

Maximum lenght (m)

Refrigerant

Water

Effective length between outdoor unit and HBC Main

110

A+B

110

b e (g + h)

a b

Vertical difference between OU and HBC (OU in lower position)

H’

Main HBC

H’

Vertical difference between IU and HBC Vertical difference between indoor units

150

c e

15 h2

Effective length between HBC and indoor unit

Vertical difference between OU and HBC (OU in higher position)

Water

HBC Main

Effective length between HBC and indoor unit

2 HBC Main e 1 HBC Sub* Picture reference

Effective length between outdoor unit and HBC Main

Max 3 IU for each branch

Vertical difference between OU and HBC (OU in higher position)

Vertical difference between OU and HBC (OU in lower position)

H’

Vertical difference between indoor unit and HBC

Vertical difference between indoor units

B H

h2 HBC Main

HBC Sub

H’

f h

15 Max 3 IU for each branch

Vertical difference between HBC main and HBC sub.

Length between HBC Main and HBC Main

151

MITSUBISHI ELECTRIC / HEATING

Heating

Hydronic heat pumps

Hybrid Systems VRF HWS & ATW Heating/Cooling/Domestic hot water

152

Packaged Systems 154-163

Packaged - Air to water/CAHW

164-169

Packaged - Water to water/CRHW

170-173

Packaged - Air to water/QAHV

174-175

153

HEATING

Capacity

Supply

Functions

Heating kW

Cooling kW

4.5 5.5 8.0 11.2 16.0 22.0 25.0

3.8 5.0 7.1 10.0 14.0 18.0 22.0

8.0 11.2 14.0 23.0

7.1 10.0 12.5 20.0

•

PUHZ-FRP

8.0

7.1

•

12.5 12.5 12.5

12.5 14.0 15.5

•

Domestic hot water

Hot water heating

Water cooling

Air heating

Air cooling

Heat recovery

Cascade systems automatic control

Applications and solutions

Split HYDROTANK HYDROBOX

PUHZ-SW

HYDROTANK HYDROBOX

PUHZ-SHW

•

(Hydrobox only)

AUTONOMOUS SOLUTIONS • Residential (villas, appartments) • Offices • Shops/Bars CENTRALIZED SOLUTIONS with cascade systems

•

(Hydrobox only)

AUTONOMOUS SOLUTIONS • Residential (villas, appartments) • Offices • Shops/Bars CENTRALIZED SOLUTIONS with cascade systems

Hybrid Systems

HWS

VRF HWS (Hot Water Supply)

12.5

ATW

VRF ATW (Air To Water)

12.5

11.2

4.5 7.5 10.0 12.5

•

AUTONOMOUS SOLUTIONS • Residential (villas, appartments) • Offices • Shops/Bars SPA/GYMS

•

CENTRALIZED SOLUTIONS • Residential (villas, appartments) • Offices • Hotel INDUSTRY SHOPPING CENTER SPA/GYM

Packaged Systems PACKAGED

PUHZ-W/HW

5.0 9.0 11.2 14.0

CAHV

HWHP (Hot Water Heat Pump)

45.0

CRHV

QAHV

154

HWHP (Hot Water Heat Pump)

60.0

HWHP (Hot Water Heat Pump)

40.0

•

AUTONOMOUS SOLUTIONS • Residential (villas, appartments) • Offices • Shops/Bars CENTRALIZED SOLUTIONS with cascade systems

•

CENTRALIZED SOLUTIONS • Residential (condons) • Offices • Hotel INDUSTRY SHOPPING CENTER SPA/GYM

•

• 155

HEATING / VRF HWS & ATW

VRF HWS & ATW

SOLUTION FOR CLIMATIZATION, HEATING AND DOMESTIC HOT WATER PRODUCTION

HYBRID SYSTEM - HEATING/COOLING/DOMESTIC HOT WATER 1 R2 Outdoor Units 2 Photovoltaic solar panels

3 BC controller

4 HWS Hydronic Module 5 ATW Hydronic Module 6 Domestic hot water accumulator tank fed from HWS 7 Hot water inertial accumulator tank fed by ATW

6 5

GREEN REFRIGERANT CIRCUIT RED DOMESTIC HOT WATER CIRCUIT ORANGE HEATING HOT WATER CIRCUIT BLACK POWER CIRCUIT

The scalability, flexibility and modularity of the Ecodan® – VRF HWS & ATW system represents the state of the art in Mitsubishi Electric technology. This solution makes it possible to use a single producer – the VRF outdoor unit – to deliver heating water, cooling water and domestic hot water simultaneously.

TYPICAL APPLICATIONS: HOTEL (ROOMS)

Mitsubishi Electric was the first to introduce VRF systems for the production of high temperature hot water (up to 70°C), usable for domestic hot water production. The HWS hydronic module represents a significant, innovative technological breakthrough that uses the most advanced refrigeration technology, and has been conceived to be easily integrable with R2/WR2 series VRF CITY MULTI simultaneous cooling / heating systems. Heat recovery plays a crucial role in these systems, as the HWS hydronic

Moduli idronici per sistemi VRF CITY MULTI Ecodan® heat pump technology has been used in conjunction with hydronic modules to create systems for the production of domestic hot water (HWS) and heating water for radiator panels (ATW) which are perfectly compatible with the inclusion of both thermal and photovoltaic solar panels in the installation. Systems with electric heat pumps may be used all year round, as their use is not restricted by legislation. The added comfort of being able to use the air conditioning system in spring and autumn is yet another advantage of these VRF systems. The indoor units of the VRF CITY MULTI system gently cool and dehumidify the interior space in spring, cool and dehumidify in summer, transferring the extracted heat to both the HWS and ATW hydronic modules, and heat the interior gently at cooler times of day in autumns. HWS hydronic modules are ideal for the production of domestic hot water all year round. They make use of the energy drawn from indoor spaces by the VRF indoor units, as well as supplementary energy provided by solar panels in summer and spring. ATW hydronic modules provide hot water for radiant panel heating in winter and deliver warm water to heat a pool in summer, contributing to maintaining comfortable temperature conditions and making use of the energy drawn from the indoor space by the VRF indoor units supplemented by heat supplied by thermal solar panels. In systems with this capability, ATW hydronic modules may also be used to deliver refrigerated water to radiant panels in summer.

156

HWS Hydronic Module – Hot Water Supply module may be used to extract heat from rooms where cooling is required, which would otherwise be vented into the outdoor atmosphere, and then use this heat to contribute to hot water production, adding only the supplementary heat necessary to reach the desired temperature. The HWS hydronic module can produce hot water at temperatures up to 70°C in the return line, with a heating capacity of up to 12.5 kW per module which, however, is scalable in relation to internal demand.

HWS HYDRONIC MODULE – HOT WATER SUPPLY

Boiler

ACS

Compressor

R2/WR2 outdoor unit

H2O R410A

TYPICAL APPLICATIONS: CENTRALIZED RESIDENTIAL SYSTEMS

R134A

Mains water system BC controller

HIGH PRESSURE GAS REFRIGERANT HIGH PRESSURE FLUID REFRIGERANT TWO-PHASE HIGH PRESSURE LIQUID REFRIGERANT LOW PRESSURE GAS REFRIGERANT

Indoor unit

157

HEATING / VRF HWS & ATW

Operating principle of two-stage technology The HWS hydronic module employs a variant of the two-stage compression principle – a principle that has been known and used for many years, but which, until now, has only been applied in refrigeration systems to reach very low temperatures (as low as -60°C). Mitsubishi Electric has redesigned the two-stage circuit to achieve the opposite effect, for units intended to produce heating power at medium to high temperatures, from 30°C to 70°C. This solution combines superior energy efficiency with high hot water temperatures that are not attainable with the conventional heat pumps currently on the market. As illustrated previously, the HWS hydronic module uses the “free” heat extracted from the air conditioned interior by the heat recovery circuit of the CITY MULTI R2 outdoor units and raises the temperature to the desired value to deliver usable hot water. This double process recovers energy from the system, increasing its overall efficiency, and raises the temperature of the water with minimal energy expenditure.

Advantages of two-stage technology The two-stage technology employed in the HWS hydronic module offers a number of significant advantages: • R134a refrigerant in high temperature stage. R134a is a pure HFC refrigerant which is harmless for the stratospheric ozone layer and contributes only marginally to the greenhouse effect. This refrigerant is particularly suitable for high temperature applications. • R410A refrigerant in low temperature stage. This is also an HFC refrigerant that is harmless to stratospheric ozone, which offers extraordinary efficiency in air conditioning applications. • Minimal external energy demand, even when the system is operating in air conditioning mode. The heat drawn from the air is used to heat water. • When the system functions predominantly in air conditioning mode – in summer, for example – hot water is produced with extremely low energy consumption. This makes it possible for the system to attain very high COP values. • Continuously variable heating power in relation to demand, made possible by the inverter motor scroll compressor, which reduces energy consumption proportionally. • Compact dimensions and very light weight. These modules may be mounted on walls, even in intermediate positions. Practically zero floor space usage. • Individual thermal energy consumption billing with field devices.

TWO-STAGE TECHNOLOGY

HEATING / VRF HWS & ATW

Hybrid systems The HWS hydronic module may be used to create hybrid systems, with both hydronic modules and VRF direct expansion units. For instance, this makes it possible for the system to produce domestic hot water and heat or cool the air in the indoor space using the most suitable indoor units of the Mitsubishi Electric range (cassette units, ceiling-suspended units, ducted units etc.). As well as superior energy efficiency, a hybrid system also offers the extraordinary flexibility needed to cater for very diverse situations, which a conventional air conditioner system simply does not.

Control and Adjustment System The HWS hydronic module can be configured for the following operating modes and hot water temperatures:

OPERATING MODE

TEMPERATURE RANGE

Hot water

30 - 70°C

Heating

30 - 50°C

ECO heating

30 - 45°C

Antifreeze

10 - 45°C

HWS HYDRONIC MODULE

Technical specifications H WS HYDRONIC MODULE PWFY-P100VM-E-BU Single-phase, 220-230-240V, 50 Hz/60Hz

Power

Heating power output (nominal)

Power absorption

Sound pressure in anechoic chamber Refrigerant circuit piping diameter Water piping diameter

10,800

Btu/h *1

42,700 2,48

11,63 - 11,12 - 10,66

PURY Series

Outdoor temp. DB

-20~32°C

PQRY Series

Water temp. in circuit

10~45°C

PQRY Series

Temp. in water/glycol circuit (for geothermal applications)

-5~45°C

PWFY-P VM-E1-BU Connectable outdoor units

12,5

kcal/h *1 kW

Current consumption

Temp. range in heating mode

kW *1

Return line water temp.

Total capacity Series

R2 (E)P, WR2

dB <A>

Liquid

mm (inches)

ø 9,52 (ø 3/8”) brazed

Gas

mm (inches)

ø 15,88 (ø 5/8”) brazed

Inlet

mm (inches)

ø 19,05 (R 3/4”) screw-on connection

Delivery

mm (inches)

ø 19,05 (R 3/4”) screw-on connection

mm (inches)

Drain pipe diameter External dimensions HxLxW

mm kg

Dry weight Type

Inverter kW

Lubricant

Internal circuit protection (R134a) Refrigerant

Rated pressure

Standard equipment

Nominal

1 NEO22

m3/h

0,6 ~ 2,15

(entire operating volume) Overpressure protection

Overpressure sensor, pressure switch calibrated to 3.60 Mpa (601 psi)

Inverter circuit (COMP)

Overcurrent protection, overheat protection

Compressor

Outlet temperature protection, overheat protection

Type / original charge

R134a x1.1kg (0,50lb)

Controller

LEV

R410a

MPa

4,15

R134A

MPa

3,60

Water

MPa

Manuals Accessory

Note: * Nominal conditions *1 and 2* are subject to EN14511-2:2004(E) * Install the module in an environment with a wet bulb temperature not exceeding 32°C * Due to continuous improvements made to these products, the specifications given above are subject to modification without prior notification.

158

60 MITSUBISHI ELECTRIC CORPORATION

Starter method Power

800 (785 without feet) x 450 x 300

Hermetic scroll compressor with inverter

Manufacturer

Water in circuit

ø 32 (1-1/4”) Galvanised sheet steel

External finish

Compressor

10~70°C 50-100% of external unit capacity

1 Installation manual, Instruction manuals Water filter, insulating material * The module is not designed to be installed outdoors. *1 Nominal heating conditions Outdoor temp.: 7°C DB/6°C WB *1 Nominal heating conditions Outdoor temp.: 7°CDB/6°C WB (45°F DB/43°F WB) Pipe Length 7.5 m (24-9/16 feet) – Vertical difference: 0 m (0 feet)

159

HEATING / VRF HWS & ATW

ATW Hydronic Module – Air To Water

TYPICAL APPLICATIONS: HOTEL (COMMON AREAS)

Mitsubishi Electric has developed the ATW reversible air-water heat pump hydronic module specifically for hydronic heating and air conditioning systems. The refrigeration side of the module may be connected to VRF CITY MULTI SMALL Y and Y Series outdoor heat pump units, or to R2 heat recovery units. The hydronic side of the module may feed heated underfloor systems or other similar utilities, to provide heating in winter in heat pump mode, or cooling in summer in conditioning mode. Connecting these modules to R2 Series VRF CITY MULTI heat recovery outdoor units offers extraordinarily levels of efficiency, especially in spring and autumn, with extremely high COP values. The HWS hydronic module can produce hot water at temperatures up to 40°C in the return line (45°C in delivery line), with a heating capacity of up to 12.5 kW per module which, however, is scalable in relation to internal demand.

ATW HYDRONIC MODULE – AIR TO WATER

Y/WY Series outdoor unit

TYPICAL APPLICATIONS: CENTRALIZED RESIDENTIAL SYSTEMS (RADIANT PANEL HEATING)

H2O

Thermal flywheel

R410A

Radiant panel

Operating principle

Control and Adjustment System

The ATW reversible heat pump hydronic module consists essentially of a brazed plate stainless steel refrigerant-water heat exchanger connected to the VRF CITY MULTI outdoor unit on the refrigeration side, and to the hydronic circuit of the system (radiant panels, radiator units etc.) on the water side. The module is equipped with an electronic expansion valve which modulates the flow of refrigerant in the heat exchanger in response to heating or cooling demand and the demand required by the electronic management and control circuit. The entire system is encased in a housing with compact dimensions and very limited weight comparable to a wall-mounted boiler. The high COP value attained by the ATW hydronic module means that it delivers superior comfort with minimal operating costs, contributing to reducing the CO2 emissions produced for energy production at the power plant. This offers a two-sided advantage as emissions are not only reduced, but also delocalised away from populated areas.

Like the HWS module, the ATW hydronic module is equipped with a sophisticated control system offering a wide choice of functions, selectable in relation to the needs of the installation and the preferences of the user. The ATW module may be associated with its own independent remote controller (PAR-W21MAA), allowing the user to configure all operating settings, including water temperature, which may be displayed either for the delivery circuit or for the return circuit. The water temperature reading displayed depends on the type of installation and on the auxiliary controller devices used. The return circuit reading configuration is the most widely used of the two, and allows precise control over the water temperature in the inertial accumulator tank (which is recommended) as a means to balance flows. Once the set temperature is reached, the ATW continues to operate to maintain a constant value. Note that with this configuration, the delivery temperature is normally higher (max. 45°C) than the set temperature until the set temperature itself is reached. In installations operating in summer, the ATW produces cold water at a temperature regulated with the same method, based on the primary delivery circuit reading or the return circuit reading. As the cooling action of the radiant panels only reduces the sensible heat of the interior space, suitable dehumidification systems may also be included in the installation. The ATW hydronic module can be configured for the following operating modes and hot water temperatures: MODE

TEMPERATURE RANGE

Heating

30 - 45°C

ECO heating

30 - 45°C

Antifreeze

10 - 45°C

Cooling

10 - 30°C

Indoor unit

HIGH PRESSURE GAS REFRIGERANT HIGH PRESSURE FLUID REFRIGERANT (TWO-PHASE)

Hybrid systems Like the HWS module, the ATW hydronic module may be used to create hybrid systems, with both hydronic modules and VRF direct expansion units. For instance, this makes it possible to create a system that can heat certain rooms with radiant panels (a heating solution that is now very popular, as it offers uniform temperatures and quietness) and heat other rooms using appropriate Mitsubishi Electric indoor units (cassette units, wall-mounted units, ducted units etc.). Similarly, conditioning in summer may be performed with a heated underfloor system in rooms where this is installed, and with cooled air in other rooms, via standard VRF indoor units. This makes it possible to use the most effective treatment solution possible for each interior space, catering for both the requisites of the specific application and the preferences of the user. As well as superior energy efficiency, a hybrid system also offers the extraordinary flexibility needed to cater for very diverse situations, which a conventional conditioning system simply does not.

160

Main features The functional characteristics of the ATW hydronic module cater for the needs of a very wide variety of different installations: • nominal heating capacity: 12.5 kW; • nominal cooling capacity: 11.2 kW; • outdoor operating temperature range, heating mode: -20°C to +32°C (R2 heat recovery series); -20 to +15.5°C (Y heat pump series); • outdoor operating temperature range, conditioning mode: -5°C to +46°C (R2 and Y series); • return hot water temperature range: 10°C to 40°C; • mains power: single-phase, 230V AC; • individual thermal energy consumption billing with field devices.

161

HEATING / VRF HWS & ATW

Technical specifications H WS HYDRONIC MODULE PWFY-EP100VM-E2-AU Single-phase, 220-230-240V 50/60Hz

Power

Heating power output (nominal)

Power absorption Current consumption

Temp. range in heating mode

kW *1

12,5

kcal/h *1

10,800

Btu/h *1

42,700

0,025

0,138

Serie PUMY

Outdoor temp. DB

Serie PUHY

Outdoor temp. DB

-20~15,5°C

Serie PURY

Outdoor temp. DB

-20~32°C

Serie PQHY - PQRY

Water temp. in circuit

10~45°C

Serie PQHY - PQRY

Temp. in water/glycol circuit

-5~45°C

(for geothermal applications) Return line water temp

Cooling output (nominal)

Power absorption Current consumption

Temp. range in cooling mode

10~40°C

kW *2

11,2

kcal/h *2

9,600

Btu/h *2

38,200

0,025

0,138

PUMY Series

Outdoor temp. B.S.

PUHY Series

Outdoor temp. B.S.

-5~46°C

PURY Series PQHY - PQRY Series PQHY - PQRY Series

Outdoor temp. B.S.

-5~46°C

Water temp. in circuit

10~45°C

Temp. in water/glycol circuit

-5~45°C

(for geothermal applications) Return line water temp Total capacity Connectable outdoor units

10~35°C 50-100% of capacity of OU Y (Ecostandard (P), Standard Efficiencyl (P),High Efficiency (EP)), Zubadan Y, WY, R2 (Standard Efficency (P), High Efficiency (EP)), WR2

Series

SCHEMATIC: ECODAN® VRF HWS & ATW (SIMULTANEOUS HEATING, COOLING AND DOMESTIC HOT WATER PRODUCTION)

29 ø 9,52 (ø 3/8”) brazed

Sound pressure in anechoic chamber Refrigerant circuit piping diameter Water piping diameter

dB <A>

ø 15,88 (ø 5/8”) brazed

Liquid

mm (inches)

ø 19,05 (R 3/4”) screw-on connection

Gas

mm (inches)

ø 19,05 (R 3/4”) screw-on connection

Inlet

mm (inches)

ø 32 (1-1/4”)

Delivery

mm (inches)

Galvanised sheet steel

mm (inches)

800 (785 without feet) x 450 x 300

1,8-4,30

Drain pipe diameter

External finish External dimensions HxLxW

Dry weight Water in circuit Rated pressure Standard equipment

Vrf indoor unit

Nominal

m3/h

4,15

(entire operating volume)

R410A

MPa

Water

MPa

Manuals

Water filter, insulating material, 2x external signal connectors, plumbing fittings for filter, flow regulator

Accessory

Installation manual, Instruction manuals

*1 Nominal heating conditions Outdoor temp.: 7°C DB/6°C WB (45°F DB/43°F WB) Pipe length: 7.5 m (24-9/16 feet) Vertical difference: 0 m (0 feet) Intake water temp.: 30°C Water flow rate: 2.15 m³/h (P100) 4.30 m³/h (P200)

Nominal cooling conditions: External temp: 35°C DB/(95°F DB) Pipe length 7.5 m (24-9/16 feet) Vertical difference: 0 m (0 feet) Intake water temp.: 23°C Water flow rate: 1.93 m³/h (P100) 3.86 m³/h (P200)

Domestic hot water

Domestic Hot water Accumulator

Refrigerant

Thermal flywheel

162

Cold mains water

Remote control

163

HEATING / VRF HWS & ATW

200% EXTENDED CONNECTIVITY FUNCTION

Indoor unit 1

Ecodan® ATW

Y / WY Line

Indoor unit 2

Indoor unit 3

Indoor unit n

Y SERIES HEAT PUMP UNITS With Y Series outdoor units, this function is only applicable in mixed installations and allows the connection of indoor units (air heating or cooling) and an Ecodan® ATW hydronic module (water heating) with a total capacity index up to 200% of the capacity of the outdoor unit.*

Ecodan® ATW

BC Controller

Indoor unit 1

Ecodan® HWS

R2 / WR2 Line

Indoor unit 2

Indoor unit 3

Indoor unit n

R2 SERIES HEAT RECOVERY UNITS With R2 Series outdoor units operating in different modes, the function is only applicable in mixed installations configured either with the BC Controller or with the WCB refrigerant-water connection box, and permits the connection of indoor units (air heating and cooling) and Ecodan® HWS&ATW hydronic modules (DHW production and water heating) with a total capacity index up to 200% of the capacity of the outdoor unit.*

Ecodan® ATW

WCB

Indoor unit 1

R2 / WR2 Line

Ecodan® HWS

Indoor unit 2

Indoor unit 3

Indoor unit n

Ecodan® ATW

*Per informazioni dettagliate, contattare la sede.

164

165

HEATING / PACKAGED HWHP

PACKAGED HWHP

PACKAGED - AIR TO WATER / CAHV - DOMESTIC HOT WATER

Class beating heating capacity The CAHV packaged system offers unrivalled flexibility with 2 operating modes to cater for every possible need: “Efficiency Mode (COP)” and “Capacity Mode”. The system is capable of delivering a maximum capacity exceeding 70 kW in Capacity mode, while Efficiency mode (COP) is extremely effective for maximising energy efficiency in all operating conditions and, as a consequence, reducing CO2 emissions.

Operation guaranteed at temperatures as low as -20 °C The CAHV packaged system is capable of operating at outdoor temperatures from -20°C to 40°C. The system produces high temperature hot water (65°C), even on the coldest days of the year. In the defrost cycle, the two compressors of the system operate in alternation to limit the drop in delivery temperature.

Efficiency mode (COP) Outdoor temperature Capacity

°C DB

-20

-10

31.9

40.3

42.7

45.0

Capacity Mode Outlet water temperature 35°C. PER APPLICAZIONI A MEDIA TEMPERATURA

Outdoor temperature Capacity

°C DB

-20

-10

31.9

40.3

42.7

63.4

73.9

70 60

Delivery temperature (°C)

Outlet water temperature 35°C.

50 40 30 20 10 0

-30

-20

-10

Outdoor air temperature (°CDB)

The Ecodan® - Packaged HWHP (Hot Water Heat Pump) system consists of a monoblock air condensing outdoor unit which produces very high volumes of high temperature hot water.

Technology The “Flash-Injection Circuit” developed for the VRF CITY MULTI ZUBADAN Y system (a heat pump system for very cold climates) is installed in the new CAHV packaged Hot Water Heat Pump system. By using this advanced injection system and highly efficient compressors, the CAHV packaged system can deliver high temperature hot water at up to 70°C, and ensures less performance and capacity loss at very low outdoor temperatures.

Packaged AtW heat pumps for hot water Mitsubishi Electric has been designing and manufacturing packaged heat pumps for hot water for the commercial sector since 1970. Mitsubishi Electric was one of the first manufacturers in Japan to use heat pump technology to produce hot water. Mitsubishi Electric was also the first manufacturer to develop a range of solutions operating with R407C. Even the first of these units were already capable of producing high temperature hot water at up to 70°C, which is high enough to instantaneously neutralise legionella bacteria. Our products are still used today in industrial processes requiring high volumes of high temperature water. Our Hot Water Heat Pump systems are used in commercial applications such as hotels and in hospitals and clinics, testifying to their superior reliability. As the leading manufacturer of domestic hot water production systems, we are proud to present the efficient “Air to Water” packaged heat pump system.

High efficiency DC Inverter Scroll compressor WATER OUTLET AIR

PLATE EXCHANGER HEAT EXCHANGER

LEV

COMPRESSOR

WATER INLET

LEV

HEAT INTERCHANGE CIRCUIT

Flash-Injection circuit

* COP 4.13 – Outdoor temperature 7°C DB/ 6°C WB. Outlet water temperature 35°C.

166

167

HEATING / PACKAGED HWHP

Backup Function and Rotation Function The “Backup*” function of the CAHV packaged system ensures superior reliability. If one of the two DC Scroll Inverter compressors equipping the individual system fails, the other compressor continues to operate to prevent the discomfort caused by the system shutting down completely. In this state, however, the thermal capacity of the system is obviously halved. The “Rotation” function is another key solution ensuring uniform operation and maximising the life span of all the compressors in CAHV packaged systems in multiple configurations. In an installation with two or more systems, the individual systems operate in alternation if the thermal demand does not require the systems to function simultaneously.

BACKUP FUNCTION

Cascade systems For applications with demands for very large volumes of hot water production, a flexible, modular thermal power installation may be created with up to 16 CAHV packaged systems, for a maximum output of up to 720 kW. This installation solution offers superlative modulability, as each individual system is equipped with two DC Scroll Inverter compressors, ensuring that the thermal power is adjusted progressively and with extreme precision in relation to the effective demand for hot water. This optimises the operation of the entire installation, with only a portion of the CAHV packaged installation operating in mid-load conditions and during spring and autumn. A malfunction of one or more CAHV packaged systems does not compromise the operation of the other systems in the installation, ensuring safety and uninterrupted operativity.

Remote control via external contacts The wide choice of analogue and digital inputs and digital outputs available on the electronic board of the system makes it possible to control the system remotely from a BMS, a timer or external contacts. The following are just some of the available input signals: • Operating mode and hot water production temperature setpoint selection, choosing between “Heating Mode” and “ECO Heating Mode”. The latter of these two modes is particularly advanced, as it uses the outdoor air compensation curve to automatically determine the water delivery setpoint. • Operating mode and hot water production temperature setpoint selection, choosing between “Domestic Hot Water Mode” and “Heating Mode”. This means that two different water temperature setpoints are settable: a higher value for domestic hot water production and lower value for heating. This improves performance at partial loads, as DHW is only produced when requested. • Select between “Efficiency Mode (COP)” and “Capacity Mode” for the unit. The operation of the system may be optimised in relation to demand, increasing power or performance depending on the specific case. • Select ON/OFF state in relation to signals received from flow regulator switch and circulation pump, for increased protection of the hydronic circuit and to ensure that the system functions correctly.

Control and monitoring functionality with centralized WEB Server controllers The CAHV packaged system is capable of interfacing via the M-Net data transmission bus with the WEB Server 3D Touch and 3D Blind Controller centralized controllers of the VRF CITY MULTI control system range. Depending on the application, the CAHV packaged system may be interfaced with a VRF CITY MULTI system to optimise operation when catering for hot water, heating and air conditioning demands, or, alternatively, to manage, monitor and supervise the system in stand-alone configuration for applications requiring solely the production of large volumes of hot water. In both cases, the system may be controlled either from the 10.4” backlit, touch screen colour display of the 3DT controller, or via the internet using the Web pages of either centralized controller.

The following are just some of the available output signals: • A digital output may be activated at a selectable minimum water temperature to start a thermal power generator (boiler, thermal solar panel etc.) to substitute the system when the system is in OFF state. • Unit defrost signal. The result is extraordinary control flexibility either locally, using the dedicated PAR-W21MAA remote controller, or remotely, using external contacts.

ROTATION FUNCTION

ALTERNATED COMPRESSOR OPERATION

High overpressure fans

0 Pa to 60 Pa.

168

The new fan technology employed in the CAHV packaged system means that it can also be used to create ducted installations, further increasing the installation flexibility of the system. The static external pressure of the fans is settable from

169

HEATING / PACKAGED HWHP

SCHEMATIC: ECODAN® PACKAGED HWHP CAHV (LOW AND HIGH TEMPERATURE HEATING + DHW)

Domestic hot water

Hydraulic separator Remote control Domestic hot water Accumulator

Cold mains water

Technical specifications DOMESTIC HOT WATER CAHV-P500YA-HPB (-BS)

MODELLO Power Nominal heating nominal*1

A 3 phase e 4 cables 380-400-415V 50/60Hz Power absorption Current consumption

12.9

21.78-20.69-19.94

COP Nominal heating nominal*2

Power absorption Current consumption

3.49 kW

10.9

10.6

COP Nominal heating nominale*3

Power absorption Current consumption

4.13 kW

25.6

43.17-41.01-39.53

COP Temperature range

1.76

Delivery water temperature Outdoor air temperature

25 ~ 70°C °CBS

Water pressure loss Volume of water in circuit

-20 ~ 40°C 12.9kPa 7.5 m3/h – 15.0 m3/h

Return

38.1 (Rc 1 ½”) threaded

Delivery

38.1 (Rc 1 ½”) threadedx

Sound pressure *1 a 1 m

dBA

Sound pressure *1 a 10 m

dBA

1710 x 1978 x 759

526

Water piping diameters

External dimensions

HxLxP

Dry weight R407C refrigerant charge quantity

5.5 x 2

Note: *1 Nominal heating conditions: outdoor temperature 7°C DB/6°C WB; delivery water temperature 45°C; return water temperature 40°C. *2 Nominal heating conditions: outdoor temperature 7°C DB/6°C WB; delivery water temperature 35°C; return water temperature 30°C. *3 Nominal heating conditions: outdoor temperature 7°C DB/6°C WB; delivery water temperature 70°C. * The water circuit must be a closed circuit. * Install the unit in a location where the outdoor wet bulb temperature does not exceed 32°C.

170

171

HEATING / PACKAGED HWHP

PACKAGED HWHP

Upgrading existing systems

PACKAGED - WATER TO WATER / CRHV - DOMESTIC HOT WATER

The new CRHV packaged system can reuse existing geothermal probes or wells, adapting to their effective thermal capacity. The inverter-driven CRHV packaged system is capable of adjusting its thermal capacity between 45kW and 60kW in relation to the effective amount of heat deliverable by the existing geothermal well.

Capacity 60 kW

Capacity 45 kW

Backup Function and Rotation Function The “Backup*” function of the CRHV packaged system ensures superior reliability. If one of the two DC Scroll Inverter compressors equipping the individual system fails, the other compressor continues to operate to prevent the discomfort caused by the system shutting down completely. In this state, however, the thermal capacity of the system is obviously halved. The “Rotation” function is another key solution ensuring uniform operation and maximising the life span of all the compressors in CRHV packaged systems in multiple configurations. In an installation with two or more systems, the individual systems operate in alternation if the thermal demand does not require the systems to function simultaneously.

BACKUP FUNCTION

ROTATION FUNCTION

Operating temperatures

The Ecodan® - Packaged HWHP (Hot Water Heat Pump) system consists of a monoblock water condensing outdoor unit which produces very high volumes of high temperature hot water.

Packaged WtW heat pumps for hot water

Technology The new CRHV packaged system is also equipped with “Flash-Injection Circuit” developed for the VRF CITY MULTI ZUBADAN Y system (a heat pump system for very cold climates). By using this advanced injection system and highly efficient compressors, the CRHV packaged system can deliver high temperature hot water at up to 65°C, ensuring superior performance and capacity even at very cold outdoor temperatures. * SCOP 4.33 – Outlet water/glycol temperature -3°C. Outlet water temperature 35°C.

The new Hot Water Heat Pump Packaged Water to Water CRHV completes the Mitsubishi Electric range of heat pumps for hot water production, confirming its leadership in the production of these systems. Equipped with two compressors using R410A refrigerant delivering a nominal capacity up to 60kW and drawing energy from the ground, the CRHV packaged system is the ideal solution for geothermal applications and applications using borehole, river or lake water as a heat source to produce hot water for heating or domestic hot water up to 65°C. The Hot Water Heat Pump CRHV offers class beating innovation and efficiency.

HPCJ

R410A

S S Geothermal field

Geothermal well

Flash Injection Circuit

INJ LEV HEX

172

PSL

ALTERNATED COMPRESSOR OPERATION

50 40 30

-10

For applications with demands for very large volumes of hot water production, a flexible, modular thermal power installation may be created with up to 16 CRHV packaged systems, for a maximum output of up to 960 kW, with integrated cascade control. This installation solution offers superlative modulability, as each individual system is equipped with two DC Scroll Inverter compressors, ensuring that the thermal power is adjusted progressively and with extreme precision in relation to the effective demand for hot water. This optimises the operation of the entire installation, with only a portion of the CRHV packaged installation operating in mid-load conditions and during spring and autumn. A malfunction of one or more CRHV packaged systems does not compromise the operation of the other systems in the installation, ensuring safety and uninterrupted operativity.

Finish treatment The module can also be ordered with an optional special protective treatment for installation in particularly harsh or corrosive environments.

LEV LPCJ

Borehole

Compressor

OPERAZIONI DI BACKUP

Cascade systems

Water inlet temperature (°C)

HEX PSH HP

-20

Heat exchanger

HEAT SOURCES

The new CRHV packaged system is capable of operating at incoming source water temperatures between -8°C and 27°C with a counterflow configuration, while the incoming source water temperature range may be extended to up to 45°C using a parallel flow configuration. The water delivery temperature range is from 30°C and 65°C (in parallel flow configuration, the maximum water delivery temperature is 60°C at incoming water temperatures above 27°C). The CRHV packaged system is also suitable for indoor installation.

Delivery temperature (°C)

PER APPLICAZIONI A MEDIA TEMPERATURA

UNTREATED STANDARD

TREATED OPTIONAL

River, lake

173

HEATING / PACKAGED HWHP

signals: • Operating mode and hot water production temperature setpoint selection, choosing between “Heating Mode” and “ECO Heating Mode”. The latter of these two modes is particularly advanced, as it uses the outdoor air compensation curve to automatically determine the water delivery setpoint. • Operating mode and hot water production temperature setpoint selection, choosing between “Domestic Hot Water Mode” and “Heating Mode”. This means that two different water temperature setpoints are settable: a higher value for domestic hot water production and lower value for heating. This improves performance at partial loads, as DHW is only produced when requested. • Select between “Efficiency Mode (COP)” and “Capacity Mode” for the unit. The operation of the system may be optimised in relation to demand, increasing power or performance depending on the specific case. • Select ON/OFF state in relation to signals received from flow regulator switch and circulation pump, for increased protection of the hydronic circuit and to ensure that the system functions correctly. The following are just some of the available output signals: • A digital output may be activated at a selectable minimum water temperature to start a thermal power generator (boiler, thermal solar panel etc.) to substitute the system in certain conditions when the system is in OFF state. • Manage 3-way valve in relation to domestic hot water or heating water demand. • Manage pumps on circuit hot water side and heat source side (ON/OFF). The result is extraordinary control flexibility either locally, using the dedicated PAR-W21MAA remote controller, or remotely, using external contacts.

Control and monitoring functionality with centralized WEB Server controllers

SCHEMATIC: ECODAN® PACKAGED HWHP CRHV (LOW AND HIGH TEMPERATURE HEATING + DHW)

The CRHV packaged system is capable of interfacing via the M-Net data transmission bus with the WEB Server 3D Touch and 3D Blind Controller centralized controllers of the VRF CITY MULTI control system range. Depending on the application, the CRHV packaged system may be interfaced with a VRF CITY MULTI system to optimise operation when catering for hot water, heating and air conditioning demands, or, alternatively, to manage, monitor and supervise the system in stand-alone configuration for applications requiring solely the production of large volumes of hot water. In both cases, the system may be controlled either from the 10.4” backlit, touch screen colour display of the 3DT controller, or via the internet using the Web pages of either centralized controller.

COLD MAINS WATER HYDRAULIC SEPARATOR REMOTE CONTROL

DOMESTIC HOT WATER ACCUMULATOR

COLD MAINS WATER

GEOTHERMAL WELL

Technical specifications DOMESTIC HOT WATER CRHV-P600YA-HPB

MODELLO Power SCOP (power 60 kW) EN14825 Ave. climate conditions

A 3-phase and 4 cables 380-400-415V 50/60Hz Heat source water/glycol 0/-3°C, Hot water 30/35°C

Power absorption

Compact dimensions

Nominal heating capacity 1 *1

The compact footprint of the units has been made possible by a new, highly efficient, low pressure loss heat exchanger. Installation footprint 0.73 m²* *footprint of one unit, not including service access space for maintenance.

Current consumption 380-400-415V

2.86 kW

14.2

24.0 - 22.8 - 22.0

COP

4.23

Flow rate of water in circuit

m3/h

10.3

Flow rate of heat source water/glycol

m3/h

14.7

45.0

Power absorption Nominal heating capacity 2 *1

4.33

Heat source water/glycol 0/-3°C, Hot water 47/55°C

Current consumption 380-400-415V

10.2

17.2 - 16.4 - 15.8

COP

4.41

Flow rate of water in circuit

m3/h

7.7

Flow rate of heat source water/glycol

m3/h

11.2

Hot water side*3

kPa

Heat source water/glycol side*3

kPa

Hot water side

°C

Hot water delivery 30 ~ 65

MORE THAN 800 (780) MORE THAN 50

Heat source liquid

MORE THAN 50

SERVICE ACCESS SPACE

Water pressure loss Temperature range Hot water/heat source piping diameter

UNIT

Flow rate of water in circuit

SERVICE ACCESS SPACE (934)

VENTILATION SPACE

Ethylene glycol 35 WT% (freezing point -18°C)

Heat source water/glycol side

°C

(at inlet from source) -8 ~ 27

Return

mm (int)

50.8 (Rc 2”) threaded

Delivery

mm (int)

50.8 (Rc 2”) threaded

Hot water side

m3/h

3.2 – 15.0

Heat source water/glycol side

m3/h

4.5 – 16.0

AInstallation environment *4

indoor

Sound pressure (measured in anechoic chamber) at 1 m *3

Sound pressure (measured in anechoic chamber) *3 Dimensions

66 HxLxW

1561x934x780

Dry weight

395

R410A refrigerant charge quantity Peso netto Carica refr. R407C*4/CO2 Eq

4.5 x 2 kg kg/Tons

9/18.79

Note: *1 Nominal heating conditions: Hot water delivery temperature 35°C; water/glycol outlet temperature -3°C; hot water return temperature 30°C; water/glycol inlet temperature 0°C. *2 Includes power absorption of pump in accordance with EN14511. *3 Nominal heating conditions: Hot water delivery temperature 35°C; water/glycol outlet temperature -3°C; hot water return temperature 30°C; water/glycol inlet temperature 0°C. Power 60 kW, hot water flow rate 10.3 m³; water/glycol flow rate 14.7 m³. *4 The unit is for indoor installation only. Do not install outdoors.

174

175

HEATING / PACKAGED HWHP

PACKAGED HWHP

PACKAGED - AIR TO WATER / QAHV - DOMESTIC HOT WATER

PER APPLICAZIONI A MEDIA TEMPERATURA

Ecodan QAHV is a packaged air condensed outdoor unit for massive hot water production at high temperature.

Technical specifications • Water temperature: up to 90°C • DC Scoll Inverter compressor • Operating field: -25/+46°C • CO2 Natural Refrigerant • GWP (global warming potential)=1 • ODP (ozone depletion potential)=0 • HIGH COP • Power 40kW • Cascade system up to 640kW • M-Net compatible

Hot water production system Econdan QAHV is the innovative solution by Mitsubishi Electric for high temperature hot water production, using CO2 as refrigerant gas. This allows to supply hot water at high temperatures, up tp 90°C and 40kW capacity. QAHV finds his application in those contexts which need continuous and stady hot water supply, such as hotels, nursing homes, wellness center and schools.

CO2 as refrigerant gas CO2 can be found in nature, it is not toxic or harmful to the environment. It does not contributes to ozone depletion (ODP=0) and its contribution to global warming is negligible (GWP=1).

Operating filed extended to -25°C Thanks to “Flash-Injection Circuit” (same as VRF CITY MULTI ZUBADAN Y) Packaged unit QAHV can operate between -25°C and +43°C. Moreover, the unit is able to supply hot water at 90°C and 40kW capacity down to -3°C.

High efficiency New Packaged QAHV grants and high COP when meeting certain conditions. Water temperature difference between supply and return is fondamental for high performances.

Technical specifications DOMESTIC HOT WATER QAHV-N560YA-HPB

MODELLO Power supply

3-phase 380-400-415V 50/60Hz

Nominal heating capacity *

Power input Current

10,31

17,8-16,9-16,3

COP

Nominal heating capacity*

Power input Current

3,88 kW

10,97

20,0-19,0-18,3

COP

Nominal heating capacity *3

3,65 kW

11,6

20,4-19,4-18,7

Supply

°C

55~90°C

Outdoor

°C

-25 ~ +43

Power input Current COP

Temperature range*4

3,44

Energy efficiency heating rank Rank in warm climate*5 Energy efficiency for heating in warm climate*5

ηwh

103%

Circulation pump Circulation pump pressure Water piping diameter Sound pressure level at 1 m External dimentions Net weight Water pressure Ref. Charge R744*6/Eq CO2

included kPa (l/min)

77 kPa (17 l/min)

19,05 (3/4")

dB(A)

1837 (1777 not including legs)x1220x760

400

Mpa

kg/Tons

6,5/0,0065

Nota: *1 Heating nominal conditions: outdoor temperature 16°CBS/12°CBU; supply water temperature 65°C; inlet water temperature 40°C *2 Heating nominal conditions: outdoor temperature 7°CBS/6°CBU; supply water temperature 65°C; inlet water temperature 9°C *3 Heating nominal conditions: outdoor temperature 7°CBS/6°CBU; supply water temperature 65°C; inlet water temperature 15°C *4 Refer to installation and instruction manual. *5 Warm conditions: solar radiation and outdoor temperature condition of Strasburg. *6 GWP of R744 equals to 1 according to regulation 517 / 2014 * Do not install where wet bulb temperature exceeds 32°C * Comply with water quality specification as reported in technical documentation.

176

177

MITSUBISHI ELECTRIC / VENTILATION

Ventilation

All fresh air (AFA) PEFY-P VMH-E-F OUTDOOR FRESH AIR INTAKE UNIT (AFA)

180-181

Lossnay Enthalpy heat recovery (LGH) LGH-RVX (T) LOSSNAY - Heat recovery ventilation unit

178

Floor standing lossnay (LGF)

Outdoor air treatment indoor units (GUF)

LGF-100GX-E Lossnay enthalpic heat recovery unit for basement installations

GUF-RD(H)4 Monoblock indoor unit with fresh air intake fan

Outdoor air treatment units 192-195

WIZARDX Outdoor air treatments units

196-199

188-191

182-187

179

VENTILATION LINEUP

Air flow (mc/h) TYPE

MODEL NAME

500

All fresh air (AFA)

Lossnay Enthalpy heat recovery (LGH)

1000

1500

2000

•

LGH-150RVX-E LGH-200RVX-E

•

LGH-150RVXT-E LGH-200RVXT-E LGH-250RVXT-E

•

PEFY-P80VMH-E-F PEFY-P140VMH-E-F PEFY-P200VMH-E-F PEFY-P250VMH-E-F

•

LGH-50RVX-E LGH-65RVX-E LGH-80RVX-E LGH-100RVX-E

•

Floor standing lossnay (LGF)

LGF-100GX-E

Outdoor air treatment indoor units (GUF)

GUF-50RD(H)4 GUF-100RD(H)4

Outdoor air treatment units

WZDX 3000 WZDX 5000 WZDX 7500 WZDX 10000 WZDX 12500 WZDX 15000 WZDX 20000

180

Air flow (mc/h)

MODEL 600

•

800

•

2500

3000

5000

7500

10000

12500

15000

20000

•

181

VENTILATION / PEFY-P VMH-E-F

PEFY-P VMH-E-F OUTDOOR FRESH AIR INTAKE UNIT (AFA)

Technical specifications PEFY-P80VMH-E-F PEFY-P140VMH-E-F PEFY-P200VMH-E-F PEFY-P250VMH-E-F

MODELLO Power

A single-phase, 220-240V 50Hz/ A single-phase 208-230V 60Hz kW

9.0

16.0

22.4

28.0

Btu/h

30700

54600

7600

95500

Capacity in cooling mode*1

8.5

15.1

21.2

26.5

Btu/h

29000

51500

72300

90400

Power consumption Current

Cooling mode

0.16 / 0.21

0.29 / 0.33

0.34 / 0.42

0.39 / 0.50

Cooling

0.16 / 0.21

0.29 / 0.33

0.34 / 0.42

0.39 / 0.50

Cooling mode

0.67 / 0.91

1.24 / 1.48

0.58 / 0.74

0.68 / 0.86

Cooling

0.67 / 0.91

1.24 / 1.48

0.58 / 0.74

External finish Dimensions

Galvanised (HxLxW)

Net weight

380x1000x900

380x1200x900

Cross fins (aluminium fins and copper piping) Type x Quantity Air flow*2

Motor

fresh

The ideal solution for offices, large stores and restaurants.

Install anywhere

Capacity limits for connection to outdoor unit

Scirocco fan x 2

9.0

18.0

l/s

150

300

467

583

636

989

35 - 85 - 170

Press. statica 220 V esterna (basso-medio-alto) 230 V 240 V

40 - 115 - 190

50 - 115 - 190

50 - 130 - 210

60 - 130 - 220

80 - 170 - 220

100 - 170 - 240

140 / 200

110 / 190

150 / 210

120 / 200

415 V

160 / 220

Single-phase induction motor kW

0.09 (a 220V)

Sound pressure*2 (low-medium-high) (basso-medio-alto) Sound pressure*2

EXAMBLE

0.14 (a 220V)

Coated non-woven synthetic fibre filter (long life)

130 / 210 Three-phase induction motor

0.20

0.23

Coated non-woven synthetic fibre filter (long life)

Gas (swaged)

ø15.88

ø19.05

Liquid (swaged)

ø9.52

Local drain pipe diameter

Max. 110% of capacity of outdoor unit, except in case of heating mode at outdoor temperatures below -5°C (23°F), where a limit of 100% applies.

1236

400 V

Air filter (opzionale) Refrigerant pipe diameter

Scirocco fan x 2

380 V

Type Power output

100 Cross fins (aluminium fins and copper piping)

Scirocco fan x 1

cfm

Press. statica esterna

470x1250x1120

m3/min

208 V

Fan

0.68 / 0.86 Galvanised

Heat exchanger

For feeding temperature-controlled outdoor air into the building.

3N – 380-415V 50 Hz / 3N – 380-415V 60 Hz

Capacity in cooling mode*1

O.D.32

ø22.2 O.D.32

208, 220 V

dB(A)

27 - 38 - 43

28 - 38 - 43

230, 240 V

dB(A)

33 - 43 - 45

34 - 43 - 45

380 V

dB(A)

39 / 42

40 / 44

400 V

dB(A)

40 / 43

40 / 45

415 V

dB(A)

40 / 44

41 / 46

The indoor purified air delivery unit may be installed anywhere. The purified air delivery unit may be used to feed fresh, purified outdoor air into any building, in any place and at any time..

INSTALLATION OF INDOOR FRESH OUTDOOR AIR TREATMENT UNIT

1. Hospital recovery rooms

he cooling and heating capacities indicated above are the maximum capacities measured in the air condiT tions described above and with a refrigerant pipe approximately 7.5 m in length. Actual capacity characteristics vary in relation to the combination of indoor and outdoor units used. See technical information. • The operating noise levels indicated are the sound pressure values measured at 1.5 m from the base of the unit in an anechoic chamber. (sound pressure meter, A scale value) • Value given is for operation with 240V 50 Hz/230V 60 Hz electrical power (PEFY-P80, type 140VHM-E-F). • When connecting purified fresh air delivery indoor units in a system, the maximum quantity of indoor units connected to an outdoor unit varies as follows:

2. Laboratory Note: The fan keeps running even when the thermostat is off. We recommend using this model with other indoor unit models to prevent cold draughts of incoming outdoor air.

182

Heat pump models 110% (100% in case of heating operation at outdoor temperatures below -5°C (23°F))

Cooling only 110%

• Operating temperature range: C ooling: from 21°C (70°F) DB/15.5°C (60°F) WB to 43°C (109°F) DB/35°C (95°F) WB. Heating: from -10°C (14°F) DB to 20°C (68°F) DB. * The fan is activated automatically with the thermostat off at temperatures below 21°C (70°F) DB in cooling mode, and at temperatures above 20°C (68°F) DB in heating mode. • As the ambient temperature is measured by a thermostat on the remote controller or installed inside the room, ensure that a remote controller or thermostat is used within the room itself.

• The automatic conversion and dehumidifying functions are NOT available. The unit functions in fan mode when the thermostat is off in cooling or heating mode. • In all situations, the air flow must be kept below 110%, as shown in the table above. See “Fan curves” for more details. • When this unit is used as the sole air conditioning system, note that condensation may form on the air outlet vent grilles of the outdoor unit when in cooling mode. • Untreated outdoor air, which may be humid or cold, will enter the indoor space when the unit is operating with the thermostat off. Choose the location of the indoor unit air outlets carefully, taking all possible precautions to prevent the entry of cold air and to insulate the room adequately to prevent condensation. • The air filter must be installed on the air intake side. When using a third party or existing filter, it must be installed in an easily accessible location to permit maintenance. • The long life model cannot be used together with the high filtration efficiency filter (PEFY-P80, type 140VMHE-F).

183

VENTILATION / LGH-RVX(T)

LGH-RVX(T)

LOSSNAY - HEAT RECOVERY VENTILATION UNIT

Simple construction

Operating principle

As shown in the figure, the Lossnay exchanger consists of a structure in special treated paper allowing two different air flows to cross one another and exchange thermal energy. Partitions separating the inlet and outlet channels prevent incoming fresh air from ever mixing with outgoing air.

The Lossnay exchanger performs a highly effective total exchange action for both temperature (sensible heat) and humidity (latent heat) – the system uses moisture permeable partitions in specially treated paper to allow stale air to be vented externally and fresh outdoor air to be fed to the indoor space with absolutely no mixing between the two air flows.

INDOOR

OUTDOOR

Indoor delivery vent (for delivery of heated/ cooled fresh air)

External stale air vent (for venting stale indoor air)

Partitions (specially treated paper)

Indoor air intake

(heated/cooled stale air)

Outdoor air intake (fresh air)

Inner fins

(specially treated paper)

Energy recovery

PRESTAZIONI CERTIFICATE

Comfort and energy savings With universally recognised efficiency, Lossnay heat exchanger ventilation units use energy recovery to offer significant energy savings.

LOSSNAY – Heat recovery ventilation units The importance of adequate air exchange

The importance of correctly controlled humidity

Air quality is a primary parameter for comfort.Poor air quality in the office or at home has been proven to have a significantly detrimental influence on productivity and on the healthiness of the environment, and contribute to fatigue. This is due to increasing concentrations of CO2 caused by inadequate air exchange. To live comfortably, every individual needs 400l of fresh air per hour.Ensuring adequate ventilation in residential and commercial buildings is necessary to offer a healthy, comfortable environment for all occupants.

A dry environment offers the ideal conditions for the proliferation of bacteria and viruses, and the survival rate of these micro-organisms drops rapidly at relative humidity levels above 50%. Excessively humid environments, on the other hand, encourage the proliferation of mould and mites. Precise humidity control is therefore an important factor in maintaining ideal, healthy conditions.

A conventional ventilation system vents treated indoor air into the outdoor environment and replaces this air with outdoor air, causing the room to lose heat in winter and heat up in summer. This loss of heated/cooled air means that energy must be expended to restore comfortable temperature conditions in the indoor space. The result of this is notably higher air conditioning costs. To solve this problem while still ensuring the necessary air exchange, Mitsubishi Electric offers a range of thermal energy recovery ventilation systems, which minimise air conditioning costs.

Lowest safe limit

10%

Coma and death within 8 minutes

Respiratory arrest, convulsions and death

6% 0% 10% Oxigen concentration (%)

Vented air

Inlet air temperature 27.7°C The delivery air reduces the temperature by approximately 6°C Relative humidity 58% (absolute humidity 13.4g/kg)

Fresh air

Energy wasted when ventilating the room

VIRUS

12%

Pallor, loss consciousness, vomiting

• Incoming fresh air is brought to the same conditions as the warmed (and humidified) air in the room.

Micro-organism proliferation

BATTERI

16%

Winter - 4 kg/h humidity recovered

Air delivered into room

Ideal zone for human health

18%

Laboured breathing, increased heart rate, headache and nausea Vertigo, nausea, muscle weakness (potentially fatal)

• Incoming fresh air is brought to the same conditions as the cooled (and dehumidified) air in the room.

ROOM TEMPERATURE 26°C RELATIVE HUMIDITY 50% - (ABSOLUTE HUMIDITY 10.5G/KG)

OXYGEN CONCENTRATIONS AND THE EFFECTS OF INADEQUATE OXYGEN LEVELS

21%

Summer - Difference in temperature between new fresh air and air already in room of only 1.7°C.

All Lossnay units are equipped with class “G3” air filter. LGH models may also be equipped with a class “F7” high efficiency filter.

ACTIVITY OF MICRO-ORGANISMS IN RELATION TO HUMIDITY

Normal concentration in air

Comfortable air exchange action, in either cold or hot outdoor conditions

Units must be oversized to compensate and deliver adequate performance

Stale air

Atmospheric temperature 33°C Relative humidity 63% (absolute humidity 20.1g/kg)

MUFFE ACARI 10

20%

30 40 50 Humidity (%)

Increased operating and maintenance costs

30% Source: ASHRAE Trans. 91 - 1B (1985)

The indoor space has to be aired

ROOM TEMPERATURE 20°C RELATIVE HUMIDITY 50% - (ABSOLUTE HUMIDITY 7.3G/KG)

Air delivered into room

Vented air

Inlet air temperature 16°C Relative humidity 46% (absolute humidity 5.2g/kg)

Fresh air Stale air Pollution levels increase in the indoor air

184

Inadequate air exchange

Atmospheric temperature 0°C Relative humidity 50% (absolute humidity 1.9g/kg)

185

VENTILATION / LGH-RVX(T)

The new wired remote control unit specifically for LGH-RVX heat recovery units boasts a fresh new look and new features.

Technical specifications LGH-50RVX-E

MODEL Power supply

V/Phase/Hz

Speed

• Possibility of managing a group of up to 15 units • Simple and intuitive • Backlit LCD screen

SP4

SP3

SP2

SP1

Current

1.15

0.59

0.26-0.27

0.13

Power input

165-173

78-81

32-35

12-14

m³/h

500

375

250

125

L/s

138.9

104.2

69.4

34.7

mmH2O

12.24

6.93

3.06

0.82

120

78.0

81.0

83.5

87.0

Cooling

66.5

68.0

72.5

82.0

Heating

69.0

71.0

75.0

82.5

Sound pressure level

dB(A)

34-35

28-29

19-20

Duct qty x diameter

4 x 200

HxLxD

331x1016x888

Outdoor temp.

°C

-10 ~ +40

Max outdoor RH

Max indoor temp

°C

Max indoor RH

Air volume

• Internal weekly timer • Custom ventilation strategies for mode switching (Auto/recovery/ bypass) • Night purge function for active night-time ventilation in summer.

External static pressure Temp. heat exch. Efficiency Total heat exch. Efficiency

Wheight Dimensions

Operating field*

High air volumes and low height.

Power supply

• Very low electric power consumption, especially at low speeds

Three new models with important innovations have supplemented the LGH enthalpic recuperators line.

SP4 40m

SP3

100

50 20m

SP2

SP1

100

200 40

300 80

400

500

100 120 Air volume

140

600 160

700

180

LGH-RX5

LGH-RVX

300 250 200

Current Power input

The RVXT models treat high volumes of air (up to 250m3/h) and are extremely low in height (only 500mm), a feature that makes them exceptionally flexible during installation, especially where the height of the false ceiling does not allow the use of RVX models. The RVXT models are also equipped with an enthalpy exchange package in treated paper and are fitted with G3 filters as standard.

Total heat exch. Efficiency

150 Condotto

Lato stanza

100

External static pressure Temp. heat exch. Efficiency

Lato esterno

Nastro

Heating

SP4

SP3

SP2

SP1

.65-1.72

0.90-0.86

0.39-0.38

0.15-0.16

252-262

131

49-47

15-17

m³/h

650

488

325

163

L/s

180.6

135.4

90.3

45.1

mmH2O

12.24

6.93

3.06

0.82

120

77.0

81.0

84.0

86.0

66.0

69.5

74.0

81.0

68.5

71.0

76.0

82.0

dB(A)

34.5-35.5

Duct qty x diameter

4 x 200

HxLxD

404x954x908 -10 ~ +40

Wheight Dimensions

Operating field*

SP4 SP3 SP2 SP1 Low Extra-low Extra-high * Electrical power absorption of LGH-RVX and LGH-RX5 models at different speeds with 50 version recovery module.

Cooling

Outdoor temp.

°C

Max outdoor RH

Max indoor temp

°C

Max indoor RH

When the shutter is open, fresh air is fed to the interior space with no heat recovery, passing through the filter only. The bypass shutter may be activated manually from the remote control, or automatically in specific thermal conditions (Free-Cooling).

ELECTRICAL POWER CONSUMPTION, LGH-50* By-pass Ambient air intake

Fresh air delivery

Lossnay exchanger

EU Regulation 327/2011, effective from 1 January 2015, implements the conditions specified in Directive ErP 2009/125 to encourage the design and manufacture of environmentally compatible energy consuming products with the goal of reducing CO2 emissions and energy consumption by 20% by 2020. All fans and ventilation units with electric motors with a rated power absorption between 125 W and 500 W fall within the scope of application of this regulation. The Mitsubishi Electric LGH-RVX-E Lossnay enthalpic recovery unit is compliant with this directive.

20%

less consumption of primary energy sources

20%

increase in renewable energy sources

20% iless CO2 emissions

The European Union has set a series of very challenging environmental targets which must be attained by 2020. These targets are grouped together and described with the general title “20/20/20 Package”, indicating an increase of 20% in the use of renewable energy sources over 1990 together with a reduction of 20% in primary energy source consumption and CO2 emissions.

300 250

40m

70 60

200 SP4

150 20m

SP3

100 SP2

SP1

0 0

100 20

200 40

300

400

500

600

700

800

20 1000

900

80 100 120 140 160 180 200 220 240 260 Air volume

LGH-80RVX-E

MODEL

Compliant with ErP Directive, Lot 11

60m

Technical specifications

Bypass shutter The LGH-RVX series is equipped with a bypass shutter:

200㎜ dia straight pipe length

350

220-240 / 1-phase /50

Sound pressure level

50 0

V/Phase/Hz

Speed

Air volume

FLANGE DEI CONDOTTI CON φ 250

LGH-65RVX-E

Power supply

V/Phase/Hz

Speed Current Power input Air volume

SP4

SP3

SP2

SP1

1.82-1.97

0.83-0.86

0.36-0.40

0.15-0.16

335-340

151

60-64

18-20

m³/h

800

600

400

200

L/s

222.2

166.7

111.1

55.6

mmH2O

15.30

8.67

3.82

1.02

150

37.5

79.0

82.5

84.0

85.0

Cooling

70.0

72.5

78.0

81.0

Heating

71.0

73.5

78.0

81.0

Sound pressure level

dB(A)

34.5-36.0

30.0

Duct qty x diameter

4 x 250

HxLxD

404x1004x1144 -10 ~ +40

External static pressure Temp. heat exch. Efficiency Total heat exch. Efficiency

Wheight Dimensions

Operating field*

Outdoor temp.

°C

Max outdoor RH

Max indoor temp

°C

Max indoor RH

250㎜ dia straight pipe length

350

220-240 / 1-phase /50

300 100m

250 200

70 60

80m SP4

150

60m

SP3

100

40m

SP2

50 0

200

400 100

50 40 30

SP1

Exchange efficiency (%)

• Increased flexibility and fine air flow adjustment from remote control.

Potenza assorbita (W)

150

Static pressure (Pa)

• Lower noise emissions

186

60m

Exchange efficiency (%)

MODEL

The new DC motor used throughout the new LGH-RVX series offers a number of advantages:

Fresh air intake

200

Static pressure (Pa)

Easy installation

New DC FAN Motor

Stale air vent

250

Technical specifications

LOSSNAY for energy savings

ELECTRICAL POWER CONSUMPTION, LGH-50*

200㎜ dia straight pipe length

300

220-240 / 1-phase /50

Exchange efficiency (%)

Precise control over the flow of treated air significantly reduces the sound pressure values of the LOSSNAY unit by up to 18 dB(A). All LGH-RVX units ensure ideal acoustic comfort, including for residential applications, libraries, offices etc.

New PZ-61DR-E dedicated remote control

Static pressure (Pa)

Low noise

600 150

800

200 Air volume

1000 250

1200 300

350

* In case of temperature <10°C fan will work discontinuously. Lossnay controlled heat generator is recommanded in this condition.

187

VENTILATION / LGH-RVX(T)

Technical specifications

LGH-100RVX-E V/Phase/Hz

Current

Power input Air volume External static pressure Temp. heat exch. Efficiency

220-240 / 1-phase /50 SP4

SP3

SP2

SP1

2.50

1.20

0.50-0.51

0.17-0.19

420

200

m³/h

1000

750

500

250

L/s

277.8

208.3

138.9

69.4

mmH2O

17.34

9.75

4.33

1.08

170

95.6

42.5

10.6

80.0

83.0

86.5

89.5

Cooling

71.0

73.0

77.0

85.5

Heating

72.5

74.0

78.0

87.0

Sound pressure level

dB(A)

37-38

31-32

23-24

Duct qty x diameter

Total heat exch. Efficiency

Wheight Dimensions

Operating field*

404x1231x1144

Outdoor temp.

°C

-10 ~ +40

Max outdoor RH

Max indoor temp

°C

Max indoor RH

80m

250 200

70 60

60m

SP4

150

40m

SP3

100 50 0

0 0

500 50

100

1000

150

200 250 Air volume

300

350

400

Current Power input

220-240 / 1-phase /50 SP4

SP3

SP2

SP1

3.71-3.85

1.75-1.78

0.70-0.78

0.29-0.30

670-698

311

123-124

38-44

m³/h

1500

1125

750

375

L/s

416.7

312.5

208.3

104.2

mmH2O

17.85

10.03

4.47

1.11

175

98.4

43.8

10.9

80.0

82.5

84.0

85.0

Cooling

70.5

72.5

78.0

81.0

Heating

72.0

73.5

78.0

81.0

Sound pressure level

dB(A)

39.0-40.5

32-33

24-26

Duct qty x diameter

Air volume External static pressure Temp. heat exch. Efficiency Total heat exch. Efficiency

Wheight Dimensions

Operating field*

HxLxD

808x1004x1144

Outdoor temp.

°C

-10 ~ +40

Max outdoor RH

Max indoor temp

°C

Max indoor RH

300

250

200

60 SP4

150 SP3

100 50 0

SP1

0 0

Power input

220-240 / 1-phase /50 SP4

SP3

SP2

SP1

4.88-4.54

2.20-2.06

0.88-0.87

0.33-0.35

850-853

400-372

153-150

42-49

2000

1500

1000

500

L/s

555.6

416.7

277.8

138.9

mmH2O

15.30

8.61

3.82

0.97

150

84.4

37.5

9.5

80.0

83.0

86.5

89.5

Cooling

71.0

73.0

77.0

85.5

Heating

72.5

74.0

78.0

87.0

Sound pressure level

dB(A)

40-41

Duct qty x diameter

Temp. heat exch. Efficiency Total heat exch. Efficiency

Wheight Dimensions

Operating field*

4 x 250 / 2 x (270x700)

110

HxLxD

808x1231x1144

Outdoor temp.

°C

-10 ~ +40

Max outdoor RH

Max indoor temp

°C

Max indoor RH

* In case of temperature <10°C fan will work discontinuously. Lossnay controlled heat generator is recommanded in this condition.

188

417

313

208

104

mmH2O

175

100

81.0

81.5

70.0

72.0

74.0

Heating

70.0

71.0

73.0

75.0

Sound pressure level

dB(A)

39.5

35.5

29.5

22.0

Duct qty x diameter

Total heat exch. Efficiency

Wheight

4 x 250 / 2 x (250x750)

156

HxLxD

500 x 1980 x 1500 -10 ~ +40

Outdoor temp.

°C

Max outdoor RH

Max indoor temp

°C

Max indoor RH

LGH-200RVXT-E

500 100

1000 200

300

1500 400 500 Air volume

2000

2500

600

700

Power supply

Power input

SP3

SP2

SP1

5.40 - 5.00 2.70 - 2.20 1.10 - 0.85 0.39 - 0.34

1000 - 916

494 - 407

197 - 150

56 - 45

m³/h

2000

1500

1000

500

L/s

556

417

278

139

mmH2O

175

100

80.0

81.0

82.5

84.0

Cooling

70.0

71.0

74.5

80.5

Heating

72.5

73.5

77.0

83.0

Sound pressure level

dB(A)

39.5

35.5

28.0

22.0

Duct qty x diameter

Air volume

Total heat exch. Efficiency

800

220-240 / 1-phase /50 SP4

Current

30 20 3000

V/Phase/Hz

Speed

Wheight Dimensions

4 x 250 / 2 x (250x750)

159

HxLxD

500 x 1980 x 1500 -10 ~ +40

Outdoor temp.

°C

Max outdoor RH

Max indoor temp

°C

Max indoor RH

LGH-250RVXT-E

MODEL

External static pressure

375

L/s

Technical specifications

m³/h

Air volume

48 - 37

750

80.5

350

300

250

Exchange efficiency (%)

Current

176 - 134

1125

69.0

Operating field*

Static pressure (Pa)

V/Phase/Hz

421 - 334

1500

80.0

Temp. heat exch. Efficiency

LGH-200RVX-E

Power supply

792 - 625

Technical specifications

Speed

External static pressure

SP2

4 x 250 / 2 x (270x700)

MODEL

SP1

m³/h

MODEL 350

Exchange efficiency (%)

V/Phase/Hz

SP2

4.30 - 3.40 2.40 - 1.80 1.10 - 0.77 0.36 - 0.31

Technical specifications

Static pressure (Pa)

Power supply

SP3

Cooling

Operating field*

LGH-150RVX-E

Speed

Air volume

Dimensions

Technical specifications MODEL

Power input

220-240 / 1-phase /50 SP4

Current

Temp. heat exch. Efficiency

20 1500

V/Phase/Hz

Speed

SP1

Power supply

External static pressure

SP2

4 x 250

HxLxD

100m

300

Static pressure (Pa)

Power supply Speed

LGH-150RVXT-E

MODEL 250㎜ dia straight pipe length

350

Exchange efficiency (%)

MODEL

200 150

SP4 SP3

100

SP1

0 0

500 100

1000 200

300

1500 400 500 Air volume

2000 600

2500 700

800

220-240 / 1-phase /50 SP4

Current Power input

SP3

SP2

SP1

7.60 - 6.90 3.60 - 3.10 1.40 - 1.30 0.57 - 0.49

1446 - 1298 687 - 587

244 - 212

82 - 69

m³/h

2500

1875

1250

625

L/s

694

521

347

174

mmH2O

175

100

77.0

79.0

80.5

82.5

Cooling

65.5

69.0

71.5

76.5

Heating

68.0

71.5

74.0

79.0

Sound pressure level

dB(A)

43.0

39.0

32.0

24.0

Duct qty x diameter

Air volume

50 40

Temp. heat exch. Efficiency

Total heat exch. Efficiency

20 3000

V/Phase/Hz

Speed

External static pressure

SP2

Power supply

Wheight Dimensions

Operating field*

4 x 250 / 2 x (250x750)

198

HxLxD

500 x 1980 x 1500 -10 ~ +40

Outdoor temp.

°C

Max outdoor RH

Max indoor temp

°C

Max indoor RH

* In case of temperature <10°C fan will work discontinuously. Lossnay controlled heat generator is recommanded in this condition.

189

VENTILATION / LGF-100GX-E

LGF-100GX-E

LOSSNAY ENTHALPIC HEAT RECOVERY UNIT FOR BASEMENT INSTALLATIONS

Lossnay technology

Superior performance

Increased energy savings due to greater thermal exchange efficiency

HYPER ECO ELEMENT

The diaphragm pores, which were already microscopic in previous generations, have been further reduced in size to reduce the possibility of the passage of waterborne soluble gases such as ammonia and hydrogen from the exhausted stale air to the fresh air delivered to the indoor space. To increase heat and moisture exchange, a special treatment is applied to the paper used for the diaphragms. These improvements have increased moisture permeability while reducing permeability to harmful gases, resulting in an overall increase in recovery efficiency and a more effective barrier action against the transfer of these gases. A+++ A++ A+ A B C D

Outdoor

Ambient

(Outdoor Delivery air)

74%

ErP CONSTRUCTION AND OPERATING PRINCIPLE OF LOSSNAY UNIT

73%

(Outdoor fresh air)

(Stale air)

72%

Hyper Element

Hyper Eco Element

Low latent heat recovery.

High latent heat recovery

71% 70% 69% 68%

SA Outdoor air delivered to indoor ambient

Improved efficiency *Cooling

Stale air exhaust

Core structure

(Stale air exhaust)

Improved permeability

67% 66%

(pre-cooled or pre-heated)

The new Mitsubishi Electric LGF-100GX-E Lossnay enthalpic heat recovery unit for basement installations delivers up to 1000 m³/h of fresh air and offers extraordinary installation and operational flexibility, complying with the most stringent air hygiene standards and with the latest regulations regarding air exchange in non-residential environments.

ESTERNO

Outdoor

OA (Stale air exhaust) Outdoor fresh air

Ambient

64% Model 15RX

Core structure

air RA Stale (Outdoor

High permeability core

Humidity

Delivery air)intake (hot or cold)

Improved efficiency with RX5 technology *Cooling

RX4

RX5

74%

(Outdoor fresh air)

LGF-1000GX-E – Front view

Removing front panels

The LGF-100GX-E is installed in a dedicated service area in the basement, allowing inspection without disturbing the occupants of the treated indoor space and eliminating undesirable noise. All air passage sections are easily accessible for maintenance and cleaning by simply removing all the main components and partition trays. This, combined with the potent filtration capacity, has made it possible to attain German VDI (Verein Deutscher Ingenieure) 6022 certification – one of the most stringent qualifications for industrial hygiene.

73%

(Stale air)

72%

Hyper Element

Hyper Eco Element

Low latent heat recovery.

High latent heat recovery

Total management

Easy installation and maintenance

The LGF-100GX Lossnay unit may be managed from the dedicated PZImproved 60DR-E remote controller, which lets the user control apermeability number of different parameters, choose between 3 operating modes (Heat recovery, Bypass and Automatic), and offers access to numerous functions devised for maximumHigh Low Humidity permeability comfort and energy savings (daily andpermeability weekly timer, night purge function). The core core LGF-100GX Lossnay unit may also be integrated into the architecture of a Mitsubishi Electric VRF CITY MULTI system, interlocked with the VRF indoor units of the system.

Bypass shutter Removing filters and Lossnay recovery module

Cleaning partitions

The bypass shutter diverts the inlet air flow from the indoor space directly to the outdoor vent and allows suitably filtered fresh outdoor air directly into the indoor space. In addition to operation in automatic or manual mode, the bypass may also be operated remotely via an external contact, controlled in turn by a temperature sensor, a hygrometer sensor or a timer.

Cleaning partitions

190

65% Low permeability core

AMBIENT

71% 70% 69% 68% 67% 66% 65% 64% Model 15RX

Model 25RX

Model 35RX

Model 50RX

Model 65RX

Model 80RX

Model 100RX

Model 150RX

Model 200RX

The Mitsubishi Electric enthalpic heat recovery unit offers unparalleled thermal exchange efficiency. The significant energy savings offered are due to the extraordinarily efficient latent and sensible heat recovery.

High effective static pressure Selecting the “Extra high” fan speed setting makes it possible to produce effective static pressure values up to 200 Pa for applications requiring long air duct lengths.

Removing ventilation section

191

Model 25RX

VENTILATION / LGF-100GX-E

Night Purge function

High Performance Filtration

The bypass shutter is also used to implement the “Night Purge” energy saving function. This function is activated at night-time in summer, and uses the free thermal power of the cooler outdoor air to reduce the thermal load of the indoor space.

Equipped with two high efficiency F7 filters – with one installed on the outdoor intake and one on the indoor air intake – the LGF-100GX-E may be used in all the building types specified in the latest regulations concerning ventilation and air exchange.

When the air conditioning and ventilation system is switched off, the internal ambient temperature increases as a result of the heat accumulated by the outer shell of the building and of the residual heat emitted by electrical devices.

When the external air temperature is lower than the internal ambient temperature, the Night Purge function activates the LGF in automatic ventilation mode.

Compliant with ErP Directive, Lot 11 EU Regulation 327/2011, effective from 01.01.15, implements the conditions specified in Directive ErP 2009/125 to encourage the design and manufacture of environmentally compatible energy consuming products with the goal of reducing CO2 emissions and energy consumption by 20% by 2020. All fans and ventilation units with electric motors with a rated power absorption between 125 W and 500 W fall within the scope of application of this regulation. The Mitsubishi Electric LGF-100GX-E Lossnay enthalpic recovery unit is compliant with this directive.

Once the external air temperature and internal ambient temperature are equal, the Night Purge function of the LGF is deactivated, stopping ventilation.

20%

less consumption of primary energy sources

increase in renewable energy sources

20% less CO2 emissions

Technical specifications At night, the external air temperature drops significantly.

The following day, the heat load of the internal ambience that must be neutralised to attain the required setpoint is drastically reduced, which in turn reduces the energy consumption of the VRF system.

Speed Air flow Static pressure Temp. Exchange Effic. Enthalpic exchange efficiency

“Multi-Ventilation” Mode

Provide effective ventilation, maintaining balanced delivery and intake flows

Balanced flows

LOSSNAY unit used to compensate for extractor fans

Positive pressure

Cooling

Weight MULTI-VENTILATION MODE

DELIVERY AIR

INTAKE AIR

Extra High

Balanced flows

Small offices, apartments etc.

Heating

Sound pressure

The PZ-60DR remote control unit may be used to select 9 different delivery air and intake air fan speed combinations to cater for different needs and ambient thermal loads.

Normal offices, etc.

PEFY-P80VMH-E-F

MODEL

The accumulated heat is transferred out of the interior by this ventilation action.

Smoking areas etc.

Priority given to air exchange

Negative pressure

High

Low

Extra High

High

Extra High

Low

High

Low

High

Extra High

Low

Extra High

Low

High

Alta

Bassa

995

890

200

150

119

72.5

dB(A)

164

Power

A single-phase 220-240VAC 50Hz

Power absorption Dimension

High

Extra Alta m3/h

W HxLxW

922

790

785

1095x1760x674

Energy saving ventilation

Positive pressure

Negative pressure

Note: the default setting is with balanced flows in High / High configuration.

192

193

VENTILATION / GUF-RD(H)4

GUF-RD(H)4

MONOBLOCK INDOOR UNIT WITH FRESH AIR INTAKE FAN

12. EA (Exhaust air) Stale indoor air is vented after the sensible and latent heat contained in the air has been recovered by the Lossnay core

1. OA (Outdoor air) The outdoor air flow necessary for ventilation is aspirated by the delivery fan

11. Intake fan 10. Optional high efficiency filter 9. Delivery fan

2. Heat recovery unit (Lossnay core) Heat and humidity exchanged between incoming outdoor air and outgoing stale air

8. RA (Intake air) The intake fan aspirates stale air from the indoor space, which is then exhausted

3. Maintenance access hatch

7. SA (Air delivered to indoor space) Appropriately treated outdoor air delivered to indoor space

4. Air filter Prevents Lossnay core from fouling 5. Direct expansion coil Heats or cools outdoor air flow

Lossnay technology Monoblock indoor unit with fan, stale air exhaust system, Lossnay total heat bypass shutter, permeable (only for RDH4 version) and coil.

fresh air intake fan, filtration recovery module, film humidifier direct expansion

Serie RD(H)4 GUF-50RD(H)4 Cooling capacity 5.57 (DX coil: 3.63, Lossnay core: 1.94) kW Heating capacity 6.18 (DX coil: 6.21, Lossnay core: 2.04) kW 500 m³/h 220-240V 50Hz single-phase GUF-100RD(H)4

The Lossnay total heat recovery module has a cross-flow plate fin structure and heat transfer diaphragms in special treated paper. The excellent thermal transfer properties and permeability to moisture of this special paper ensure the highly efficient exchange of both sensible and latent heat between the two air flows passing through the recovery core. The result is a ventilation system with outstanding characteristics ensuring extremely high levels of comfort and wellbeing in the environment treated, which can also cut operating costs substantially. The incoming fresh air and outgoing stale air cannot mix within the core. The diaphragm pores, which were already microscopic in previous generations, have been further reduced in size to reduce the possibility of the passage of waterborne soluble gases such as ammonia and hydrogen. To increase heat and moisture exchange, a special treatment is applied to the paper used for the diaphragms. These improvements have increased moisture permeability while reducing permeability to harmful gases, resulting in an overall increase in recovery efficiency and a more effective barrier action against the transfer of these gases.

CONSTRUCTION AND OPERATING PRINCIPLE OF LOSSNAY UNIT

SA Outdoor air delivered to indoor ambient (pre-cooled or pre-heated)

OUTDOOR

OA Outdoor fresh air

IN GENERAL GUF – For optimum indoor air quality GUF = (Lossnay) + (heating & cooling)

Lossnay energy recovery

DX coil (heating & cooling)

IMAGE OF GUF MODEL

Heat exchanger

Cooling capacity 11.44 (DX coil: 3.63, Lossnay core: 3.85) kW Heating capacity 12.56 (DX coil: 8.30, Lossnay core: 4.26) kW 500 m³/h 220-240V 50Hz single-phase Stale air exhaust

6. Permeable film humidifier If necessary, humidifies outdoor air flow to ensure comfort

AMBIENT

RA Stale air

(hot or cold) intake

A direct expansion coil incorporated in the unit makes it possible to cover approximately 25% of the load of the system with the GUF unit. This also means that the terminal units installed in the indoor space can be smaller. Moreover, as the GUF unit covers the entire thermal load attributable to ventilation, this means that this load and the ambient load can be managed completely separately, simplifying the design process of the installation. The treated air heats the humidifier as it passes through it, further increasing humidification efficiency.

Total comfort Maintaining the correct humidity levels in an indoor space ensures the ideal conditions for comfort and prevents the unpleasant side-effects typical of an environment with insufficient humidity such as dry eyes and throat. The evaporation surface area is approximately 8.5 times larger than in a comparably sized natural evaporation humidifier, while performance is 6 times greater.

194

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VENTILATION / GUF-RD(H)4

Humidification - RDH4 version The innovative permeable film humidification system, which uses a natural evaporation process, is a particularly intelligent solution. The efficiency with which the air is humidified has been significantly increased by reducing the resistance of the material used. A three-layer film ensures that only the necessary moisture is transferred to the air without any limescale dust release – a problem of certain conventional humidifiers.

Advantages • Reduced energy consumption Moisture transfer filter based on ultra-water repellent cells

Three dimensional fabric

• Humidification with film permeable to water vapour only • Total air treatment (neutral air returned to outdoor environment) Umidità

When the air conditioning is operating in cooling mode and the outdoor temperature is lower than the indoor ambient temperature (as normally occurs at night-time in summer), the GUF indoor unit recognises this condition and automatically bypasses the recovery core. The cooler outdoor air fed into the indoor space contributes to reducing the cooling demand sustained by the system.

Dust suppression An optional high efficiency filter may be used for up to 3,000 hours while maintaining a filtration efficiency (evaluated with colorimetric testing) of over 65%. The filter may also be fitted in the GUF unit after initial installation and takes up no additional precious space.

EU Regulation 327/2011, effective from 01.01.15, implements the conditions specified in Directive ErP 2009/125 to encourage the design and manufacture of environmentally compatible energy consuming products with the goal of reducing CO2 emissions and energy consumption by 20% by 2020. All fans and ventilation units with electric motors with a rated power absorption between 125 W and 500 W fall within the scope of application of this regulation. Mitsubishi Electric GUF-50RDH4 and GUF-100RDH4 outdoor air treatment units are compliant with this directive.

• Custom temperature and humidity control • Compact dimensions

20%

• Installable in double ceilings with limited vertical space.

less consumption of primary energy sources

Note: Use a demineraliser if residual total salt levels exceed 100 mg/l.

Automatic free cooling

• Healthier environment • Free Cooling function using exclusively external air

The evaporation surface area is approximately 8.5 times larger than in a comparably sized natural evaporation humidifier, while performance is 6 times greater.

Optimised air flows within the unit together with a water injection system have significantly increased the efficiency of the humidification process. The system also controls the humidity in the outgoing stale air to effectively improve the air quality of the outdoor environment as well. This solution prevents limescale and silica dust from being carried in the air, so purer, less dusty air is vented into the outdoor environment.

• Reduced thermal power necessary to treat outdoor air, equating to lower rated power • Quieter operation (noise baffles in inlet and outlet)

Maintaining the correct humidity levels in an indoor space ensures the ideal conditions for comfort and prevents the unpleasant side-effects typical of an environment with insufficient humidity such as dry eyes and throat.

Increased efficiency of humidification process - RDH4 version

Compliant with ErP Directive, Lot 11

Flexible installation Water

All-new filter

The positions of air duct connections may be changed as needed to cater for different installation requirements.

20%

increase in renewable energy sources

20% less CO2 emissions

Possible alternative configurations for special

Std. installation

Automatic regulation GUF ventilation and recovery units may be integrated into a Melans control and regulation system for Mitsubishi Electric air conditioner installations, as they use the same bus used for connecting indoor units.

* Changing the installation configuration causes no any additional pressure loss. BY-PASS

By-pass shutter

Exhaust air

Outdoor air

Technical specifications Stale air

Air delivered into room

GUF-50RDH4

MODEL

GUF-100RDH4

Power supply

In serie tramite rete M-NET: Mitsubishi Electric Air Conditioners Network System Mode

Air to Air Total heat recovery system

Material

Partition, Cross-flow structure, Special preserved paper-plate. kW

Cooling capacity*1

Power input Curren Power input Current

Temperature heat recovery efficiency Total heat recovery efficiency*2

5,57

(1,94) 1,15

6,21

12,56

11,44

6,21

(4,12) 480-505

1,15 (4,26)

480-505

(1,94) 235-265

2,2 (2,04)

235-265

12,56

(4,26) 480-505

1,15

2,2

1,15

2,2

77,5/80

79,5/81,5

77,5/80

79,5/81,5

Heating

68/71

71/74

68/71

71/74

Cooling

65/67

69/71

65/67

69/71

P32

P63

P32

P63

2,7

5,4

Humidifier capacity

kg/h Type x qty Static pressure

SA: Centrifugal fan (Sirocco FAN) x 1 - EA: Centrifugal fan (Sirocco FAN) x 1 Pa

125

135

140

mmH2

12,7

13,8

14,3

m3/h

500

1000

500

L/s

139

278

139

278

dB(A)

33,5-34,5

38-39

33,5-34,5

38-39

Motor Flow rate (High speed)

SPL (Low-High) Ref. Piping diameter

5,57

2,2 (2,04)

235-265

(4,12) 480-505

Capacity index

Fan

11,4

235-265

A kW

Heating capacity*1

GUF-100RD4

1-phase 220-240V 50Hz

Comunication system Lossnay

GUF-50RD4

Totally enclosed capacitor permanent split-phase induction motor, 4 poles, 2 units 1000

Liquid

mm(in.)

Ø6,35(Ø1/4)

Ø9,52(Ø3/8)

Ø6,35(Ø1/4)

Ø9,52(Ø3/8)

Gas

mm(in.)

Ø12,7(Ø1/2)

Ø15,88(Ø5/8)

Ø12,7(Ø1/2)

Ø15,88(Ø5/8)

*1 () value from Lossnay heat recovery. *2 High/Low speed values.

196

197

VENTILATION / WIZARDX

WIZARDX

OUTDOOR AIR TREATMENT UNITS

Frame

Re-heating electric coil

Frame made of aluminum profiles with double chamber and insulating panels fixed by means of recessed screws. The screws are encapsulated in a plastic material to limit the thermal bridge effect. The units within size 12.500 are delivered as monoblocs while size 15.000 is divided in 3 sections and size 20.000 is divided in 6 section to allow the load and transport on trucks

When the summer design conditions for the fresh air are characterized by an high humidity level the direct expansion coil should provide a strong dehumidification and so the outgoing temperature could reach very low values. For this reason, it is possible to integrate a re-heating electric coil increasing the supply temperature up again to the comfort values.

Heat recovery The unit provides heat recovery by means of a high efficiency recovery wheel ERP 2018 compliant. The wheel is made of a special hygroscopic aluminum granting high performances thanks to the latent recovery based on the humidity exchange added to the sensible recovery.

Filters The standards supply for the WIZARD DX units include filter G4+F7 on the fresh air and G4 filters on the exhaust. As an accessory it is possible to provide higher filtration on the fresh air with F9 rigid bag filters or activated charcoal F7 rigid bag filters for higher deodorization.

Recirculation damper section HEAT RECOVERY

ErP

Units divided in sections or dismountable

2 0 18

COMPLIANT

The units of the WIZARDX series are designed for the fresh air treatment with high energy efficiency and extreme configurability.

STANDARD VERSION

WZD-DX 3000

SIZE P100

SIZE P200

WZD-DX 5000

WZD-DX 7500

The WIZARDX series exploits the efficient direct expansion technology feeding the internal exchange coil with the ecologic refrigerant R410A combined with the Mitsubishi Electric Mr Slim heat pump outdoor units. Three different versions are specifically destined to different climatic conditions and to different types of application Standard version: destined to the fresh air treatment in neutral temperature conditions. Supply temperature control as standard, return temperature control as optional. High dehumidification version: destined to the fresh air treatment with powered capacity for high dehumidification. Supply temperature control as standard, return temperature control as optional.

Combination between Wizard dx unit and Mr Slim outdoor units The units of the WIZARDX series require the combination with the outdoor units of the Mr. Slim direct expansion series to grant the required performances in heating and in cooling. The Mr Slim outdoor units are combined to the three different available versions of the WIZARDX series according to the following tables:

In case a further division in section should be required for transport reasons or to facilitate the installation in small rooms with narrow accessibility it is possible to provide the following two options: DIVISION IN 5 SECTIONS and DISMOUNTABLE UNITS.

WZD-DX 10000

Steam humidifier section

SIZE P250

The WIZARDX units are provided with a wheel recovery system and fans with low energy consumption, the components are selected according the European regulation 1253/2014 and so the WIZARDX are ERP 2018 compliant.

In case it is required to recirculate totally or partially the exhaust air it is possible to provide an additional section provided with motorized recirculation damper.

Electric board and controls STANDARD VERSION

WZD-DX 12500

SIZE P200

SIZE P250

HIGH DEHUMIDIFICATION VERSION

WZD-DX 3000

SIZE P100

WZD-DX 15000

WZD-DX 20000

WZD-DX 5000

SIZE P140

SIZE P200

WZD-DX 7500

SIZE P250

HIGH DEHUMIDIFICATION VERSION

WZD-DX 12500

SIZE P200

SIZE P250

WZD-DX 10000

WZD-DX 15000

WZD-DX 20000

The electric board is the heart of the WIZARDX managing its performances by means of an electronic controller and high-quality components. The microprocessor handles all the control functions of the WIZARDX and its optional accessories as well as the safety functions of the system. The controls include temperature and humidity probes to read the operating parameters of the units, differential pressure switches to check the cleanness level of the filters, pressure transducers to check and handle the air flow generated by the fans as well as all the components required by the optional accessories when required. The High dehumidification versions requiring more Mitsubishi Mr Slim outdoor units, integrate the exclusive protocol IMOUC (Intelligent Multiple Outdoor Units Control) which optimize the capacity levels and maximizes the energy efficiency. In heating mode, the protocol handles the outdoor units defrosts in sequence to keep the required supply temperature setpoint (or the return temperature setpoint when required).

In case a contribution to the rooms humidification should be required, it is possible to provide as an accessory an additional section including a steam producer with submersed electrodes and a distribution ramp placed in the supply air section.

Fans enhanced available static pressure In case the ducts require available static pressures higher than standard 250 Pa provided by the fans of the base configurations it is possible to provide supply and exhaust fans with enhanced performances to reach available static pressures up to 400 Pa.

Fans The supply and exhaust fans are of the centrifugal PLUG FAN type with backward profiled blades provided with high efficiency electronically commuted motors commonly known as EC motors. The electrical motor is directly fitted in the fan structure making the units more compact. The WIZARDX series grants the highest ventilation efficiency thanks to the fan wheels built in high-performance composite material and to the low energy consumption given by the EC motors.

Pre-heating electric coil In winter season, very low external temperatures make necessary to protect the filters and the recovery wheel; for this reason, the integration on the WIZARDX of an antifreeze electric coil is mandatory. The controls of the units will automatically switch on the three stages of the pre-heating electric coil when the outdoor temperature drops below -10Â°C. The electric coil can supply a temperature increase up to 5Â°C.

198

199

VENTILATION / WIZARDX

Technical specifications S TANDARD VERSION WIZARDX 3000

MODEL

WIZARDX 5000

WIZARDX 7500

WIZARDX 10000

WIZARDX 12500

WIZARDX 15000

WIZARDX 20000

Air volume

m3/h

3000

5000

7500

10000

12500

15000

20000

Air flow range

m3/h

2000 - 3000

3500-5000

5500-7500

8000-10000

10500-12500

13000-15000

15500 - 20000

Available static pressure max (standard configuration)

Available static pressure max (high pressure configuration) Cooling

Heating

Cooling

Heating

Absorbed Power (NOMINAL/MAX)

250

400

DX Coil Capacity

Wheel Recovery Capacity

18,1

29,5

43,5

58,2

73,7

86,4

121,3 196,3

Total Capacity

28,1

49,5

68,5

98,2

118,7

136,4

DX Coil Capacity

11,2

22,4

44,8

49,4

Wheel Recovery Capacity

13,8

22,2

32,8

43,9

55,5

65,4

92,4

Total Capacity Sensible heat recovery efficiency Total heat recovery efficiency Sensible heat recovery efficiency Total heat recovery efficiency Supply fan (250Pa)

44,6

59,8

88,7

104,9

119,4

173,4

75,4

72,7

71,7

72,7

71,4

75,6

71,6

68,5

69,7

68,5

71,6

0,85 / 2,5

1,39 / 2,5

1,87 / 5

2,51 / 5

Exhaust fan (250Pa)

0,74 / 2,5

1,25 / 2,5

1,61 / 5

2,16 / 5

Wheel Recuperator

0,04

0,09

0,18

[%]

77,1

74,3

73,4

73,6

74,3

73,1

77,2

[%]

75,6

73,5

71,5

72,6

73,5

71,7

75,6

3,18 / 5

3,88 / 10

5,53 / 10

2,91 / 5

3,35 / 10

4,80 /10

0,37

Filters section

Rigid Bag Filters F7

Humidifier section (accessory)

[kg/h]

WIZARDX 7500

WIZARDX 10000

WIZARDX 12500

WIZARDX 15000

WIZARDX 20000

Technical specifications H IGH DEHUMIDIFICATION VERSION WIZARDX 3000

MODEL

WIZARDX 5000

Air volume

m3/h

3000

5000

7500

10000

12500

15000

20000

Air flow range

m3/h

2000 - 3000

3500-5000

5500-7500

8000-10000

10500-12500

13000-15000

15500 - 20000

Available static pressure max (standard configuration)

Available static pressure max (high pressure configuration) Cooling

Heating

Cooling

Heating

Absorbed Power (NOMINAL/MAX)

250

400

DX Coil Capacity

100

125

Wheel Recovery Capacity

18,1

29,5

43,5

58,2

73,7

86,4

121,3 246,3

Total Capacity

38,1

63,5

93,5

118,2

153,7

186,4

DX Coil Capacity

22,4

38,4

67,2

89,6

108

135

Wheel Recovery Capacity

13,8

22,2

32,8

43,9

55,5

65,4

92,4

Total Capacity Sensible heat recovery efficiency Total heat recovery efficiency Sensible heat recovery efficiency Total heat recovery efficiency

36,2

60,6

86,8

111,1

145,1

173,4

227,4

75,4

72,7

71,7

72,7

71,4

75,6

[%]

75,6

73,5

71,5

72,6

73,5

71,7

75,6

Supply fan (250Pa)

0,89 / 2,5

1,44 / 2,5

1,97 / 5

2,70 / 5

3,35 / 5

4,10 / 10

5,79 / 10

Exhaust fan (250Pa)

0,74 / 2,5

1,25 / 2,5

1,61 / 5

2,16 / 5

2,91 / 5

3,35 / 10

4,80 /10

Wheel Recuperator

0,04

0,09

0,18

0,37

71,6

68,5

69,7

68,5

71,6

[%]

77,1

74,3

73,4

73,6

74,3

73,1

77,2

Filters section Humidifier section (accessory)

Rigid Bag Filters F7 [kg/h]

Indoor Outdoor Indoor Outdoor

200

Nominal conditions Summer TEMEPERATURE D.B. [째C] 27 R.H. [%] TEMEPERATURE D.B. [째C] 35 R.H. [%] Winter TEMEPERATURE D.B. [째C] 20 R.H. [%] TEMEPERATURE D.B. [째C] 7 R.H. [%]

50 50 50 85

201

MITSUBISHI ELECTRIC / CONTROL SYSTEMS

Control Systems

Remote Control

PAC-YT52CRA Design Remote Control

204

PAR-W21MAA / PAR W31MAA Ecodan Remote Control

212

PAR-33MAA Deluxe Remote Control

205

PZ-61DR Lossnay Remote Control

213

PAR-CT01MA Prisma Remote Control

206-207

PAR-U02MEDA Advanced Remote Control

208-209

Wireless Remote Control PAR-FL32MA Wireless Remote Control

210

PAR-SL100 Wireless Remote Control

211

202

Centralized Control AT-50B System Centralized Control

214-215

AE-200E 3D Touch Controller / Web Server Centralized Control

216-217

EW-50 3D Blind Controller / Web Server Centralized Control

218-219

Remote Monitoring and Control System 3D TABLET CONTROLLER Wi-Fi Remote Management System

External Signal Integration 222-223

ADVANCED HVAC CONTROLLER External Signal Integration

226

REMOTE MONITORING INTERFACE Cloud Remote Management System 224-225

LMAP04 B.M.S. Interface for Lonworks® Networks

227

XML B.M.S. Interface for Ethernet Networks

228

ME-AC-MBS-100 B.M.S. Interface for Modbus® Networks

229

ME-AC-KNX-100 B.M.S. Interface for Knx® Networks

230

BACnet® PIN CODE B.M.S. Interface for Bacnet® Networks

231

203

MITSUBISHI ELECTRIC / CONTROL SYSTEMS

Control Systems

PAC-YT52CRA DESIGN REMOTE CONTROL

PAR-FL32MA PAR-SL100A-E

AE-200E

RMI

3D TOUCH Controller WEB SERVER CENTRALIZED CONTROL

Remote Monitoring Interface CLOUD REMOTE MANAGEMENT SYSTEM

EW-50

M-NET-AHC24VDC

WIRELESS REMOTE CONTROL

PAR-33MAA DELUXE REMOTE CONTROL

PAR-W21MAA PAR-W31MAA ECODAN REMOTE CONTROL

PAR-CT01MA

PZ-61DR

PRISMA REMOTE CONTROL

LOSSNAY REMOTE CONTROL

PAR-U02MEDA

AT-50B

ADVANCED REMOTE CONTROL

SYSTEM CENTRALIZED CONTROL

3D BLIND Controller WEB SERVER CENTRALIZED CONTROL

INTEGRATION OF EXTERNAL SIGNALS

3D TABLET CONTROLLER

B.M.S. INTERFACE

WI-FI REMOTE MANAGEMENT SYSTEM

B.M.S. INTEGRATION

MELCloud CITY MULTI CLOUD REMOTE MANAGEMENT SYSTEM

204

205

CONTROL SYSTEMS / REMOTE CONTROL

PAC-YT52CRA

PAR-33MAA

DESIGN REMOTE CONTROL

DELUXE REMOTE CONTROL UNIT

Dual Set Point

• Suitable for all types of indoor unit.

PAC-YT52CRA Design remote control

• R ecommended for hotels and public spaces, as ambient air temperature display can be disabled.

• Display with white backlighting.

• Integrated temperature sensor usable instead of indoor unit sensor.

• Simple wall-mounted installation.

• Configurable temperature range settable from local keypad.

• Easy and intuitive with icon-based interface. • Operating mode selection function.

• E asy and intuitive, with icon based graphic interface, direct control buttons and function buttons.

PAR-33MAA Deluxe remote control unit

• Simple connection with single non-polarised two-core wire. • MA self-addressing technology.

• Display with white backlighting and adjustable contrast.

• Suitable for all types of indoor unit, including GUF.

• Simple wall-mounted installation.

• Recommended for groups with only one indoor unit.

• Night Set-back function for setting minimum winter temperature or maximum summer temperature in temperature maintenance mode.

• Vane position selection function (for compatible indoor units). • Usable to manage 1 group of up to 16 indoor units. • Simple connection with single non-polarised two-core wire. • MA self-addressing technology.

• Integrated temperature sensor usable instead of indoor unit sensor.

• Effective static overpressure selection function for ducted indoor units (PEFY-P VMHS only).

• Configurable temperature range settable from local keypad.

• I nternal weekly timer function and simplified internal timers (Auto-off, etc.).

• Supports 3D i-see sensor functions

• View and set setpoint temperatures in 0.5°C increments.

• Usable to manage 1 group of up to 16 indoor units.

M-Net

M-Net TB5

TB5

TB15

12V

PAC YT52

206

TB15

TB5

12V

PAC YT52 Groups of 2 indoor units

M-Net

M-Net TB5

TB5

12V

TB15

PAR-33

TB5

TB15

12V

PAR-33 Groups of 2 indoor units

207

CONTROL SYSTEMS / REMOTE CONTROL

PAR-CT01MA

PRISMA REMOTE CONTROL

Large color backlit touch display

Hotel setting

New PRISMA remote control is equipped by 3.5 inch/HVGA Full Color LCD Touch screen,

Simple operation panel is liked by users, especially in hotels. It is available to display only ON/OFF, set temp., fan speed.

Bluetooth connection

TOUCH PANEL

3,5 Inch/HVGA Full Color LCD

PAR-CT01MA remote control is equipped with Low Energy Bluetooth connection. Thanks to two dedicated Apps (one for installers and one for users) it is possible to connect your smartphone or tablet the the remote control. User App allows to control the air conditioning system connected to PARCT, with a simple and intuitive interface.

PAR-CT01MAA-SB

Installer App allows to easily configure the remote control during maintenance and commissioning. Thanks to this App it is possible to save a settings pattern on mobile device and easily transfer it to the remote control, shortening service and commissioning timing.

PAR-CT01MAA-PB

APP SCREEN IMAGE OPERATION PANEL

Dual Set Point

PAR-CT01MA Prisma Remote Control

Multiple color pattern

Temperature setting

Operation mode

* The Bluetooth® word mark is trademark of Bluetooth SIG, Inc, USA. * Contact the sales company for information on "Bluetooth function.

Fan speed

Setting App

User App

• Full color touch panel display • 180 color patterns can be selected for control parameters or background on the display

180 MULTIPLE COLOR PATTERNS

• Easy wall mounted installation

Logo image customization

• Night Set-back function for setting minimum winter temperature or maximum summer temperature in temperature maintenance mode.

Logo image can be displayed on the initial screen.

• Effective static overpressure selection function for ducted indoor units (PEFY-P VMHS only).

Vane control

Ventilation

Louver control LOGO IMAGE CUSTOMIZATION

• I nternal weekly timer function and simplified internal timers (Auto-off, etc.).

Display customization

• Usable to manage 1 group of up to 16 indoor units. • E asy and intuitive, with icon based graphic interface, direct control buttons and function buttons.

Customized display, color on parameter and background, editable parameter, logo image on the initial display.

• Simple connection with single non-polarised two-core wire. • MA self-addressing technology.

160dot

• Suitable for all types of indoor unit, including GUF.

HOTEL 320dot

• Recommended for groups with only one indoor unit. • Integrated temperature sensor usable instead of indoor unit sensor. • Configurable temperature range settable from local keypad. • View and set setpoint temperatures in 0.5°C increments. • Supports 3D i-see sensor functions for 60 x 60 PLFY-P VFM-E1 cassette and 90 x 90 PLFY-P VEM-E cassette

SYSTEM EXAMPLE

Multilingual support The smartphone app can be displayed in the language that the guest’s smartphone is set to.

Non-polarized 2-wire

*When a PAR-CT01MAA is connected to a group, no other MA remote controllers can be connected to the same group.

208

MA Touch Remote Controller

Non-polarized 2-wire

MA Touch Remote Controller

209

CONTROL SYSTEMS / REMOTE CONTROL

PAR-U02MEDA ADVANCED REMOTE CONTROL

Occupancy Sensor

Temperature and Humidity Sensor

The occupancy sensor detects if a room is vacant and enables automatic control of the indoor units to implement energy saving strategies based on the effective occupancy of each room. The occupancy sensor enables the following energy saving functions:

The integrated temperature and humidity sensor may be used to increase perceived comfort levels,

• Switch indoor units ON/OFF based on occupied/vacant state of room; • Fan speed control; • Switch indoor unit from Thermo ON to Thermo OFF state;

while the ability to adjust the temperature with a precision of 0.5°C gives the user an even greater sense of control. The relative humidity sensor, combined with the ability to interlock the remote control with a programmable AHC controller, makes it possible to control humidity with external devices connected to the system via the AHC.

• Configure temperature deviation based on occupied/vacant status.

LED status indicator RADIAL MEASUREMENT UP TO 10 M 10 m

PAR-U02

The LED status indicator indicates the status of active functions on the remote control. Each colour is associated with a status or function:

10 m

e.g. Red=Heating, Blue=Cooling etc.

110°

The LED indicator may be temporarily or permanently disabled. LED STATUS INDICATOR

Dual Set Point EXTENDED SPATIAL MEASUREMENT 10 m

PAR-U02MEDA Advanced remote control

• Integrated temperature, humidity, occupancy and light sensors.

The Mitsubishi Electric Advanced remote control may be used to control up to 16 indoor units. While advanced, this controller also offers basic functions such as monitoring and controlling the status of the units in the system, and a weekly hour timer. Four integrated sensors (temperature, humidity, occupancy and light) allow a series of advanced adjustment and control functions. For example, the occupancy sensor can be used to save energy by configuring different modes based on the occupied/vacant status of each room.

• Contextual colour LED indicating operating status of indoor units.

• Large monochrome LCD touch screen display with white backlighting.

Upwards: 11.2°

• SMART energy saving and comfort functions.

Blue

Light bIue

Green

Yellow

Orange

Red

Light green

Purple

Pink

PAR-U02 1.2 m o 1.5 m

• View and set setpoint temperatures in 0.5°C increments • Dual Setpoint function.

31°

• Internal weekly timer.

Downwards: 19.8°

• ME M-Net addressing technology. • Extended setting ranges for setpoints (Cool: 19-35°C; Heat: 5-28°C). • N ew functions for use in conjunction with AHC Programmable Controller (PLC M-Net), for creating operating strategies with generic devices.

• Usable to manage 1 group of up to 16 indoor units.

Light Sensor The light sensor measures the light levels in the conditioned room and adjusts the brightness of the remote control display accordingly. Bright/dark thresholds may be set directly from the remote control over an extended luminosity range (1 to 65535 lx).

M-Net

M-Net TB5

The light sensor is also used in low light conditions to confirm the occupied/vacant status of the room.

TB5 LIGHT SENSOR

Light Sensor Luminosity (lx) Bright

Dark

Bright

Deap zone PAR-U02

PAR-U02

Dark

Dead zone Bright threshold

Thereshold adjustment Brightness sensor Monitor

Dead zone Dark threshold Time

Occupancy sensor Menu

------ lx

Threshold value 30 lx

Bright

5 lx

Dark Back

Test

Confirms

Groups of 2 indoor units

210

211

CONTROL SYSTEMS / REMOTE CONTROL

PAR-FL32MA

PAR-SL100

WIRELESS REMOTE CONTROL

PAR-FL32MA

PAR-FA32MA

WIRELESS REMOTE CONTROL

PAR-SF9FA-E

Dual Set Point

PAR-FL32MA wireless remote control

Wireless remote control PAR-SL100 • Weekly timer

• Usable to manage 1 group of up to 16 indoor units.

• Suitable for all types of indoor unit.

• Compatible with PLFY-VFM and PLFY-VEM

• Easy and intuitive with icon-based interface.

• Recommended for groups with only one indoor unit.

• Backlighting

• Temperature view and setting 0,5°C

• Receiver connected simply with single non-polarised two-core wire.

• Generic receiver for all indoor unit types: PAR-FA32MA.

• Group with up to 16 units

• 3D i-see sensor compatible

• MA self-addressing technology.

• S pecific corner receiver for 4-way PLFY-P VBM-E cassette units: PARSA9FA.

• Direct/Indirect function with corner PAC-SF1ME-E (3D i-see sensor)

TB5

12V

TB15

• Single vane control

TB15

12V Indoor unit Grouping NG

PAR - FL32MA

Segnal receiving unit NG

PAC YT52

PAR-SL100A-E

Groups of 2 indoor units

Compatibility table

Wireless signal receiver Wireless remote control PMFY-P*VBM PLFY-P*VLMD PFFY-P*VKM PEFY-P*VMR-E/R/VMH PFFY-P*VLEM/VKM/VLRM/VLRMM PEFY-P*VMS1(L) PEFY-P*VMA(L) PCFY-P*VKM

212

Compatibility table

Wireless signal receiver Wireless remote control PKFY-P*VBM-E PKFY-P*VHM/VKM

Built in

Wireless signal receiver Wireless remote control PLFY-P*VEM-E

PAR-SE9FA-E PAR-SL100A-E

PLFY-P*VFM-E1 PAR-FA32MA

PAR-FL32MA

213

CONTROL SYSTEMS / REMOTE CONTROL

PAR-W21MAA / PAR-W31MAA

PZ-61DR

ECODAN REMOTE CONTROL

PAR-W21MAA / PAR-W31MAA remote control for hydronic modules and HWHP units

• Simple connection with single non-polarised two-core wire. • MA self-addressing technology.

LOSSNAY REMOTE CONTROL

PZ-61DR remote control for Lossnay

• Operating mode selection (Heating, Heating ECO, Hot water, etc.).

• Specific remote control for Lossnay heat recovery units.

• Internal weekly timer.

• Usable to manage one group of up to 15 Lossnay units.

• Remote control for hydronic modules, HWS and ATW units and Hot Water Heat Pump package systems (HWHP).

• Customisable water temperature ranges for switching operating mode from local keypad.

• Easy and intuitive with icon-based interface.

• On-display service messages.

• Simple connection with single non-polarised two-core wire.

• Backlit LCD screen.

• Usable to manage 1 group of up to 16 indoor units.

• On-display service messages.

• Internal weekly timer.

• Energy management.

• Easy and intuitive with icon-based interface.

*PAR-W31MAA specific for QAHV

• Custom ventilation strategies for mode switching (Auto/recovery/ bypass).

• Night purge function for active night-time ventilation in summer.

Lossnay

HWS & ATW

Centralized controller

Centralized controller Power supply unit

Power supply unit

ME remote control ME remote control

MA Remote control

*Not compatible with LGF

214

215

CONTROL SYSTEMS / CENTRALIZED CONTROL

AT-50B

SYSTEM CONTROLLER

AT-50B system controller • Two function buttons programmable to access any of a choice of functions (Night Set-back, weekly hour timer setting, switch operating mode, adjustable temperature range restriction, local restrictions).

• 5” backlit LCD touch screen. • Usable to manage 50 groups of up to 50 indoor units. • Individual or collective group control, with groups displayed in grid, list or group format.

• Recommended for controlling a single system.

• Dual-Setpoint function. • View and set setpoint temperatures in 0.5°C increments. • Two weekly timers (for seasonal switching) and one daily timer. • Simple connection with single non-polarised two-core wire. • ME M-Net addressing technology.

Bus M-Net

TB7

TB3 Outdoor unit

AT-50

PAC-SC51KUA-J

216

TB5

217

CONTROL SYSTEMS / CENTRALIZED CONTROLLER

AE-200E

WEB SERVER CENTRALIZED CONTROLLER

Router

Hub

M-NET

LAN1 GROUP 1

GROUP 2

AE-200E M-NET

Dual Set Point GROUP 3

3D TOUCH Controller • G enerously sized backlit 10.4” SVGA touch screen with graphic layout display function. • Built-in 240 V AC 50 / 60 Hz power supply. • Standalone configuration: management of up to 50 indoor units. • E xtended configuration: management of up to 200 indoor units (with 3 expansion controllers EW-50). • Individual or collective control of groups, blocks or zones. • Ethernet interface for connection to BMS supervisor systems. • I ntegrated WEB server software for management using Internet Explorer®. • Integrated 2 GB SD memory card for storing system data. • Direct management of 4 impulse meters with no external interface. • Power consumption data for billing downloadable via internet connection. • Complete support for all advanced RMI platform functions for energy consumption monitoring and for multi-installation and multi-user management.

GROUP 4

Superior management, functional and monitoring capabilities with new Mitsubishi Electric controller systems The 3D TOUCH Controller supports the management, operational and monitoring capabilities of all the new functions offered by the new ADVANCED remote control.

CO2 sensor

Humidifier

Heater

Information concerning occupancy, light levels, relative humidity in the indoor space and dual setpoints is accessible directly from the display and via the WEB.

Power and flexibility in a compact device While measuring practically the same as the previous AG-150, the new 3D TOUCH Controller WEB Server centralized controller offers a larger screen area, greater processing power and expandable flexibility for future applications.

• Temperature setpoints settable and viewable with a precision of 0.5°C. • Energy saving functions: Maintenance temperature, Sliding temperature, Optimised start, Dual Setpoint. • M-Net interfacing with Ecodan package Hot Water Heat Pump systems (CAHV and CRHV).

RMI Ready The 3D TOUCH Controller WEB Server centralized controller performs the crucial role of acquiring and monitoring data via the M-Net data transmission bus linking all the components of the VRF CITY MULTI, Mr. Slim or Residential system. A router (available as wired ADSL or 3G Mobile versions) creates a secure, protected communication channel with the RMI Server. The modular flexibility of the RMI Server makes it possible to store enormous volumes of data, which is acquired, processed and archived for access from portable devices. This infrastructural complexity, combined with superior processing, management and security capabilities, is encapsulated in an extremely user friendly concept, to help users optimise the energy usage of their systems.

Allows direct connection to BMS BACnet NEW • POWER

ON/OFF

STATUS

AE-200E AG-150A AE-200

218

219

CONTROL SYSTEMS / CENTRALIZED CONTROLLER

EW-50

CHARGE

WEB SERVER CENTRALIZED CONTROLLER

"CHARGE" SYSTEM FOR CENTRALIZED WEB SERVER CONTROLS

Apportioning system by web server centralized controllers The Charge consumption monitoring and apportioning system may be used to meter the consumption of electric power, thermal power and water for air conditioning, air and/or water heating and domestic hot water production with a Mitsubishi Electric VRF CITY MULTI system, and calculate individual usage values. The AE-200 and EW-50 CHARGE systems use proprietary Mitsubishi Electric calculation and apportioning methods. This consumption apportioning method indicates the consumption parameters of each user

as percentages of the total consumption of the system. Consumption values, as percentages and kWh, may be calculated separately for: • Outdoor Units • Indoor Units • Ecodan HWS Hydronic Modules • Ecodan ATW Hydronic Modules

Dual Set Point

3D Blind Controller • “Black Box” version (no display).

• Status indicator LED indicating data transmission status and/or errors.

• Compact dimensions (external 230V AC power supply).

• Consumption data for billing downloadable via internet connection.

• Usable to manage 50 groups for a total of up to 50 indoor units.

• A wide choice of energy saving functions offered as standard, with additional optional functions accessible with PIN code licenses.

• Individual or collective group control. • Ethernet interface for connection to supervisor systems. • I ntegrated WEB server software for management using Internet Explorer®. • S implified connection, with single non-polarised two-core wire, using ME technology.

kWh

• Complete support for all advanced RMI platform functions for energy consumption monitoring and for multi-installation and multi-user management.

230VAC

PAC-YG60MCA

• Expansion controller for AE-200.

230VAC

Indoor units App. 1

Outdoor units App. 2

230VAC

kWh

• Allows direct connection to BMS BACnet NEW

• Integrated 2 GB SD memory card for storing system data. • Direct management of 4 impulse meters with no external interface.

Ecodan HWS

Ecodan ATW

AE-200

Outdoor unit EW-50

Bus M-Net - TB7

TB3

DHW tank

Bus M-Net TB5

TB5

Thermal flywheel

From water mains

TB5

Indoor unit

Ethernet

PAC-YG60MCA

m3 kcal/h

220

kcal/h

221

CONTROL SYSTEMS / REMOTE MANAGEMENT SYSTEM

MELCloud

Remote monitoring and control system

• Cloud remote monitoring and control system. • Born for residential aplications, it’s now being expanded to VRF CITY MULTI. • Complete and intuitive solution with all main control and monitoring functions. • Does not require WEB Server 3D centralized control (AE-200, EW-50).

Group/Individual simplified management*2

Available for Smartphone and Tablet

User restrictions

• • •

Outside the building (Cloud)

trol and monitor air conditioning and hot water production units on mobile device, just as easily as he would on a traditional remote control. This is possible thanks to WEB Server 3D centralized control installed on site, connected to the building Wi-Fi router*1.

Internet connection needed WEB Server centralized control needed Advanced energy monitoring Monthly/Custom charts and reports Multi-site management Energy consumption apportioning

222

• Cloud remote monitoring and control system for professional use. • Allows all main remote control and monitoring functions. • Advanced energy monitoring features are available, such as hourly cunsumption view, custom charts and data collection and display. • Geo-localized multi-site management. • Multi-user management for centralized systems. • Energy consumption apportioning*3.

Dedicated App

*1 Not supplied by Mitsubishi Electric.

INSIDE THE BUILDING

RMI

•

• • • • • •

• • • • • • • • • • •

*2 For compatible product lines please refer to catalogues or contact headoffice

OUTSIDE THE BUILDING

223

CONTROL SYSTEMS / REMOTE MANAGEMENT SYSTEM

3D TABLET CONTROLLER WI-FI REMOTE MANAGEMENT SYSTEM

New Wi-Fi management system by Mitsubishi Electric 3D Tablet Controller allows system management and control through Smartphone and Tablet under LAN Wi-Fi coverage.

Access and Components

Simple and intuitive interface

Mobile interface

Advantages

Thanks to its simple and intuitive interface the user is able to freely control air conditioning and water production units from mobile device, inside the building.

The web interface has been designed following the modern style of App for Smartphone and Tablet, maximizing easy of use and intuitiveness for mobile use.

• Compatible with all Smartphone and Tablet mobile devices, regardless of the brand and operating system.

This interface has been designed to have the look&feel of a typical App for Smartphone, with immediate feedback from units and fast setting of operating parameters.

• No need for internet connection, communication is direct between device, router and centralized controller. • Possibility to replace the wired remote controls • Possibility of configuring different users with privileges/restrictions on the available functions

WEB Server centralized control connected to Wi-Fi router is needed. 3D Tablet Controller is compatible with all Smartphone and Tablets, thank to access through internet browser. The user can login at the address: http://[AE-200/EW-50 IP address]/mobile

Hub PC

LAN

Router

LAN M-NET

224

AE-200E

M-NET

225

CONTROL SYSTEMS / REMOTE MANAGEMENT SYSTEM

REMOTE MONITORING INTERFACE CLOUD REMOTE MANAGEMENT SYSTEM

Manage your systems with detailed information and analytical functions Manage multiple installations with different sizes and architectures conveniently from the application on your PC, view function parameters in a summarised dashboard interface, and analyse specifically created reports to make your installation work even more efficiently. RMI is also the ideal solution for the centralized management and supervision of multiple installations in different locations.

The project The RMI project is the result of a forward thinking idea by Mitsubishi Electric to offer its customers the capability of managing their installations from portable devices, adding a significant new advantage offered by these systems. The all-new RMI system is the FIRST system of its kind based on Cloud Computing technology, which lets you interface with your system via a simple yet secure internet connection. RMI makes it possible to manage Mitsubishi Electric air conditioning solutions, with energy consumption monitoring and maintenance functions, from smartphone and tablet apps for the iOS and Android operating systems, and via a private WEB Client area from a PC. The RMI system is based on a dedicated infrastructure (RMI Server), which may be described as a container for installation data that is collected and made accessible simply and intuitively, and filtered and represented appropriately for the type of user analysing and using the data. The project was designed from the start with security in mind, to protect the installation and the client against unauthorised access with a secure VPN connection (Virtual Private Network).

Who can use RMI? Because of its many different functions, the RMI system is suitable for all types of installation, from centralized residential systems to commercial applications and large scale installations. The remote management and monitoring functions are intended for end users (e.g. tenants), owners, administrators, energy/building managers, global service providers and installing and maintenance technicians.

The Cloud system by Mitsubishi Electric for large installations

Simplified control for all of your systems

The RMI system lets you control your air conditioning, heating and domestic hot water production system remotely from a smartphone, tablet or PC. The system may be used to monitor the performance of your appliances, programme functions, check consumption and view operating states to optimise the efficiency of the system.

Set weekly programmes and special events, and view and analyse the operating parameters of your system remotely from a mobile device with a graphic interface that lets you change settings instantaneously when needed.

Your perfect climate in an App! Control your air conditioner, adjust temperature and air flow settings, view and manage hot and cold water production status and check for system faults.

System architecture The 3D TOUCH Controller WEB Server centralized controller performs the crucial role of acquiring and monitoring data via the M-Net data transmission bus linking all the components of the VRF CITY MULTI, Mr. Slim or Residential system. A router (available as wired ADSL or 3G Mobile versions) creates a secure, protected communication channel with the RMI Server. The modular flexibility of the RMI Server makes it possible to store enormous volumes of data, which is acquired, processed and archived for access from portable devices. This infrastructural complexity, combined with superior processing, management and security capabilities, is encapsulated in an extremely user friendly concept, to help users optimise the energy usage of their systems.

RMI Service packages RMI can also be applied to an existing VRF CITY MULTI system, by interfacing through the installationâ&#x20AC;&#x2122;s existing WEB Server centralized controllers. Contact head office to check compatibility between hardware and available functions See DEMO RMI at: http://demo-it.rmi.cloud RMI IS AVAILABLE IN THE FOLLOWING PACKAGES

ALL FROM AN APP ON YOUR SMARTPHONE OR TABLET.

226

227

CONTROL SYSTEMS / EXTERNAL SIGNAL INTEGRATION

CONTROL SYSTEMS / B.M.S. INTEGRATION

ADVANCED HVAC CONTROLLER

LMAP04

EXTERNAL SIGNAL INTEGRATION

AHC – Advanced HVAC Controller

Flexible programming…

• Solution consists of an ALPHA2 PLC and an M-Net interface, both by Mitsubishi Electric.

Up to 200 function blocks can be used in a single application (Set/Reset, Timer, Service messages etc.), offering extraordinary scope for controlling the entire installation.

• Intuitive object-based graphic programming function. • Create control strategies using either physical signals (inputs and outputs) or logical signals (via M-Net data transmission bus). • Receive signals from 2 Groups for a total of up to 32 indoor units for each PLC. • Programme synchronised energy saving strategies between power consuming utilities (such as lighting) and the air conditioning system.

… and safe data! The application is stored permanently in an EEPROM memory module. This means that active data (such as meter counts) are backed up without requiring power.

LMAP04 BMS INTERFACE FOR LONWORKS® NETWORKS

LMAP04 BMS interface for LonWorks® networks The LMAP04 interface allows Mitsubishi Electric air conditioners to communicate with third party BMS supervisor and management systems through the LonWorks® network system. The hardware of the interface consists of an electronic board with software integrated in the board itself which needs no configuration. The LMAP04 interface may be installed with any remote control or

• 15 inputs and 9 outputs. • Number of physical inputs and outputs may be increased with dedicated expansion modules. • Large backlit LCD display for programming functions and viewing graphics, text and values. • Direct programming with 8 function keys on front control panel without using auxiliary devices. • Superior installation flexibility with integrated DIN rail adapter. • System may be password-protected. • Possibilità di proteggere il sistema mediante password.

Total integration The AHC programmable controller uses Mitsubishi Electric know-how acquired in industrial automation applications to integrate air conditioning, heating and domestic hot water production systems with third party systems, such as access control, security, lighting control systems etc., allowing communication between the systems via the M-Net data communication bus. This makes it possible, for example, to use data acquired via the M-Net communication bus to control external devices instead of interlocking the operation of air conditioner units and external systems connected to the AHC Programmable Controller, or using other similar measures.

228

M-NET

Extensive operating temperature range

AE-200

Designed to operate in a temperature range from 25°C to 55°C and with an IP20 protection rating, these devices are ideal for both indoor and outdoor installation.

LMAP04

Digital and analogue expansion modules Dedicated expansion modules offer the possibility of increasing the number of both analogue and digital inputs and outputs. Digital

Analogue

AL2-4EX:

AL2-2PT-ADP:

offers 4 digital inputs

offers 2 analogue inputs

AL2-4EYT:

AL2-2DA:

offers 4 digital outputs

offers 2 analogue outputs

centralized controller of the Mitsubishi Electric range. The LMAP04 interface can also be used in a mixed system, which also includes the TG-2000A supervisor. Each LMAP04 interface can control up to 50 indoor units, each with its own unique address. In installations with AE-200E or EW-50 WEB Server centralized controllers, the LMAP04 interface offers the same modularity as the controllers themselves. In these cases, a separate interface must be installed for each centralized controller.

LONWORKS

BMS

LMAP04

M-NET AE-200

229

CONTROL SYSTEMS / B.M.S. INTEGRATION

XML

ME-AC-MBS-100

BMS INTERFACE FOR ETHERNET NETWORKS

BMS INTERFACE FOR MODBUS® NETWORKS

AE-200

EW-50

XML BMS interface for Ethernet networks XML is an innovative new communication system developed specifically for exchanging data over the web. XML makes it possible to create custom software extremely simply, which can even be used with a standard internet browser. The XML protocol makes it possible to integrate with a BMS system using the AE-200E or EW-50 WEB Server centralized controllers, with no additional dedicated hardware interfaces. As all the information necessary for the BMS system is available in XML format directly over

ME-AC-MBS-100 – BMS interface for Modbus® networks the Ethernet communication port of the AE-200E / EW-50 controller, all that needs to be done is to connect both the AE-200E / EW-50 WEB Server centralized controllers and the BMS computer system to the same network. Connecting to a BMS system with the XML protocol is extremely simple, as the Ethernet network platform is used. No dedicated conversion or interface hardware is needed, as shown in the typical layout schematic.

The Modbus communication protocol was initially used for PLC networks. Mitsubishi Electric offers an interface capable of controlling up to 100 indoor units (ME-AC-MBS-100) for managing a VRF CITY MULTI installation with a BMS system.

The interface is connected to the Modbus supervisor system either by an RS232/RS485 serial connection or a TCP/IP over Ethernet connection, and is connected to the Mitsubishi Electric VRF CITY MULTI installation by Ethernet.

M-NET

Bus M-Net

BMS AE-200

AE-200 Ethernet cable

Bus M-Net

HUB - LAN

AE-200 Outdoor unit Switch

Modbus® supervisor systemus RS232/RS485 or Ethernet M-NET AE-200

230

ME-AC-MBS-100 interface

231

CONTROL SYSTEMS / B.M.S. INTEGRATION

ME-AC-KNX-100

BACnet® PIN CODE

BMS INTERFACE FOR KNX® NETWORKS

BMS INTERFACE FOR BACNET® NETWORKS

ME-AC-KNX-100 – BMS interface for KNX® networks KNX is one of the global standards for automated household and building control. This open protocol ensures cross-compatibility between products from different manufacturers. Mitsubishi Electric offers an interface capable of controlling up to

Ethernet

BACnet® PIN code 100 indoor units (ME AC KNX – 100) for managing a VRF CITY MULTI installation with a BMS system. The interface is connected directly to the EIB bus linked to the KNX network, and to the Mitsubishi Electric VRF CITY MULTI installation by Ethernet.

M-Net

The BACnet® protocol was originally developed by ASHRAE in North America specifically for HVAC applications (Heat, Ventilation, Air Conditioning). It was subsequently also adopted in Europe as one of the standard communication solutions for air conditioning systems, together with LonWorks® and other protocols. One of the greatest advantages of this protocol is the extraordinary degree of cross-compatibility it offers, allowing systems from different manufacturers to be integrated with each other. New BACnet PIN code allows communication between Mitsubishi Electric system and BACnet BMS network with the same monitoring information and settings which were available with BAC-HD150. BACnet PIN code is available only for WEB Server 3D centralized controls

(AE-200, EW-50). Physical connection is via Ethernet cable through a dedicated port on centralized control. Thanks to new BACnet PIN code it is possible to remove one hardware component (BAC-HD150) from the system, simplifying its structure and removing one potential source of malfunction. Each centralized control equipped with BACnet PIN code is able to handle up to 50 indoor units and 50 groups.

AE-200

Ethernet

HUB-LAN

Sistema BMS Bacnet

M-Net

Ethernet

AE-200

WEB Browser

Bus M-Net

ME AC KNX interface

Mitsubishi Electric Device 1

Device 2

Max 50 UI

Bus EIB/KNX Power

232

233

234

235

NOTES

236

NOTES

237

NOTES

238

NOTES

239

Centro Direzionale Colleoni Viale Colleoni, 7 - Palazzo Sirio 20864 Agrate Brianza (MB) tel. 039.60531 - fax 039.6053223 e-mail: clima@it.mee.com

les.mitsubishielectric.it/en/products/

Eco Changes is the Mitsubishi Electric Groupâ&#x20AC;&#x2122;s environmental statement, and expresses the Groupâ&#x20AC;&#x2122;s stance on environmental management. Through a wide range of businesses, we are helping contribute to the realization of a sustainable society.

The equipment described in this catalogue contain fluorinated gasses such as HFC-410A (GWP 2088), HFC-134A (GWP 1430) e HFC-407C (GWP 1774). Installation of those equipment must be executed by professional installer based on EU reg. 303/2008 and 517/2014

CITY MULTI FULL PRODUCT LINEUP CATALOGUE 2018 E-1804205 (15161)

Specifications are subject to change without notice