AIR CONDITIONING SYSTEMS CM09WD-E

Transcription

1 IR CONDITIONING SYSTEMS CM09WDE

2 Our Latest Technologies V RF system VRF stands for Variable Refrigerant Flow. VRF air conditioning system modulates the flow of refrigerant depending upon the capacity requirements of the building. In its simplest form, a VRF system comprises an aircooled I ntelligent Power Module (IPM) technology outdoor unit and a series of indoor units that regulate the air temperature inside an internal space. The City Multi range from Mitsubishi Electric provides precise control of energy input, through utilization of its Intelligent Power Module (IPM) technology. By employing this technology, highly efficient operation is possible I nverter driven technology with compact units closely matching building requirements. ir conditioning is an ideal way of t Mitsubishi Electric we strive to continually controlling the temperature, movement and cleanliness of air inside any building, large or small. With today's buildings being so well insulated and increasingly full of electronic equipment, the need for effective climate control is greater than ever. Not only does it cool in the suer months, but air conditioning can also heat, doing away with the need for separate heating systems altogether. More and more people today Unsurpassed air conditioning from Mitsubishi Electric Known the world over, the name Mitsubishi is a trusted household name associated with a variety of products and services. Founded in 1907, the company known today as Mitsubishi meet the increasing demands of our customers, being the first in the industry to offer highly advanced inverter driven systems. Using inverter technology our systems produce just the right amount of output to match the exact requirement of any building. These systems work so efficiently that they don t waste valuable energy by overheating or overcooling, resulting in greatly reduced running costs. lternative systems that may appear cheaper, can often cost substantially more to run, making us the most cost effective choice all round. R410 refrigerant s scientific evidence points to manmade chemicals for the damage caused to the ozone layer, we only use chlorinefree refrigerants that are safe with zero ODP (Ozone Depletion Potential). ccordingly, our systems require less energy to run, and have a significantly lower indirect global warming potential. In short, we produce the most efficient equipment possible, while helping to protect the environment. are enjoying the benefits of comfortable Electric, quickly rose to the forefront of working and living environments made the air conditioning industry a position possible with air conditioning. we still enjoy today. We pride ourselves on offering some of the most energy efficient systems available on the market. Page1 Page2

3 V RF system Our answer to VRF Mitsubishi Electric sets the boundaries of VRF technology with the City Multi range, which is available using R410 refrigerant with zero ODP (Ozone Depletion Potential). The range has been specifically designed for today s building requirements and addresses key market issues such as energy efficiency, adaptability and reliability. With user friendly control systems utilizing Internet technology and integrated cooling and ventilation indoor units, City Multi is the benchmark and market leader in VRF technology. VRF is a multi and direct expansion type air conditioning system where by one outdoor unit can be connected with multiples indoor units. The amount of refrigerant can be regulated freely according to the load on the indoor unit by the inverter driven compressor in the outdoor unit. Zoning in a small office is possible with a small capacity indoor unit. Energy conservation is easily handled because individual indoor units can stop and start their operation as needed. There are various indoor units available in order to suit various interior design needs. Sophisticated yet simple technology Inverter driven compressor Reliable Joint Header Designed and manufactured to the highest standards, the City Multi range offers one of the most reliable air conditioning systems available. Simple to install and easy to maintain, this range provides ideal solutions you can trust to protect your investment. PEFYVMS1 ON 27 c ON 25 c ON 25 c OFF OFF ON 23 c ON 26 c PEFYVMR Controller >ll the City Multi outdoor units are made in Japan under stringent control. PFFYVKM Page3 Page4

4 I nverter Driven Technology now up to 50HP Low Starting Currents Using inverter driven technology saves energy for several reasons: 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. 100% / Capacity Linear Capacity Control Unbeatable Efficiency Using proven single inverter driven compressor technology, the City Multi range is favored by the industry for low starting currents (only 8 amps for a 16HP YHM outdoor unit), and smooth transition across the range of compressor frequencies. 15% 15Hz Frequency :74Hz :81Hz * image Heat Interchange Circuit The unique Heat Interchange Circuit (HIC) enhances efficiency by providing additional subcooling and allows the expansion device to effectively control the refrigerant distribution, thereby increasing the operating efficiency and reducing the volume of refrigerant in each system. City Multi Refrigerant Circuit Coon Refrigerant Circuit Condenser Condenser ll City Multi compressors are inverterdriven type. Capable of precisely matching a building's cooling and heating demands. The outdoor unit combinations comprise 1unit for 818HP systems (for R2 up to 16HP), 2 units for 2036HP systems (for R2, 1832HP) and 3 units for 3850HP systems (Y series only). Each unit carries one inverter compressor making simple and highly reliable control possible. Not only does it allow low starting currents, the inverterdriven compressor also provides precise indoor comfort and adapts to the air conditioning load. Stable and smooth operation ccumulator Evaporator LEV High temperature Supercooled heat exchanger Low temperature LEV Medium temperature Bypass ccumulator Evaporator LEV capacity Y series 818HP R2 series 816HP 100% 1 inverter compressor Inverter capacity 100% Y series 2036HP Y series 3850HP capacity R2 series 1832HP 2 inverter compressors 100% 3 inverter compressors No2 No2 No1 No1 No1 No1 No1 load load load No3 No2 Page5 Page6

5 I ntelligent Power Module (IPM) Technology The YHM range from Mitsubishi Electric provides precise control of energy input, through utilization of its Intelligent Power Module (IPM) technology. By employing this technology it is possible to closely match the building requirements, achieving more accurate control of the occupied space. By using incremental 1Hz steps of capacity control, the amount of power input required is significantly reduced, resulting in greatly improved COP s. In addition, IPM technology ensures effective performance under partial load conditions, a condition that most systems will be in for the majority of the normal working life cycle. By taking account the efficiency at both part load, and peak load conditions, R410 City Multi is designed to provide unbeatable year round/seasonal efficiency. Total Energy Conservation Comparison of COP (energy efficiency) 8HP system The difference between YHM and previous Mitsubishi Electric models Technology is key when increased efficiency is demanded. The City Multi YHM range is able to deliver this in simple ways. highly efficient R410 scroll compressor design results in less friction losses at the motor. simplified refrigerant circuit (low pressure loss) including a new accumulator design also adds a few more points to the efficiency scale. Enhancements to the heat interchange circuit, an inverter driven fan motor and a heat exchanger design again add vital increases to overall system efficiencies and COPs. COP The importance of COP % Energy Saving % Energy Saving 4.33 High COP (Coefficient of Performance) is realized COP stands for Coefficient of Performance. It is a measure of the useful energy a system can deliver compared to the energy it consumes. It is calculated by dividing the energy output by the energy input of a system. The higher the figure then the more efficient the system is deemed to be. Mitsubishi Electric VRF models, the world's highest energyefficient airconditioners, will undoubtedly reduce millions of tons of CO2 emissions. 0 R22 Our equivalent product 10 years before PUHY200YMF Standard model High COP model * verage COP of cooling / heating Page7 Page8

6 E fficient R410 refrigerant History of refrigerant R22, an HCFCbased refrigerant, has been a popular choice for most chillers. R22 has been targeted by the Montreal Protocol to be phased out in new equipment. dditionally, governments in many countries are enforcing a ban of HCFCbased refrigerants for new installations. Because of these restrictions, R410 refrigerants are desirable. R410 is a blend of HFCs, which do not deplete the ozone. Technical aspects of refrigerant For the Environment R410 is a more efficient refrigerant as it has a higher specific heat capacity when compared to R407C or R22. This higher energy carrying capacity allows for smaller pipe sizes, longer pipe runs and reduces the volume of refrigerant within a system. This is a major factor when concerning safety and environmental requirements in the design, manufacture, installation, operation, maintenance and disposal or refrigerating systems. New Design Reduction of operation noise Enhancing environmental care (measures for the RoHS Directive and the refrigerant reduction) Every unit is in compliance with the RoHS Directive,* which stands for the Restriction of Hazardous Substances: Leadfree soldering is used to avoid Lead Groundwater Contamination on the print board. The amount of refrigerant on the unit has also been reduced to enhance environmental care. * RoHS Directive: the restriction of the use of certain hazardous substances in electrical and electronic equipment that has been sold in EU since July 2006 Improvement of COP Improvement of COP Photo : Y series Improvement of reliability and easy maintenance Page9 Page10

7 Due to the compact design of the outdoor unit, industry leading space saving is realized. The downsized outdoor unit can be transported through a 800 wide door. 812HP outdoor units (in.) Example of 6people elevator. (in.) 1,400 (551/8) Compact Design of New Outdoor Unit Industry leading weight saving is realized. The manageability of the outdoor unit has been improved due to a drastic reduction in it's weight, leading to easy transportation, installation, and reduction in withstand load. 10HP outdoor unit s of September, 2006 (based on internal survey) 23kg reduction in weight Industry Leader Height 1,650 1,710 (6431/32) (673/8) Width 920 (367/32) Depth 760 (2929/32) Effective Use of Space The new models have a smaller foot print and service space requirement than previous models. 18HP (Yseries) Conventional CITY MULTI (YGM series) 1,740 (6817/32) 1,990 (7811/32) 3.46m (1723/32) 840 (331/16) 450 (1723/32) 1,510 (5915/32) 300 (1113/16) 760 (2915/16) 450 (1723/32) 15 (19/32) 920 (361/4) 15 (19/32) The unit can easily be transported even into slender buildings (14/32) 10 (13/32) 800 (311/2) Easy to transport 10 (13/32) 812HP systems (Y/R2 series) 1.43m HP systems (Y series) 1416HP systems (R2 series) 1.89m 2 1,510 (5915/32) 15 (19/32) 1,220 (481/16) 15 (19/32) 1.89m (1113/16) 760 (2915/16) 450 (1723/32) 1,510 (5915/32) 850 (3315/32) (in.) 300 (1113/16) 760 (2915/16) 450 (1723/32) 15 (19/32) 1,220 (481/16) 15 (19/32) 45% reduction (in.) Weight(kg) Y R2 8HP HP HP HP HP kg PUHYP250YGM 18HP HP HP HP kg PUHYP250YHM 26HP HP City Multi makes it easy. Weight(kg) Y R2 30HP HP HP HP HP HP HP HP HP HP HP 735 The narrow space between buildings makes it difficult to use a crane. Page11 Page12

8 F eatures and Benefits New Improved Figures Increased Pipe Lengths Total system pipe lengths of up to 1,000m(3,280ft) and furthest pipe lengths of 165m(541ft) make the CITY MULTI Y series system one of the most flexible VRF systems in the market The Strength of City Multi Low Noise Levels New Fan Design CITY MULTI VRF systems led the introduction of larger single fan rotors some ten years ago, achieving substantially lower noise levels over multiple designs. Continuing the development in the areas of blade shape and weight, Mitsubishi Electric have managed to achieve even higher performance and lower noise levels. To reduce noise levels further and comply with inner city residential noise regulations, all outdoor units include low noise mode. This function works by lowering the fan speed and compressor frequency proportionally with reduction in demand. Low Noise Low Noise New inverter driven outdoor fan motor Newly designed refrigerant circuit (low pressure loss) Photo : Y series Highly efficient R410 Scroll compressor The compressor compartment is sealed by metal panels to attain low noise levels in all directions. Y Series Twopipe VRF System The Y series twopipe system offers great piping design flexibility. Two pipes run from the Y series outdoor unit to connect up to 50 indoor units via simple Tbranches, headers, or combination of both. Y series system may have a total combined length of refrigerant piping up to 3,280 feet one way. The farthest distance between the Y series outdoor unit and any one of the 50 indoor units is 541 feet. The outdoor unit can be placed 164 feet vertically above the lowest indoor unit or 131 feet vertically below the highest indoor unit. The Y series offers exceptional line lengths that will accoodate just about any coercial application, including multistory office buildings, assisted living facilities, universities, and many, many more. Refrigerant Piping Lengths Total length Maximum allowable length Farthest indoor from first branch Vertical differentials between units Indoor/outdoor (outdoor higher) Indoor/outdoor (outdoor lower) Indoor/indoor Topbottom differential 50m [164ft] *1 *2 Maximum meters [Feet] 1,000 [3,280] 165 (190equivalent) [541(623)] 40 [131] Maximum meters [Feet] 50 [164]*2 40 [131]*2 15 [49] Furthest piping length 190m [623ft] (equivalent length) (actual length 165m [541ft]) Between indoor units topbottom differential 15m [49ft] R2 Series Twopipe VRF System The R2 system offers flexibility and reduced costs for refrigerant piping. Refrigerant Piping Lengths Total length (P600,P650 models only: Refer to the Data book for other models.) Maximum allowable length 165 (190equivalent) [541(623)] Maximum length between outdoor and single/main BC controller 110 [360] *Maximum total length is dependent upon the distance between the outdoor unit and the single/main BC Controller. Maximum length between single/main BC controller and indoor 4060 [131196] Vertical differentials between units Indoor/outdoor (outdoor higher) Indoor/outdoor (outdoor lower) Indoor/BC controller (single/main) * Maximum length between single/main BC controller and indoor is dependent upon the vertical differential between the single/main BC controller and the indoor unit. Indoor/indoor Main BC Controller/Sub BC Controller Topbottom differential 50m [164ft] *1 *2 Between indoor unit and BC controller topbottom differential 15m [49ft] Between indoor unit and BC controller topbottom differential 15m [49ft] Maximum meters [Feet] [1,8042,624] Maximum meters [Feet] 50 [164]*2 40 [131]*2 15 [49] 15 [49] 15 [49] Furthest piping length 190m [623ft] (equivalent length) (actual length 165m [541ft]) BC controller Between indoor units topbottom differential 15m [49ft] *1 When the outdoor unit is installed below the indoor unit, topbottom differential is 40m [131ft]. *2 Depending on the model and installation conditions, topbottom differential 90m [295ft] (o/u above) and 60m [196ft] (o/u below) is available. For more detailed information, please contact your nearest sales office or distributor. Page13 Page14

9 Operation Range 20 C [4 F] Outdoor temperature (wet bulb temperature) In cooling mode 5 C [23 F] In heating mode 15.5 C [60 F] Outdoor temperature (dry bulb temperature) 20 C[4 F] 10 C[14 F] 0 C[32 F] 10 C[50 F] 20 C[68 F] 30 C[86 F] 40 C[104 F] 43 C [109 F] t low ambient temperature the guaranteed operating range is now expanded to 20 C[ 4 F] in heating and 43 C[109 F] in cooling. Operating range in cooling is from an outdoor temperature of 5 C[23 F], while that in heating has expanded to an outdoor temperature of 20 C[4 F] * 5 C (23 F) DB / 6 C (21 F) WB ~ 21 C (70 F) DB / 15.5 C (60 F) WB with cooling/heating mixed operation Blue Fin Treatment The anticorrosion Blue Fin treatment of the heat exchanger is especially effective in urban environments where the traffic pollutions can damage the aluminum fins reducing the capacity and life expectancy of the unit. ll City Multi R410 outdoor units have been treated with Blue Fin. The Strength of New City Multi Easy Maintenance Even when one of the indoor units in the system is under maintenance, the other indoor unit can still operate. Under maintenance In operation R410 Pipe Sizing s R410 has a higher specific heat capacity than R22, the pipework is smaller. This means the pipe itself is cheaper, easier to install and less riser space is required within the building. Conventional Gas piping B28.58 (B11/8) Liquid piping B12.7 (B1/2) Gas piping B22.2 (B7/8) Liquid piping B9.52 (B3/8) Based on 10HP model Operation Set Temperature of 14 C[57 F] Gyms, laboratories etc. often require the ability to cool lower than the standard comfort cooling setpoint. By selecting a dip switch on the unit, a cooling operation set temperature of 14 C[57 F] DB is possible on PDFY/ PEFY/PFFY series. (PEFYPVMHEF is excluded.) The indoor unit fan will be fixed at high speed during this operation. (except PUMY) * CITY MULTI is an air conditioning system designed for rooms and areas where people work or relax, not for machine rooms. * Not applicable to all situations. * Be sure to turn off the power to the indoor unit when repairing or servicing the unit. System Check Ensuring simple and easy maintenance, system tests are available to check wiring, sensors and the refrigerant amount. 60Pa High Static Pressure as standard Both Y and R2 series correspond to high static pressure of 60Pa, ideal and flexible for any type of application. Page15 Page16

10 U nique technology Unique to Mitsubishi Electric, our heat recovery technology uses just two pipes, as opposed to the market conventional three. Designed for effective simultaneous heating and cooling our R2 and WR2 systems offer substantial savings on installation and annual running costs. Why Heat Recovery? Flexibility and efficiency are key factors when selecting a heat recovery system. For example, while a heat pump system is adequate for a large openplan office, an office that has a more partitioned structure will require the need to simultaneously heat or cool different sections of the office according to each user's individual preferences. The efficiency of this type of system comes from the ability to use the byproducts of cooling and heating to transfer energy where it is required, thus acting as a balanced heat exchanger achieving up to 20% cost savings over a conventional heat pump system. The number of connection sites needed for a R2 / WR2 system are also significantly lower than those needed for a three pipe version. This helps to reduce installation costs, further increasing the savings associated with CITY MULTI. ffordable & Effective air conditioning you can rely on Meeting room () BC controller Office () Refrigerant piping: 2pipe type By the heat recovery system, the more frequently cooling and heating simultaneous operation is carried out, the higher energysaving effect becomes. Operation pattern of System 15HP Total 15HP indoor unit is connected ( with 10HP outdoor unit. ) Equipment room () indoor unit 10HP 7.5HP 5HP Mainly heating operation B Total heat recovery operation Meeting room () Office () Office compartment () C 5HP 7.5HP 10HP indoor unit 15HP Page17 Page18

11 T he world s first and the only 2pipe system How does the R2 /WR2 Heat Recovery System operate on 2 Pipe s? The secret of City Multi heat recovery systems lies in the BC Controller 2pipe system provides Better Efficiency and Performance The BC Controller houses a liquid/gas separator, allowing the outdoor unit to deliver a mixture (2 phase) of hot gas for heating and liquid for cooling, all through the same pipe. Three pipe systems allocate a pipe to each of these phases. When this mixture arrives at the BC Controller, it is separated and the correct phase delivered to each indoor unit depending on the individual requirement of either heating or cooling. Comparison example of piping connection sites 1 High pressure and low pressure decides the compressor frequency and the mode of heat exchanger, and control the amounts of heat exchange. BC controller 2 R2/WR2 refrigerant circuit Gasliquid 2phase refrigerant from outdoor unit into gas refrigerant and liquid refrigerant is divided by gasliquid separator in BC controller. BC controller divides refrigerant to each indoor unit properly in compliance with the operation mode of each indoor unit. Gas refrigerant Liquid refrigerant High pressure gasliquid 2 phase refrigerant Gas refrigerant Liquid refrigerant 3 djust the refrigerant flow by temperature difference between inlet and outlet. 25 C 26 C 22 C 24 C Meet the demand of cooling / heating flexibly. =gas refrigerant =liquid refrigerant Page19 Page20

12 E nergy Saving Technology What is WaterCooled? > unique offering from Mitsubishi Electric It is possible now to combine the features of VRF with a water circuit using City Multi WR2/WY. In this case the heat is rejected to a water source rather than to the outside air. The advantages of water cooled systems are that the water can be delivered at optimised temperatures and volumes, which allows even greater flexibility and increased COP. WR2(Heat recovery type) Mitsubishi Electric now offers double heat recovery operation. The first heat recovery is within the refrigerant system. Simultaneous cooling and heating operation is available with heat recovery performed between indoor units. The second heat recovery is within the water loop, where heat recovery is performed between the PQRY units. This double heat recovery operation substantially improves energy efficiency and makes the system the ideal solution to the requirements of modern office buldings, where some areas require cooling even in winter. Water Cooled City Multi Benefits Meeting room () Equipment room () Equipment room () BC controller Heat source unit Heat source unit Water piping Indoor unit Water cooled systems are ideally suited for use in temperate and cooler climates since heat exchange with the outside air is not required. Water cooled systems can be used even in buildings that are taller than 50m by running a main water pipe through each floor. Director's room () ny heat source system that can supply heat source water between 10 C~45 C can be used. Double heat recovery (WR2) Simultaneous heating and cooling operation is available. (WR2 series) Heat source unit BC controller s It is suggested that WaterCooled systems are used in the buildings in which there are heating and cooling needs as follows. Buildings that require all year cooling Example, Tenant buildings in which kitchens and offices exist together Buildings in which equipment rooms and offices exist together Meeting room () Heat recovery Heat recovery s Buildings in which there are large room temperature differences between sunny and unsunny rooms Hotels in which there are a lot of individual operation needs Heat recovery Water circuit Refrigerant Circuit Page21 Page22

13 dvanced Operation Maximum Stable Operation By utilizing our advanced Flash Injection Circuit, the system can not only provide continuous heating for up to 250 minutes in one continuous cycle, but also significantly lessens defrost time to give an exceptionally stable heating operation. up to 250 min. straight Reduced Defrosting time ZUBDN Shorter Warmup in about 20 Min. With its new improved startup performance, the ZUBDN system achieves full heating capacity even when outdoor temperature is as low as 15 C., about 20 minutes after startup is improved by 40% compared to the conventional model; ensuring occupants an iediate comfortable air solution. () ZUBDN System Even at 15 C, it reaches the rated heating capacity in about 20minutes Stability Conventional CITY MULTI PUHYP YHM Capacity improvement by about 40% Features and Benefits of Flash Injection Circuit G F J B HIC I Constant Comfort H E' LEV 2 LEV 1 E Flash Injection Circuit D (confluence) ccumulator Indoor LEV Indoor unit Note :Heat Interchange Circuit (HIC) efficiency is improved by enhancing the recollection of heat at the outdoor unit with the low temperature refrigerant from the HIC. C C Refrigerant is bypassed from injection port to the compressor efficiency improved by HIC D F C Discharged Pressure Indoor LEV E D Middle pressure E' F LEV 1 J Injection pressure I G LEV 2 H Suction pressure Startup 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 ZUBDN System can deliver conditioned heating operation up to 250 minutes in one continuous cycle! is maintained by the Flashinjection circuit. B Discharged pressure is maintained at high level. Secures sufficient refrigerant by Flashinjection circuit. [Pressure Enthalpy diagram showing HIC] HP when the outdoor Time (minutes) temperature is 15 C Page23 Page24

14 dvanced Operation Excellent Performance Stable Performance even at 15 C Full heating capacity even at 15 C () Standard CITY MULTI PUHYP400 YSHM PUHYHP400 YSHM PUHYHP250 YHM Capacity improvement by about 40% Standard CITY MULTI PUHYP250 YHM Outdoor temp. C () Using an industry first Flashinjection Circuit, the ZUBDN System is able to provide FULL heating performance in ambient temperatures as low as 15 C. Expanded to 25 C Expanded Operation down to 25 C Conventional CITY MULTI PUHYP TGMU YHM 20 C Outdoor temperature 15.5 C Hyper ZUBDN Inverter System System 25 C Outdoor temperature 15.5 C ZUBDN Outdoor temp. C () furthermore, from a previous LOWEST operating ambient temperature of 20 C, the ZUBDN System pushes the boundaries of technology to give heating in ambient temperatures as low as 25 C. 25 C With ZUBDN System Reliable and Long Product Life Cycle Backup Function (HP400 and HP500 models) ZUBDN system ensures an exceptionally high level of reliability by utilizing a new backup function, which can be easily operated in the case of a malfunction from an indoor unit remote controller. Rotation Function (HP400 and HP500 models) Running outdoor units alternatively using its newly developed Rotation Function, the system is able to ensure an optimum product life cycle for both of its component units. Backup operation lternate operation Previously, heating performance drops off when the temperature falls below 20 C! High Static Pressure Setting however, even at such temperatures, the new ZUBDN System has no trouble keeping the occupants nice and toasty! High Static Pressure Setting up to 60Pa is available. With our new ZUBDN model, high static pressure setting up to 60Pa is available by setting the dip switch (0Pa at factory setting) making it ideal and flexible for any type of application. Page25 Page26

15 The importance of control Remote Controller Individual Remote Controller Centralized Remote Controller The need for control is paramount in order to optimise the performance of any air conditioning system and minimize its running costs. Mitsubishi Electric offers a wide range of control options designed to meet such needs. Operating an air conditioning system without the right control can prove costly. It's therefore important to ensure that every system is correctly specified to the degree of control it requires. Mitsubishi Electric have a wide range of controls available 'offtheshelf' and individual control systems can be specifically designed to match. Good controls will benefit any application, large or small. ir conditioning products need to react to a variety of factors: different room sizes, usage and staff levels; changes in the climate; electronic equipment and lighting...the list goes on. So whatever the application, optimum control of air conditioning systems is essential and will result in a constant, comfortable environment, which in turn is both energy and cost efficient. degree of difference When an air conditioning system is not properly controlled, it will not run as efficiently as it should. For every degree that the system deviates from the required temperature, energy costs can rise by up to 5%. Specify one of the many control options from Mitsubishi Electric to ensure air conditioning works as intended, whilst giving the optimum amount of control. The simpler, the better With the array of comprehensive control systems available from Mitsubishi Electric, it becomes simple to design and install air conditioning systems. From a simple handheld controller to a G150/G50 system you are in control. Remote Controller Page27 Page28

16 System Controller MITSUBISHI ELECTRIC's irconditioner Network System (MELNS) leads air conditioner management a PC browser and Network era. MELNS Use of our MELNS products enhances EFFICIENCY and QULITY of airconditioning, contributing to ENERGY SVING and reduction in running cost. We offer a wide variety of MELNS products to meet all requirements from the smallest and simplest to the largest and most complex. We have individual remote controllers, various centralized controllers, and centralized integrated software, as well as BMS interface hardware and software etc. bove all, with G150/G50/GB50, PC browser and long distance remote control (monitoring and operating) via counication Network is possible and easy. Integrated Counications Control with Mitsubishi's Unique Transmission Network (MNET) *8 9 TG2000*4*9 MNET I ndividual Remote Controller ll of the local remote controllers feature liquid crystal and LED displays and easy to operate. Remote Controller PR21M PRF27ME Simple Remote Controller PCSE51CR PCYT51CRB Wireless Remote Controller PRFL32M PRF32M C entralized Remote Controller System Remote Controller PCSF44SR G150 Schedule Timer PCYT34ST ON/OFF Remote Controller PCYT40NR G50 Group Remote Controller PCSC30GR GB50 12 or 24 12x7 or 24x7 PI Controller OUTDOOR UNIT Y :PUHY R2 :PURY WY:PQHY WR2:PQRY S :PUMY ZUBDN:PUHYHP INDOOR UNIT PLFYVBM/VCM PLFYVLMD PMFYVBM PEFYVMR PEFYVMS1 PDFYVM *vailable for limited countries PEFYVMH PCFYVKM PKFYVBM / VHM / VKM PFFYVLEM PFFYVKM PFFYVLRM PFFYVLRMM Fresh ir Intake type PCYG60MC DIDO Controller PCYG66DC I Controller Interface PCYG63MC LMP02 LONWORKS transmission line BCnet interface software PCYG31CD BCnet transmission line MITSUBISHI ELECTRIC's CITYMULTI can be easily connected to the building management system through BCnet. irconditioning Control System This is a specialized air conditioning management system, in which up to 2000 indoor units can be centrally controlled. : Each group / Batched; : Each group; : Block (for CITY MULTI, not for all Mr.SLIM); : G150 / G(B)50 license registration possible. : Not vailable (Not Used.) : Batched only; :Batched handling (for maintenance) : Block Ethernet Integrated centralized control software TG2000 *4. G(B)50 license registration to G(B)50 is required to monitor and operate the units by web browser and TG2000. *6. This function is available only when applying together with TG2000 and G(B)50 / G150. *8. The maximum number of controllable units decreases depending on the indoor unit model. *9. G150 license registration to G150 is required to monitor and operate the units by web browser and TG2000. Remote Controller Remote Controller Page29 Page30

17 TIME SUN F UTO OFF Individual Remote Controller Wired M remote controller PR21M Example of system configuration MNET Nonpolarized 2wire M remote controller Nonpolarized 2wire M remote controller Dot matrix liquid crystal screen displays complete operating status. Digital display lets you set temperature in 1 C/ F increments. Weekly Timer: up to 8 ON/OFF/Temperature Settings can be made per day. The time can be set in 1minute increments. The setting is kept in nonvolatile memory. No need to worry about resetting at power failure. Equipped with a thermostat sensor in the remote controller that makes possible more comfortable room temperature control. bility to limit the set temperature (upper and lower temperature can be set.) bility to restrict setting changes (either all changes or all except ON/OFF) Constantly monitors for malfunctions in the system, and is equipped with a selfdiagnosis function that lets you know by error code iediately when a malfunction occurs. Dimensions: 130(W) x 120(H) x 19(D) : 51/8(W) x 423/32(H) x 3/4(D) in. New displaylarger,easiertosee characters Various information is displayed and conveyed clearly, enabling more accurate operation of the air conditioner. Dot Liquid Crystal Display (LCD) The dot liquid crystal display enables quick understanding of the operation state. Multilanguage Display In addition to English, contents can be displayed in seven other languages. Display example [Operation mode] Dot liquid crystal display Display example [Cool mode] [English] [German] F TEMP. [Spanish] WEEKLY SIMPLE ON/OFF [Russian] Various control systems can be offered with indoor unit remote controller. [Italian] [Chinese] [French] [Japanese] Group control remote controller can control up to 16 indoor units at the same time. (utomatic address setting) Multi Language Display Example [Dot display table] Language English German Spanish Russian Italian Chinese French Japanese Waiting for startup Operation mode Cool / mode switch control / mode of the outdoor unit can be switched with the remote controller for indoor unit. Remote controller Dry Heat uto uto(cool) uto(heat) Fan Ventilation Stand by (Hot adjust) Defrost Lossnay Not use button Check (Error) Tworemotecontroller control By connecting with two remote controllers, an outdoor unit can be controlled freely either from the one in the room or from the one in the control room. (Last setting overrides any previous ones) Group control is possible by using two remote controllers. Remote control Remote controller wiring can be extended up to 200m, which makes it possible for the indoor unit remote controllers to be installed at one place without being separated. Interlocking control Heat recovery ventilator (Lossnay) can be operated and controlled with indoor unit remote controller. Test run Self check Unit function selection Setting of ventilation Remote Controller Remote Controller Page31 Page32

18 Individual Remote Controller Wired ME remote controller PRF27ME Wireless remote controller PRFL32M / PRF32M Example of system configuration This remote control requires nonpolar wiring to only one indoor unit. Group operation over multiple outdoor units is possible. Grouping can be changed without rewiring, which makes dividing rooms for tenants easier. Timer operation *Daily timer operation of one ON/OFF setting everyday *utooff timer : 0:30, 1:00, 1:30, 2:00...4:00 *The setting is kept in nonvolatile memory. Function lock ll functions or all functions except ON / OFF can be selected. Set temperature range limit Interlock setting and operation of LOSSNY Dimensions:130(W) x 120(H) x 19(D) :51/8(W) x 423/32(H) x 3/4(D) in. LCD temperature setting and display in 2 F increments. PRFL32M PRF32M PRS9F (4way Cassette signal receiver) ME R/C Simple remote controller PCYT51CRB (M) PCYT51CRB Example of system configuration ME R/C Control: STRT/STOP, room temperature, fan speed, and operation mode The only wiring required is crossover wiring based on twowire signal lines. Room temperature sensors are builtin. LCD temperature setting and display in 1 C /1 F increments. Set temperature range limit Can operate all types of indoor units *Since this controller has limited functions, it should always be used in conjunction with standard controller or centralized controller. Dimensions:70(W) x 120(H) x 41(D) :23/4(W) x 423/32(H) x 15/8(D) in. Example of system configuration Signal receiving unit Wireless remote controller Nonpolarized 2wire Correspondence table PMFYP VBM PLFYP VCM/ VLMD PCFYP VKM PKFYP VHM/VKM PFFYP VKM PEFYP VMREL/R/ VMH PFFYP VLEM/VKM/VLRM/VLRMM PEFYP VMS1(L) PLFYP VBME PKFYP VBME Signal receiving unit Wireless remote controller Nonpolarized 2wire PRF32M PRF32M PRS9F receiver PRF32M PRS9FE Builtin PRS9F Wireless remote controller Signal receiving unit transmitter PRFL32M No need to configure addresses for group operation. Lit LED keeps you informed of operation blinking even gives you the error code via the number of blinks. Can be used with the M remote controller. *When used in group configurations, wiring between indoor units is required. *Combining ME remote controller and/or LOSSNY remote controller in a group is not possible. LCD temperature setting and display in 1 C /1 F increments. Dimensions:58(W) x 159(H) x 19(D) :2.28(W) x 6.26(H) x 0.75(D) in. Centralized controller 24VDC Power supply unit (PCSC51KU) Simple M R/C Simple M R/C Remote Controller Remote Controller Page33 Page34

19 Centralized Remote Controller One system controller can control up to fifty indoor units from one location. The PCSF44SR also has hardwired connection available (On/Off input, fire alarm input, run output, fault output). System remote controller PCSF44SR Mitsubishi Electric controllers are complimented by a weekly prograable timer, being able to control up to fifty indoor units. The PCYT34ST also has hardwired connection available (On/Off input, fire alarm input, run output, fault output). Schedule timer PCYT34ST System Controller Prograable Timer The group setting is kept in nonvolatile memory. No need to worry about resetting at power failure. No individual C power supply is needed. The power can be supplied from one outdoor unit (R410) or Power supply unit. FUNCTION UNITS ON/OFF MODE SELECTION TEMPERTURE SETTING FN SPEED SETTINGS IR FLOW DIRECTION SETTING PERMIT/PROHIBIT FUNCTION ERROR INDICTION VENTILTION INTERLOCK EXTERNL INPUT EXTERNL OUTPUT DESCRIPTION PCSF44SR Max No.Units 50 units/50 group Operation Displays Run and stop operation Switches between Cool/Dry/uto/Fan/Heat. Operation Mode will vary depending on the indoor unit. uto mode is available with only R2 and WR2 systems Sets the groups temperature control. Values in parentheses are for the mediumtemperature indoor unit. Cool/Dry:1930 C [1430 C] / 6787 F [5787 F] Heat :1728 C [1728 C] / 6383 F [6383 F] uto :1928 C [1728 C] / 6783 F [6383 F] s with 4 air flow speed settings: Hi/Mid2/Mid1/Low s with 3 air flow speed settings: Hi/Mid/Low s with 2 air flow speed settings: Hi/Low Fan speed setting (including uto) varies depending on the model. ir flow angles: 4angle or 5angle, Swing, uto, Louver ON/OFF Run/Stop,Temperature Setting,Mode Selection and Filter Reset functions can be prohibited. Displays a 4 digit code and the affected unit address llows the group to be interlocked with a heat recovery Lossnay unit On/Off/Fire larm On/Off/Faults The schedule group setting is kept in nonvolatile memory. No need to worry about resetting at power failure. No individual C power supply is needed. The power can be supplied from one outdoor unit (R410) or Power supply unit. FUNCTION UNITS ON/OFF SCHEDULE FUNCTION Content Number Unit CURRENT TIME ERROR INDICTION EXTERNL INPUT EXTERNL OUTPUT Dimensions:130(W) x 120(H) x 19(D) :51/8(W) x 423/32(H) x 3/4(D) in. DESCRIPTION PCYT34ST Max No.Units 50 units/50 group Operation Displays Run and stop operation On/Off Mode:Cool/Heat/uto Set temperature:19 C to 28 C Operation Prohibit: On/Off, Mode, Set temperature Weekly timer for each group 9 setting patterns + no setting 16 operations per day 5 minutes Set the time Displays a 4 digit code and the affected unit address On/Off/Fire larm On/Off/Faults Dimensions:130(W) x 120(H) x 19(D) :51/8(W) x 423/32(H) x 3/4(D) in. System example System example System remote controller Power supply unit PR21M PR21M System remote controller Power supply unit PRF27ME LOSSNY Schedule timer LOSSNY LOSSNY LOSSNY PZ52SF PZ52SF PR21M Simple PCSE51CR R / C : Remote Controller R / C : Remote Controller Remote Controller Remote Controller Page35 Page36

20 Centralized Remote Controller Just press a switch to start. ll of the units can be On/Off by pressing the main switch, and each unit in the group can be On/Off with individual switch. The PCYT40NR also has hardwired connection available (On/Off input, fire alarm input, run output, fault output). Up to 8 groups can be operated (maximum of 16 units). Just by pressing PCSC30GR switches, groups can be On/Off as a batch. Suitable for small office and residential project. ON/OFF remote controller PCYT40NR Group remote controller PCSC30GR FUNCTION DESCRIPTION PCYT40NR FUNCTION DESCRIPTION PCSC30GR UNITS Max No.Units 50 units/16 groups UNITS Max No.Units 16 units / 8 groups OPERTIONS DISPLY OPERTIONS DISPLY The group setting is kept in nonvolatile memory. No need to worry about resetting at power failure. No individual C power supply is needed. The power can be supplied from one outdoor unit (R410) or Power supply unit. ON/OFF ERROR INDICTION VENTILTION OPERTION (INDEPENDENT) VENTILTION OPERTION (INTERLOCKED) EXTERNL INPUT EXTERNL OUTPUT Dimensions:130(W) x 120(H) x 19(D) :51/8(W) x 423/32(H) x 3/4(D) in. Run and stop operation LED flashes during failure. (The error code can be confirmed by removing the cover.) Group operation of only LOSSNY units possible. *Only ON/OFF of group. The LOSSNY will run in interlock with the operation of indoor unit. *The fan rate and mode cannot be changed. The LED will turn ON only during operation after interlocking. On/Off/Fire larm On/Off/Faults The group setting is kept in nonvolatile memory. No need to worry about resetting at power failure. No individual C power supply is needed. The power can be supplied from one outdoor unit (R410) or Power supply unit. System example ON/OFF Run and stop operation Switches betweencool/dry/uto/fan/heat. Operation Mode will vary depending on the MODESELECTION indoor unit. uto mode is available with only R2 and WR2 systems Sets the groups temperature control. Cool/Dry:1930 C TEMPERTURE SETTING Heat:1728 C uto:1928 C 4 speed HiMid2Mid1Low, uto FN SPEED SETTINGS 3 speed HiMidLow, uto 2 speed HiLow ir flow angles: 4angle or 5angle, Swing, uto, IR FLOW DIRECTION SETTING Louver ON/OFF Run/Stop,Temperature Setting,Mode Selection PERMIT/PROHIBIT FUNCTION and Filter Reset functions can be prohibited via main system controller Measures the intake temperature of the INDOOR RETURN IR TEMPERTURE master unit within the group Displays a 4 digit code and the affected ERROR INDICTION unit address llows the group to be interlocked with a heat VENTILTION INTERLOCK recovery Lossnay unit Dimensions:130(W) x 120(H) x 19(D) :51/8(W) x 423/32(H) x 3/4(D) in. Connect to the centralized transmission line System example Group remote controller LOSSNY Power supply unit ON/OFF remote controller PRF27ME PZ52SF R/C:Remote Controller Connect to the indoor/outdoor transmission line PR21M PR21M PR21M PCYT51CRB R/C:Remote Controller Group remote controller PR21M PR21M Remote Controller Remote Controller Page37 Page38

21 Centralized Remote Controller With a new colored touch panel, and continuation of all the current G50 functions, G150 visualizes its functions from basic control to advanced operations and bringing an ultimate controller to reality. Centralized controller G150 Option : Black surface cover PCYG71CBL New Design Backlight Color liquid crystal display 9 inch wide, highresolution. Backlight makes it easy to see and control units. One can identify whether a unit is ON or OFF from a distance. Control in the night with no lights is possible. Touch panel Touch panel enables operation of units by touching with index finger. When object unit is touched, orange box appears around the unit icon indicating the unit selected. Easy installation llows for an installation of the unit either directly to the wall surface or using the installation hole in the wall. (For wall surface installation, PCYG85KTB or PCYG81TB is required.) USB memory compatible Initial setting data extractable with USB memory. Can save operation and setting data. New Functions Controllable units/groups Controls up to 50 units/groups (including indoor units, LOSSNY, DIDO/I/PI controller) Up to 150 units can be controlled via expansion controller; PCYG50EC (G150 software needs to be upgraded) *From pril 2009 Monitoring functions Temperature/Humidity (using I controller with WEB browser) * 1 General equipment such as lights on LCD (using DIDO controller) Interlock function between indoor units and I controller, DIDO controller available *From pril 2009 * 1 Energy saving functions Seasonal scheduling and automatic switch over * 1 Yearly scheduling on LCD * 1 Scheduling fan speed and airflow direction Optimized Start up * 1 External temperature interlock control * 1 Night setback control * 1 *1 License required. System structure Switching Hub LN (100BSETX) MNET MNET MNET adapter Control Functions Remote Monitoring PC Remote monitoring via a Web browser G 150 Hub Power supply unit (PCSC51KU) General Equipment DIDO Controller (PCYG66DC) Temp/Humidity sensor I Controller (PCYG63MC) Lights Ventilation Watt hour meter Central Control PC (TG2000) *Ver or later Hub G150 / GB50 MNET PI Controller (PCYG60MC) Service company /Sales office VPN Router Modem Note : Use a security device such as a VPN router when connecting the G150/GB50 to the Internet to prevent unauthorized access. Internet Modem VPN Router Mobile phone of service person Remote monitoring PC Remote monitoring via a Web browser Future release schedule is subject to change without notice. Remote Controller Remote Controller Page39 Page40

22 Centralized controller G50 / GB50 G50 (with display) Dimensions:1113/16 (W) x 43/4 (H) x 3/4 (D) in. :300 (W) x 120 (H) x 19 (D) Function Controllable unit Dimension W x H x D ON / OFF Mode selection Temperature setting GB50 (without display) Dimensions:97/8 (W) x 51/8 (H) x 11/2 (D) in. :250 (W) x 130 (H) x 38 (D) ir flow direction setting Timer operation / Schedule Permit / Prohibit function Indoor return air temperature Error Test run Ventilation interlock System Structure The Web Server Function enables Remote Operation or Scheduling Via a Web Browser on a Personal Computer! Up to 50 indoor units can be controlled! Web Browser Enables monitoring and operation of indoor units using a PC with Microsoft Internet Explorer (Ver.5 or upper) (Web browser function is an optional and needs license registration.) *Use a security device such as a VPN (Virtual Private Network) router when connecting the G50/GB50 to the Internet to prevent unauthorized access. Using Dialup Connection Enables monitoring and operation from a remote place Enables error notification by s to a PC or to a mobile phone Description G50 (unit) GB50 (web browser) Up to 50 units/groups. 300 (1113/16) x 120 (43/4) x 79 (32/16) [22] (14/16) (in) 250 (97/8) x 130 (51/8) x 38 (11/2) (in) *[ ] indicates exposed depth after embedding. Run and Stop operation Cool / Dry / uto / Fan / Heat mode varies depending on the indoor unit. Range of temperature setting Cool/Dry:1930 C [1430 C] / 6787 F [5787 F] Heat :1728 C [1728 C] / 6383 F [6383 F] uto :1928 C [1728 C] / 6783 F [6383 F] [ ] For PDFY/PEFY/PFFY by setting DipSW 71 to ON and limits to NI6H fan speed only. Range of temperature settings vary depending on model. ir flow direction angles, 4angle or 5angle Swing, uto (Louver cannot be set) Maximum of 3 time sequences with 3 Start/Stop times per day for all groups can be allocated Individually prohibit operation of each local remote control function Displays the measured intake temperature from each group When an error is currently occurring on an air conditioner unit, the afflicted unit and the Remote monitoring via a Web browser LN HUB G50 or GB50 Web license nnual/weekly/day schedule can be set. (Up to 12 events can be set per day for each group.) *License required. error code are displayed. llows each unit within the group to operate in test mode. The ventilation unit (LOSSNY) is able to automatically start its operation when operation of the interlocked indoor unit starts. *NOTE: Operation and displayed content vary depending on the indoor unit model. MNET Centralized Remote Controller PI Controller PCYG60MC Dimension: 200(W) x 120(H) x 45(D) : 77/8(W) x 43/4(H) x 113/16(D) in. Energy Saving Control Enables Energy Saving Control with the use of our new PI controller. (Registration of Energy Save licence is required.) To perform energy saving, the capacity of the outdoor unit is controlled. *Please note that when using an energy saving control, there are no warranties to failures such as usage over the contracted electricity. System Structure Remote monitoring via a Web browser. Monitors demand level. Control level setting. Monitors current state LN G150/G50 Registration of Energy Save license. Monitors electric power No more PLCs are needed! Our new PI controller makes it possible to perform energy saving without PLC, which is cost saving. Maximum of 4 measurement meter (WHM, gas meter, water meter, calorie meter) can be connected to the PI controller and can be used also for charge calculation. *24 VDC power needs to be provided on site. Capacity 80% MNET. control Capacity control (60/70/80/90%) Capacity Value Maximum Capacity at 80% No energysaving effects mount of saved energy With energysavining effects. control + 2 C control Fan control Stop control Time Example of display icons (air conditioner icons) Operation In timer operation Router Power supply unit PI controller Watthour meter Max. 4 Stop Lossnay on Occurrence of abnormality Operation/ Occurrence of a filter sign Under energysaving control nnual / Weekly Schedule Enables Weekly and nnual scheduling with a registering license ON/OFF, operation mode, temperature setting, prohibit remote controller operation can be set. For annual schedule, it is possible to set 50 daylong settings up to 24 months into the future. Scheduling example in the office 8:00 (Start) ON OFF 12:00 (Lunchtime) Public telephone line Provider 13:00 15:00 17:00 (Energy saving) 27 C [81 F] (Overtime) 29 C [84 F] Transmits abnormality mail. 22:00 Charge Calculation Enables charge calculation for each tenant and output as CSV file System Structure TG2000 collects operation and electric power data from G150/G50 and PI controller and does apportion calculation. LN G50 monitors every minute and stores operation data necessary for charging. G150/G50 Registration of Charge Calculation license MNET 1 ll operations 2 ll operations 3 Temperature 4 ll operations 5 Temperature 6 ll operations permitted prohibited adjustment permitted adjustment prohibited prohibited prohibited Up to 12 operation settings per day in 1minute increment PI controller counts pulse output from the watthour meter. PI controller Watthour meter Remote Controller Remote Controller Page41 Page42

23 This device complies with Part15 of the FCC Rules.Operation is subject to the following two conditions: (1)this device may not cause harmful interference, and (2)this device must accept any interference received, including interference that may cause undesired operation. [ 24 VDC Power Supply] Centralized Remote Controller DIDO Controller PCYG66DC Dimension: 200(W) x 120(H) x 45(D) : 77/8(W) x 43/4(H) x 113/16(D) in. No more PLCs are needed! Our new DIDO controller makes it possible to control generalpurpose equipment without PLC, which is cost saving. Up to 6 generalpurpose equipment can be connected to the DIDO controller. *24 VDC power needs to be provided on site. Generalpurpose equipment Control Enables to control and monitor equipment other than airconditioners (airconditioners of other companies, lights, ventilators, etc.) In addition to above, the airconditioners can be interlocked with generalpurpose equipment. E.g. Interlock between indoor units and security system. The indoor units can be turned ON/OFF when the security system is activated/deactivated. Icon display (Lights) System Structure G150/G50 LN MNET DIDO controller Integrated centralized control software TG2000 Up to 40 G150 *1 /G50/GB50 units or 2000 indoor units can be controlled with the use of TG2000. *1: Up to 50 G150 units can be controlled. Example of Basic System Configuration Charge license Web monitor license Schedule license etc. Input G150 *1 24VDC Power supply unit PCSC51KU 3phase 208/230V (3wire) MNET PI Controller (PCYG60MC) system watthour meter system watthour meter watthour meter PLC (PCYG21CD) The electr ic amount count software or separately procured par ts must be used with the designated PLC. power source system watthour meter watthour meter system watthour meter PLC (with electric amount count software) ON OFF Error Schedule set I Controller PCYG63MC Dimension: 200(W) x 120(H) x 45(D) : 77/8(W) x 43/4(H) x 113/16(D) in. Security card reader C of other companies Lights Our new I controller makes it possible to monitor the values measured by the temperature/humidity sensor connected to the I controller. The I controller has two input and two output channels. *24 VDC power needs to be provided on site. Temperature/Humidity Monitoring Monitors the values measured by the temperature/humidity sensor connected to the I controller Trend displays of measurement data can be shown on a Web browser. n alarm can be output by when measurement data exceeds a preset upper or lower limit. Temperature : Pt100, 4 to 20m DC, 1 to 5 VDC, 0 to 10 VDC Humidity : 4 to 20m DC, 1 to 5 VDC, 0 to 10 VDC Uninterruptive power supply (UPS) Integrated centralized control software installation *1 G50 or GB50 can be used. When connecting to G50, use PCSC50KU. TG2000 RS485WHM Power source RS232C system watthour meter RS485 Converter Central controller personal computer TG2000 system watthour meter watthour meter The airconditioning layout can be displayed on the screen, making control and operation easier. System Structure Remote monitoring via a Web browser LN G150/G50 MNET Effective use of TG2000 Multiple air conditioning charges in multiple buildings can be calculated. The power apportionment percentage data and apportioned power rate can be calculated for each unit, and can be output as a CSV file. I controller Temperature sensor Humidity sensor For example, installing TG2000 to the system in the headquarters makes it possible to control G150/G(B) 50 units that are used in branch offices. Remote Controller Remote Controller Page43 Page44

24 LONWORKS (LMP02) CITY MULTI can easily combine into a Building Management System (BMS) via the LONWORKS and MNET adapter LMP02. LONWORKS is an opened transmission protocol widely used at BMS, and related equipment control. CITY MULTI is therefore compatible with largescaled BMS management via LONWORKS. BCnet interface(pcyg31cd) MITSUBISHI ELECTRIC's CITYMULTI can be easily connected to the building management system through BCnet. BCnet is the appropriate transmission method and used in many of the backbone networks and also it is easy to combine with other equipment corresponding to BCnet. One LM DPTER unit can connect up to 50 Groups/50 indoor units. Using a single LONWORKS adapter (LM DPTER), you can connect up to a maximum of 50 indoor units. One BCnet interface software manages up to 500 Groups/500 s. (10 G150/G50/GB50 units). * Up to 50 G150 units can be controlled. LMP LMP 02 Protocol converter between LONWORKS and MNET LONWORKS LMP MNET Example of Basic System Configuration. Central monitor BMS CITY MULTI System BCnet Example of System Configuration System design made simple through integration of various devices into a total control configuration. CITY MULTI LN G150 MNET WHM WHM LONWORKS (78kbps) LMP MNET BCnet interface software PCYG31CD MNET Power supply unit PCSC51KU s Max. 50 indoor units s s s s G150 Center control device Lighting Security Remote controller Remote controller Remote controller Remote controller Remote controller Web Browser (Optional) TG2000 (Optional) LONWORKS The building management system is connected to the CITY MULTI air conditioning system using LONWORKS, which is widely used on field networks, allowing for an open network and savings in construction to face. LON, LONWORKS and the Echelon logo are trademarks of Echelon Corporation registered in the United States and other countries. LONWORKS INTERFCE FUNCTION Control ON/OFF MODE OPERTION SETPOINT DJUSTMENT FN SPEED CONTROL PERMIT / PROHIBIT EMERGENCY STOP Monitoring ON/OFF MODE SETPOINT FN SPEED PERMIT / PROHIBIT LRM STTE ROOM TEMPERTURE THERMO ON/OFF CONTENT Run/Stop /Drying//uto/Fan 1930 C, 1728 C,uto 1928 C LoMi1Mi2Hi On/Off,Mode,Setpoint Run/Stop /Drying//uto/Fan 1930 C, 1728 C,uto 1928 C LoMi1Mi2Hi On/Off,Mode,Setpoint 10 C~50 C On/Off BCnet INTERFCE FUNCTION Control ON/OFF MODE OPERTION SETPOINT DJUSTMENT FN SPEED CONTROL PERMIT / PROHIBIT IRFLOW DIRECTION FILTER DIRTY RESET Monitoring ON/OFF MODE SETPOINT FN SPEED PERMIT / PROHIBIT IRFLOW DIRECTION FULT CODE FILTER SIGN ROOM TEMPERTURE COMMUNICTION STTUS CONTENT Run/Stop Cool/Dry/Heat/uto/Fan 1930 C, 1728 C,uto 1928 C LoMi1Mi2Hi On/Off,Mode,Setpoint,Filter sign reset, ir flow direction Horizontal swing Normal/Reset,Emergency stop Run/Stop Cool/Dry/Heat/Fan 1930 C, 1728 C,uto 1928 C LoMi1Mi2Hi On/Off,Mode,Setpoint,Filter sign reset Horizontal swing 2 Character code Indicates all unit alarms Remote Controller Remote Controller Page45 Page46

25 Wide selection of indoor units Ceiling cassette (4way air flow) Page49 Page50 PLFYP VBME PLFYP VCME Fresh ir Intake Page63 Page64 PEFYP VMHEF P20 P25 P32 P40 P50 Capacity Capacity P63 P80 P100 P Capacity P80 P140 P200 P Ceiling cassette (2way air flow) Page51 Page52 Ceiling suspended Page65 Page66 PLFYP VLMDE New PCFYP VKME I ndoor unit Ceiling cassette type 4way airflow Ceiling cassette type 2way airflow Ceiling cassette type 1way airflow Ceiling concealed type Fresh ir Intake type Ceiling suspended type Wall mounted type Floor standing type BC controller P20 P25 P32 P40 P50 Capacity P63 P80 P100 P125 Capacity Ceiling cassette (1way air flow) P20 P25 P32 P40 Capacity Ceiling concealed PEFYP VMREL/R PEFYP VMS1(L)E Page53 Page54 PMFYP VBME PDFYP VME *vailable for limited countries PEFYP VMHE Page55 Page62 P15 P20 P25 P32 P40 P50 P63 Capacity P71 P80 P100 P125 P140 P200 P250 Capacity Capacity Wall mounted New New Capacity Floor standing PFFYP VLEME Capacity P40 P63 P100 P PKFYP VKME PKFYP VBME New P15 P20 P25 P32 P40 P50 P63 P PFFYP VKME PFFYP VLRME PFFYP VLRMME Page67 Page68 PKFYP VHME Page69 Page74 P20 P25 P32 P40 P50 P O Processing Units Page47 Page48

26 INDOOR UNIT Ceiling cassette type 4way airflow PLFYP VBME PLFYP VCME The new 4way cassette VBM offers 72 different airflow patterns, making it ideal for applications with ceilings up to 4.2 m (1313/16ft) in height. utomatic ir Speed djustment utofanspeed mode enables speedy and comfortable heating during heating startup. The utofanspeed mode is added to the usual four steps Low, Mid1, Mid2, High. The utofanspeed mode enables speedy and comfortable air conditioning because the air flow speeds up when starting, and air flow slows down when the air conditioning becomes stable. (PLFYP VBME ONLY) Controls the four fan speed modes automatically Low Mid1 Mid2 High uto * When using a wireless remote controller, initial settings are required. Draftless ir Distribution The horizontal blow mode* newly employed supplies airflow horizontally not bringing cooled/warmed air directly to occupants thus preventing discomfort sensation due to excessive cooling or direct exposing of occupants to the air blow. (PLFYP VBME ONLY) PLFYP VBM softly with Wide ir Flow Discharge air reaches wider area and the fan speed is decreased by 20% thanks to the new wide shape air outlet. Conventional model Wide ir Flow New model 72 patterns of airflow to accoodate any room layout are available. Compact body to match with 2 feets (600) x 2 feets (600) ceiling design (VCM) First in the industry The number of outlet can be set to 4, 3, or 2. Flexible airflow is available by fixing the updown airflow direction of the outlet with a wired remote controller (or manually). 72 airflow patterns *On the coercial air conditioners (ccording to the survey by Mitsubishi Electric) 4, 3, or 2 way outlet selection 570 PLFYP VCM 570 isee sensor can be used with ceiling cassette type 4way airflow unit. (Option PCS1MEE, PLFY VBM only) New 4way Cassette PLFYVBM controls the temperature difference at the top and bottom in a room by checking the floor temperature with isee sensor. Comfortable air conditioning can be realized smoothly with sensible temperature control. (Option PCS1MEE, PLFYVBM only) Prevents overcooling/overheating, and improves comfort/energyefficiency Without isee sensor: preset temperature at 23 C In heating Feeling temperature at 20 C (Bottom17 C) Preset temperature is tended to be higher than we need, because heated air rises to the ceiling. 37 C 25 C 13 C Suction temperature sensor The area that the ceiling cassette without isee sensor can monitor. With isee sensor+uto fan speed: preset temperature at 20 C capacity Power consumption Current (Munsell No.) Dimension H W D External static pressure Motor Output ir filter Refrigerant pipe diameter Unit Panel Unit Panel Unit Panel Quantity irflow rate Fan (LoMid1Mid2Hi) Gas (Flare) Liquid (Flare) Field drain pipe diameter (LoMid1Mid2Hi) 3 capacity Power consumption Current Unit (Munsell No.) Panel Dimension Unit H W D Panel Unit Panel Fan Motor ir filter Quantity External static pressure Output Refrigerant pipe diameter irflow rate 2 (LoMidHi) Gas(Flare) Liquid(Flare) Field drain pipe diameter (LoMidHi) 3 kg(lbs.) kg(lbs.) Pa db() kg(lbs.) kg(lbs.) Pa db() PLFYP32VBME PLFYP40VBME PLFYP50VBME PLFYP63VBME PLFYP80VBME PLFYP100VBME PLFYP125VBME 1phase V 50Hz / 1phase 200V 60Hz , , , , ø12.7 (ø1/2) , , , , Galvanized steel sheet White (6.4Y 8.9/0.4) (103/16 338/1 338/1) (13/8 377/16 377/16) 22 (49) 23 (51) 6 (13) Cross fin (luminum plate fin and copper tube) Turbo fan DC motor PP Honeycomb ø12.7 (ø1/2) / ø15.88 (ø5/8) (Compatible) ø6.35 (ø1/4) / ø9.52 (ø3/8) ø6.35 (ø1/4) ø9.52 (ø3/8) (Compatible) O.D. 32 (11/4) ø15.88(ø5/8) , , (81/4 221/2 221/2) (13/16 255/8 255/8) , , (60) , , (113/4 331/8 331/8) ø15.88 (ø5/8) / ø19.05 (ø3/4) (Compatible) PLFYP20VCME PLFYP25VCME PLFYP32VCME PLFYP40VCME 1phase V 50Hz ,500 9,600 12,300 15, , ,500 10,900 13,600 17, Galvanized steel sheet with gray heat insulation White (6.4Y 8.9/0.4) 15.5 (35) 3 (7) Cross fin (luminum plate fin and copper tube) Turbo fan 1 0 (direct blow) 17 (38) 3 (7) phase induction motor PP Honeycomb (long life type) ø12.7 (ø1/2) ø6.35 (ø1/4) O.D. 32 (11/4) *Default *The ceiling may be smudged at a spot where the supplied airflow is seriously disturbed. Draftless air distribution can be performed by horizontal blow. Setting the air direction for each outlet with wired remote controller Horizontal blow Remote controller setting Down blow Fixed In heating Feeling temperature at 20 C (Bottom 20 C) utofanspeed mode of 4way Cassette with isee sensor heats the floor well and decreases the temperature difference at the top and bottom in a room m 11.5m 37 C 25 C 13 C Suction temperature sensor The area that the ceiling cassette with isee sensor can monitor. / indicates the maximum value at operation under the following condition. : Indoor 27 C(81 F)DB/19 C(66 F)WB,Outdoor 35 C(95 F)DB : Indoor 20 C(68 F)DB,Outdoor 7 C(45 F)DB/6 C(43 F)WB irflow rate/ are in (lowmiddlehigh) or (lowmiddle1middle2high). 3 It is measured in anechoic room at power source 230V. Page49 Page50

27 INDOOR UNIT Ceiling cassette type 2way airflow PLFYP VLMDE Slim body of 290(117/16in.) height The drain can be positioned anywhere up to 583(2215/16in.) from the ceiling's surface, providing greater freedom with long crosspiping and allowing more versatility with piping layouts. Ceiling surface Equipped with drain pump mechanism as standard Main unit height 290(117/16) Compact unit and low noise level attained! Drain height max. 583(2215/16) (in.) table (Standard static pressure) at 0Pa Capacity Sound High pressure Fan Level Mid Speed Low <220V,240V> P20 P P32 P db() P50 P63 P80 P100 P /44 40 Slim body only 290(117/16in.) height The slimline body is highly suitable for installation in narrow ceiling spaces and for replacing obsolete airconditioning equipment in older buildings. The main unit is only 290(11 7/16in.) height. 290 (117/16in.) Terminal block on outside of main unit makes wiring easier Fresh air directly taken in Fresh air can be taken in to the main unit directly (optional accessories needed.) Long life filter equipped as standard The antibacterial long life filter does not require maintenance for approximately a year. capacity Power consumption Current (Munsell No.) Dimension H W D Unit Panel Unit Panel Unit Panel Quantity Fan Motor irflow rate (LoMidHi) ir filter Refrigerant pipe diameter External static pressure Output Gas(Flare) Liquid(Flare) Field drain pipe diameter 220V,240V (LoMidHi) 3 230V capacity Power consumption Current (Munsell No.) Dimension H W D Unit Panel Unit Panel Unit Panel Quantity irflow rate Fan (P50~P100:LoMidHi) (P125:LoMid2Mid1Hi) External static pressure Motor Output ir filter Refrigerant pipe diameter Gas (Flare) Liquid (Flare) Field drain pipe diameter 220V,240V (LoMidHi) 3 230V (in.) (in.) kg(lbs.) kg(lbs.) Pa db() db() (in.) (in.) kg(lbs.) kg(lbs.) Pa db() db() PLFYP20VLMDE PLFYP25VLMDE PLFYP32VLMDE PLFYP40VLMDE 1phase V 50Hz / 1phase V 60Hz 2.2 7, , / / / / , , / / / , , / / / / / 0.32 Galvanized steel plate White (0.7Y 8.59/0.97) (117/16 309/16 25) (13/16 429/16 28) 23 (51) 24 (53) 6.5 (15) Cross fin Turbo fan phase induction motor (at 240V) PP honeycomb fabric (long life type) ø12.7 (ø1/2) ø6.35 (ø1/4) O.D.32 (11/4) Turbo fan 1 Turbo fan (at 240V) phase induction motor (at 240V) ø15.88 (ø5/8) ø9.52 (ø3/8) (at 240V) , , / / / / PLFYP50VLMDE PLFYP63VLMDE PLFYP80VLMDE PLFYP100VLMDE PLFYP125VLMDE 1phase V 50Hz / 1phase V 60Hz ,100 24,200 30,700 38,200 47, ,500 27,300 34,100 42,700 54, / / / / / / / / / / / / / / / / / / / / 1.33 Galvanized steel plate White (0.7Y 8.59 / 0.97) (117/16 371/4 25) (117/ /16 25) (117/16 671/4 237/8) (13/16 491/4 28) (13/ /16 28) (13/16 793/16 28) 27 (60) 28 (62) 44 (98) 47 (104) 56 (124) 7.5 (17) 12.5 (28) 13.0 (29) Cross fin ø12.7 (ø1/2) ø6.35 (ø1/4) PP honeycomb fabric (long life type) O.D.32 (11/4) Sirocco fan ,0591, (at 240V) Synthetic fiber unwoven cloth filter (long life) (LoMid2Mid1Hi) Easy installation Lighter panel and placing the electric board near the panel make installation and maintenance easier. lso, the heat exchanger is washable by displacing the center panel, filter, and fan. / indicates the maximum value at operation under the following condition. : Indoor 27 C(81 F)DB/19 C(66 F)WB,Outdoor 35 C(95 F)DB : Indoor 20 C(68 F)DB,Outdoor 7 C(45 F)DB/6 C(43 F)WB irflow rate/ are in (lowmiddlehigh) or (lowmiddle2middle1high). 3 It is measured in anechoic room. Page51 Page52

28 INDOOR UNIT Ceiling cassette type 1way airflow PMFYP VBME Compact and lightweight body perfect for limited ceiling space applications. capacity Dimension H W D irflow rate Fan (LoMid2Mid1Hi) External staticpressure Motor Output ir filter Refrigerant pipe diameter Liquid(Flare) Field drain pipe diameter (LoMid2Mid1Hi) 3 Power consumption Current (Munsell No.) Unit Panel Unit Panel Gas(Flare) kg(lbs.) kg(lbs.) Pa db() PMFYP20VBME 2.2 7, , PMFYP25VBME PMFYP32VBME PMFYP40VBME 1phase V 50Hz / 1phase 220V 60Hz 2.8 9, , , , White (0.98Y 8.99/0.63) (91/ /16) (13/16 393/8 189/16) 14 (31) 3 (7) Cross fin (luminum plate fin and copper tube) Line flow fan phase induction motor PP Honeycomb fabric ø12.7 (ø1/2) ø6.35 (ø1/4) O.D. 26 (1) , , Compact size for smooth installation and maintenance Unit body size has been standardized for all models at 854 for easier installation. Body weight is only 14kg for the main unit and 3kg for the panel, making this unit one of the lightest in the industry. Quiet operation Newly developed airflow control technology reduces noise level to only 27dB (P20VBM) for industryleading quiet performance. max. 600 (235/8) Drain pump The drain can be positioned anywhere up to 600(235/8in.) from the ceiling's surface. 230 (911/16) PMFYVBM max. 402 (157/8) 198 (713/16) (in.) / indicates the maximum value at operation under the following condition. : Indoor 27 C(81 F)DB/19 C(66 F)WB,Outdoor 35 C(95 F)DB : Indoor 20 C(68 F)DB,Outdoor 7 C(45 F)DB/6 C(43 F)WB irflow rate/ are in (lowmiddle2middle1high). 3 It is measured in anechoic room. Page53 Page54

29 INDOOR UNIT Ceiling concealed type PEFYP VMREL/R Static Pressure Problem solver for residential hotels, museums, libraries, or hospitals where low noise is especially a must! ccess door 5Pa Inlet Width /32in. Key Card Switch Ultra Low Noise Piping connection L model R model Noise measurement point Noise measurement point capacity Power consumption Current Dimension H W D Quantity irflow rate (LoMidHi) Fan External static pressure Motor Output ir filter Refrigerant pipe diameter Rear inlet Bottom inlet Gas Liquid Field drain pipe diameter Sound pressure 220V level (LoMidHi) 230V 3 240V (in.) (in.) kg(lbs.) Pa db() PEFYP20VMREL PEFYP25VMREL PEFYP32VMREL 2.2 7, , / / / / phase V 50Hz / 1phase V 60Hz 2.8 9, , / / / / 0.29 Galvanized (111/2 251/4 227/8) (117/8 251/4 221/2) 18 (40) Cross fin (luminum fin and copper tube) Sirocco fan , , / / / / phase induction motor PP Honeycomb fabric (washable) ø12.7 (ø1/2) Brazed ø6.35 (ø1/4) Brazed O.D. 26 (1) Operable by key card switch It is possible to operate / stop by taking a key card in and out. Enables to install for syetric design room Left or right piping and control boxes are available depending on the layout of each room. Plus, as in the above figure, easy maintenance is possible from the access door in the bathroom. *Seen from the front, the pipe and control box are on the right side for R models. Easy Maintenance Ultra low noise Quiet indoor environment can be achieved with 21dB around the bed and 22dB around the desk. *The noise level may differ by the room size or the setting of the unit. Energy saving Energy saving can be realized by preventing us from failing to switch off of the air conditioners with a centralized system when no one is in the room. Compact and simple controllers, designed specifically to control only start/stop, fan speed and temperature can be set in each room for the occupants' enhanced individual comfort. capacity Power consumption Current Dimension H W D Rear inlet Bottom inlet Quantity irflow rate (LoMidHi) Fan External static pressure Motor Output ir filter Refrigerant Gas pipe diameter Liquid Field drain pipe diameter Sound pressure 220V level (LoMidHi) 230V 3 240V (in.) (in.) kg(lbs.) Pa db() PEFYP20VMRER PEFYP25VMRER PEFYP32VMRER 2.2 7, , / / / / phase V 50Hz / 1phase V 60Hz 2.8 9, , / / / / 0.29 Galvanized (111/2 251/4 227/8) (117/8 251/4 221/2) 18 (40) Cross fin (luminum fin and copper tube) Sirocco fan , , / / / / phase induction motor PP Honeycomb fabric (washable) ø12.7 (ø1/2) Brazed ø6.35 (ø1/4) Brazed O.D. 26(1) Drain pan and heat exchangers are washable from the access door in the bathroom, making maintenance easy and cost saving. / indicates the maximum value at operation under the following condition. : Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB : Indoor 20 C (68 F) DB, Outdoor 7 C (45 F) DB/6 C (43 F) WB The external static pressure is set to 5Pa (at 220V, 230V, 240V). 3 Measured in anechoic room. s of the unit with a rear air inlet. (s are higher than the unit with a bottom air inlet.) Page55 Page56

30 INDOOR UNIT Ceiling concealed type PEFYP VMS1(L)E Static Pressure 5~50Pa Height /32in. Low Noise Width /8in. Width in. Width 1, /8in. The ultra thin unit of 200 offers increased flexibility, and is particularly suitable for places where low noise operation is desired from a slim line body. capacity Power 3 consumption Current 3 Dimension H W D 3 Quantity irflow rate Fan (LoMidHi) External static press type Motor output ir filter Refrigerant Gas pipe diameter Liquid Field drain pipe diameter (LoMidHi) (mesured in anechoic room) In. kg(lbs.) Pa db<> PEFYP15VMS1(L)E PEFYP20VMS1(L)E PEFYP25VMS1(L)E PEFYP32VMS1(L)E PEFYP40VMS1(L)E PEFYP50VMS1(L)E PEFYP63VMS1(L)E 1phase V 50Hz / 1phase V 60Hz 1.7 5, , [0.03] 0.03 [0.03] 0.42 [0.31] 0.31 [0.31] , , [0.03] 0.03 [0.03] 0.47 [0.36] 0.36 [0.36] 0.39 [0.39] Galvanized /8 311/8 279/16 77/ /16 19(42) [18(40)] 20(45) [19(42)] 24(53) [23(51)] Cross fin (luminium fin and copper tube) Sirocco fan 2 Sirocco fan , , [0.04] 0.04 [0.04] 0.50 [0.39] 0.39 [0.39] , , [0.05] 0.05 [0.05] 0.50 [0.39] DC brushless motor PP Honeycomb fabric (washable) ø12.7 (ø1/2) Brazed ø6.35 (ø1/4) Brazed O.D. 32 (11/4) , , [0.05] 0.05 [0.05] 0.56 [0.45] 0.45 [0.45] , , [0.07] 0.07 [0.07] 0.67 [0.56] 0.56 [0.56] , , [0.07] 0.07 [0.07] 0.72 [0.61] 0.61 [0.61] 200 1, /8 467/8 279/16 28(62) [27(60)] Sirocco fan ø15.88 (ø5/8) Brazed ø9.52 (ø3/8) Brazed Changeable static pressure The unit is made suitable for a variety of applications with its four static pressure settings of 5, 15, 35, 50Pa. Ultra low height unit with 200 (728/32in.) high Ultranarrow width of 790 (P15P32 models) [990 for P40,50 models / 1190 for P63 models] Can be installed easily in tight spaces, such as ceiling cavities or dropceilings. PEFYP15VMS1(L)E can only be connected to YHM outdoor units. PEFYP15VMS1(L)E PURYP YHM PUHYP YHM PUMYP VHM PUMYP YHM PQRYP YGM PQHYP YGM Changeable airflow rate Low, middle, and high fan speed settings deliver precise comfort. Choice for drain pump Drain pump is an optional part for the VMS1L, and a standard for VMS1. *For places where low noise operation is especially required (i.e. Hotels), VMS1L (without drain pump) is recoended. More than 10 More than Ceiling surface 200 Make the access door at the appointed position properly for service maintenance. Reduced noise thanks to the use of newly designed centrifugal fan and coil ccess door table (Standard static pressure) at 15Pa db() PP Honeycomb fabric Washable PP Honeycomb fabric filter as standard Sound pressure Level Capacity Fan Speed High Mid Low P P P P P P P / indicates the maximum value at operation under the following condition. : Indoor : 27 C/19 C (81 F / 66 F) Outdoor : 35 C (95 F ) : Indoor : 20 C (68 F) Outdoor : 7 C / 6 C (45 F / 43 F) Pipe length : 7.5m (249/16ft) Height difference : 0m (0ft) The external static pressure is set to 15 Pa at factory shipment. 3 [ ] is in case of PEFYP1563VMS1LE Page57 Page58

31 INDOOR UNIT Ceiling Concealed PDFYP VME Middle Static Pressure 30~130Pa *vailable for limited countries chieving creative air conditioning design through a rich array of system materials. capacity Power consumption Current Dimension H W D Fan Quantity irflow rate (LoMid2Mid1Hi) External static pressure Motor Output ir filter Refrigerant pipe diameter Gas (Flare) Liquid (Flare) Field drain pipe diameter (LoMid2Mid1Hi), 4 in. kg(lbs) Pa db() PDFYP20VME PDFYP25VME PDFYP32VME PDFYP40VME PDFYP50VME 1phase V 50Hz / 1phase 220V 60Hz 2.2 7, , , , , , , , , , / / / / / / (57) Cross fin (luminum plate fin and copper tube) Sirocco fan Galvanized steel plate 27 (60) 30 / 50 / 100 1phase induction motor (at 240V) Synthethic fiber unwoven cloth filter (long life) ø12.7 (ø1/2) ø6.35 (ø1/4) O.D. 32 (11/4) 0.13 / / / / /8 3713/ /16 32 (71) 34 (75) Sirocco fan Max. 600 (235/8) ir outlet side compatible with a variety of ducts (optional) djustable setting of external static pressure to meet system configuration and installation conditions Static pressure settings can be increased to adjust to all kinds of ducts as well as functional upgrade option (high performance filter etc). n increase from the standard 50Pa to 130 Pa is possible to cope with various layout configurations. *For P100~P125 Slim 295 main unit with optional drain pump ensures up to 600 (235/8in.) of lift Max.416 (167/16) 184(167/16) Multiple installation patterns for assorted applications and locations Bottom intake (directly attached to panel) llduct system Maintenance panel with air intake Square duct flange Ceiling chamber system (2) Maintenance panel Rear intake filter box bottom intake can also be used Rear intake filter box System ceiling Bottom intake (using canvas duct) Maintenance panel with air intake Ceiling chamber system (1) Hanging ceiling installation Blower unit (With autovanes) Flexible installation for a variety of layouts Maintenance panel Canvas duct for bottom section rear intake can also be used Square duct flange Maintenance panel with air intake capacity Power consumption Current Dimension H W D Quantity irflow rate (LoMid2Mid1Hi) Fan (LoHi) External static pressure Motor Output ir filter Refrigerant pipe diameter Gas (Flare) Liquid (Flare) Field drain pipe diameter (LoMid2Mid1Hi) (LoHi) 4 in. kg(lbs) Pa db() PDFYP63VME PDFYP71VME PDFYP80VME PDFYP100VME PDFYP125VME 1phase V 50Hz / 1phase 220V 60Hz , , / / / / , , / / / / , /8 4511/ /16 39 (86) Cross fin (luminum plate fin and copper tube) Sirocco fan / 50 / 100 1phase induction motor (at 240V) (at 240V) Synthethic fiber unwoven cloth filter (long life) ø15.88 (ø5/8) , , / / / / 1.01 Galvanized steel plate ø9.52 (ø3/8) O.D. 32 (11/4) , , / / / / (3744) , , / / / / , /4 591/2 309/16 52 (115) 50 / 100 / (at 240V) 4045 (4246) (43/8~ 1113/16) (in.) Long room Lshaped rooms Room with fixed ceiling fixtures /heating capacity indicates the maximum value at operation under the following condition. Indoor: 27 C(81 F)DB/19 C(66 F)WB, Outdoor: 35 C(95 F)DB/24 C(75 F)WB Indoor: 20 C(68 F)DB, Outdoor: 7 C(45 F)DB/6 C(43 F)WB The external static pressure is set to 50Pa at factory shipment. 3 The figure in ( ) indicates sound pressure level at 240V/50Hz. 4 It is measured in anechoic room. Page59 Page60

32 INDOOR UNIT Ceiling concealed type PEFYP VMHE High Static Pressure Increased design flexibility from sufficient external static pressure allows authentic duct air conditioning with an elegant interior layout. capacity Power consumption Current Fan irflow rate (LoHi) External static 220V pressure 230,240V Motor Output 3 ir filter (option) Refrigerant pipe diameter Gas (Brazing) Liquid (Brazing) Field drain pipe diameter Sound pressure 220V level (LoHi) 6 230,240V Dimension H W D in. kg(lbs.) Quantity Pa Pa db() db() PEFYP40VMHE PEFYP50VMHE PEFYP63VMHE PEFYP71VMHE PEFYP80VMHE PEFYP100VMHE PEFYP125VMHE PEFYP140VMHE 1phase V 50Hz / 1phase V 60Hz , , , , , , , , / / / / /16 357/16 44 (98) 45 (100) ø12.7 (ø1/2) ø6.35 (ø1/4) , , / / / / 1.38 Sirocco fan phase induction motor Synthethic fiber unwoven cloth filter (long life) ø15.88 (ø5/8) , , / / / / , , / / / / 1.83 Galvanized 380 1, /8 357/16 50 (111) Cross fin (luminum plate fin and copper tube) O.D. 32 (11/4) ø9.52 (ø3/8) 0.48 / / / / , /4 357/16 70 (155) Sirocco fan , , / / / / External static pressure (Pa) Sound pressure Level Maximum external static pressure 260Pa The additional external static pressure capacity provides flexibility for duct extension, branching and air outlet configuration. 220V 230/240V 380V 400/415V table (Standard static pressure 220V) Capacity Fan Speed High Low P40 P50 P63 P71 P80 P100 P125 P140 P200 P250 50/100/ /150/ / /260 Reduced noise thanks to the use of newly designed centrifugal fan P P P P P db() P100 P125 P MX. 550 (2111/16) 222 (83/4) 328 (1215/16) Oneside maintenance ll maintenance to the unit, including fan inspection and fan motor removal, can be conducted from the inspection opening on one side. Drain pump (option) ensures up to 550 (2111/16in.) of lift The introduction of an upper drain pump allows the drain connection to be raised as high as 550(2111/16in.), allowing more freedom in piping layout design and reducing horizontal piping requirements. capacity Power consumption Current Dimension H W D Quantity Fan irflow rate External static 380V pressure 4 400,415V Motor Output 5 ir filter(option) in. kg(lbs.) Pa Pa Gas Refrigerant (Brazing) pipe diameter Liquid (Brazing) Field drain pipe diameter Sound pressure level 6 380V 400,415V db() db() PEFYP200VMHE , , / / / / ø19.05 (ø3/4) 42 (110Pa) / 45 (220Pa) 44 (130Pa) / 47 (260Pa) 3N ~ V 50Hz / 3N ~ V 60Hz Galvanized 470 1,250 1, /16 491/4 441/8 100 (221) Cross fin (luminum plate fin and copper tube) Sirocco fan phase induction motor Synthethic fiber unwoven cloth filter (long life) ø9.52 (ø3/8) O.D. 32 (11/4) PEFYP250VMHE , , / / / / ø22.2 (ø7/8) 50 (110Pa) / 52 (220Pa) 52 (130Pa) / 54 (260Pa) (in.) /heating capacity indicates the maximum value at operation under the following condition. Indoor : 27 C(81 F)DB/19 C(66 F)WB, Outdoo r: 35 C(95 F)DB Indoor : 20 C(68 F)DB, Outdoor : 7 C(45 F)DB/6 C(43 F)WB The external static pressure is set to 100Pa (at 220V) /150Pa (at 230, 240V) at factory shipment. 3 The value are that at 240V. 4 The external static pressure is set to 220Pa (at 380V) /260Pa (at 400, 415V) at factory shipment. 5 The value are that at 415V. 6 It is measured in anechoic room. Page61 Page62

33 INDOOR UNIT Fresh ir Intake PEFYP VMHEF Fresh ir Intake Fresh ir can be taken in with temperature control. Ideal for Offices, Stores and Restaurants. capacity Power consumption Current Dimension H W D Fan External 208V static 220V pressure 230V (LoMidHi) 240V Motor Output ir filter (option) Refrigerant pipe diameter Gas (Flare) Liquid (Flare) Field drain pipe diameter 208, 220V (LoMidHi) 230, 240V kg(lbs.) Quautity irflow rate Pa Pa Pa Pa db() db() PEFYP80VMHEF PEFYP140VMHEF 1phase V 50Hz / 1phase V 60Hz ,700 54, ,000 51, / / / / / / / / 1.48 Galvanized (15 393/8 357/16) (15 471/4 357/16) 50 (111) 70 (155) Cross fin (luminum plate fin and copper tube) Sirocco fan (at 220V) phase induction motor Synthetic fiber unwoven cloth filter (long life) ø15.88 (ø5/8) ø9.52 (ø3/8) O.D.32 (11/4) Sirocco fan (at 220V) The Fresh ir intake indoor unit can be installed in any place. The Fresh ir intake indoor unit can take fresh outdoor air into any building in any place at any time. Office, Lobby, Workshop, Rest room, Nursing home, Smoking corner, Kitchen in restaurant Installing fresh ir intake indoor unit (Image) Fresh ir intake indoor unit Exhaust air E Supply air Fresh air O * Limits of capacity connectable to outdoor unit Max. 110% of outdoor unit capacity, excepting heating at outdoor temperature of less than 5 C(23 F) (100%). Example 1. Nursery home Fresh ir intake indoor unit Private room Ventilating fan Passage ir flow Private room Ventilating fan 2. Workshop Fresh air Polluted air Workshop Fresh ir intake indoor unit < Note> Fan remains in operation during ThermoOFF. Using this model with other type of indoor unit is recoended to prevent cold draft which is caused due to intaken fresh air. Exhaust air Office capacity Power consumption Current Gas Refrigerant (Flare) pipe diameter Liquid (Flare) Field drain pipe diameter Sound pressure level 380V 400V 415V Dimension H W D kg(lbs.) Quautity irflow rate Fan External 380V Pa static 400V Pa pressure 415V Pa Motor Output ir filter (option) db() db() db() PEFYP200VMHEF PEFYP250 VMHEF 3N~ V 50Hz / 3N~ V 60Hz ,400 95, ,300 90, / / / / / / / / 0.86 Galvanized (189/16 491/4 441/8) 100 (221) Cross fin (luminum plate fin and copper tube) Sirocco fan / / / ø19.05 (ø3/4) 39 / / / 44 3phase induction motor Synthetic fiber unmoven cloth filter (long life type) ø9.52 (ø3/8) O.D.32 (11/4) / / / ø22.2 (ø7/8) 40 / / / The cooling and heating capacites are the maximum capacites that were obitained by operating in the above air conditions and with a refrigerant pipe of about 7.5m. 2.The actual capacity characteristics vary with the combination of indoor and outdoor units. See the technical infomation. 3.The operating noise is the data that was obitained by measuring it 1.5m from the the bottom of the unit in an anechoic room. (Noise meter scale value) 4.The figure of Electrical characteristic indicates at 240V 50Hz/230V60Hz (PEFYP80, 140VHMEF type), at 220Pa setting at 415V (PEFYP200, 250VMHEF type). 5. When the 100% fresh air indoor units are connected, the maximum connectable indoor units to 1 outdoor unit are as follows Heat pump models only 110%(100% in case of heating below5 C(23 F)) 110% 6. Operational temp range is : from 21 C(70 F)DB/15.5 C(60 F)WB to 43 C(109 F)DB/35 C(95 F)WB ( : from 10 C(14 F)DB to 20 C(68 F)DB ) Thermo off(fan) operation automatically starts either when temperature is lower than 21 C(70 F)DB in cooling mode or when the temperature exceeds 20 C(68 F)DB in heating mode. 7. s the room temp in sensed by the thermo in the remote controller or the one in the room, be sure to use either remote controller or room thermo. 8. utochangeover function or Dry mode is NOT available. Fan mode operation during the thermo off in / mode. 9. In any case, the air flow rate should be kept lower than 110% of the above chart. Please see "Fan curves" for the details. 10. When this unit is used as sole /C system, be careful about the dew in air outlet grilles in cooling mode. 11. Unconditioned outdoor air such as humid air or cold air blows to the indoor during thermo off operation. Please be careful when positioning indoor unit air outlet grilles, ie take the necessary precautions for cold air, and also insulate rooms for dew condensation prevention as required. 12. ir filter must be installed in the air intake side. The filter should be attached where easy maintenance in possible in case of usage of fild supply filters. 13. Long life cannot be used with Hiefficiency filter together (PEFYP VMHEF type). Page63 Page64

34 INDOOR UNIT Ceiling suspended type PCFYP VKME New Designed for ultraquiet operation and easy maintenance, provides exceptionally comfortable airconditioning. capacity Power consumption Current (Munsell No.) Dimension H W D in. kg(lbs.) Quantity Fan irflow rate (LoMid2Mid1Hi) External static pressure Motor Output ir filter Gas Refrigerant (Flare) pipe diameter Liquid (Flare) Field drain pipe diameter (LoMid2Mid1Hi) 3 Pa db() PCFYP40VKME PCFYP63VKME PCFYP100VKME PCFYP125VKME 1phase V 50Hz / 1phase 220V 60Hz , , / /16 263/4 24(53) Sirocco fan ø12.7 (ø1/2) ø6.35 (ø1/4) , , Y 8.9/ , /16 503/8 263/4 32 (71) Sirocco fan DC motor PP Honeycomb (long life) ø15.88 (ø5/8) , , (79) Cross fin (luminum fin and copper tube) O.D. 26 (1) ø9.52 (ø3/8) 230 1, / /4 Sirocco fan , , (84) ,095 ø15.88 (ø5/8) / ø19.05 (ø3/4) (Compatible) Extra slim, extra stylish Drain pump option available with all models Sleek and slim with stylishly curved lines, the PCFY series blends right into any interior. It also features a single air outlet which allows the auto vane to act as a shutter when the unit is turned off. uto vane distributes air evenly The pumping height of the optional drain pump has been increased from 400 to 600, expanding flexibility in choosing unit location during installation work. Drain pump installation possible Drainage outlet can be 600 above ceiling surface Ceiling surface The auto vane swings up and down automatically to distribute air more evenly to every corner of the room. Long life filter as standard Long life filter is equipped as standard enabling up to 2,500 hours of operation (office use) without maintenance. Keeps airflow at optimum level according to ceiling height The most suitable airflow can be selected for ceilings up to 4.2m high, enhancing airconditioning efficiency and comfort. (P100/P125) Standard High ceiling Ceiling height 3.0(913/16) 4.2(133/4) m (ft) Units are equipped with a knockout hole that enables the induction of fresh outsideair. Outsideair intake Static pressure (Pa) Outsideair intake characteristics PCFYP100P125VKM PCFYP63VKM 200 PCFYP40VKM irflow volume () Equipped with automatic airspeed adjustment In addition to the conventional 4speed setting, units are now equipped with and automatic airspeed adjustment mode. This setting automatically adjusts the airspeed to conditions that match the room environment. t the start of heating/cooling operation, the airflow is set to highspeed to quickly heat/cool the room. When the room temperature reaches the desired setting, the airflow speed is decreased automatically for stable comfortable heating/cooling operation. Greatly simplified installation The direct suspension system eliminates the task of removing the attachment fixture from the main unit, greatly shortening installation time. Strong Start of cooling/heating Gentle fter room temperature is stabilized / indicates the maximum value at operation under the following condition. Indoor : 27 C(80.6 F)DB/19 C(66.2 F)WB,Outdoor 35 C(95 F)DB Indoor : 20 C(68 F)DB,Outdoor 7 C(44.6 F)DB/6 C(42.8 F)WB irflw rate/ are shown in (lowmiddle 2middle 1high). 3 It is measured in anechoic room. Page65 Page66

35 INDOOR UNIT Wall mounted type New New PKFYP VBME PKFYP VHME PKFYP VKME Elegant Design and Compact Dimensions Ideal for Offices, Stores and Residential Uses. New PKFYP VBM PKFYP VKM Capacity range Capacity P15 P20 P25 P32 P40 P50 P63 P100 VBM VHM VKM PKFYP VHM capacity Power 4 consumption 4 Current (Munsell No.) Dimension H W D Fan Quantity irflow rate (LoMid2Mid1Hi) External static pressure Motor Output ir filter Gas Refrigerant (Flare) pipe diameter Liquid (Flare) Field drain pipe diameter (LoMid2Mid1Hi) 3 kg(lbs.) Pa db() PKFYP15VBME PKFYP20VBME PKFYP25VBME PKFYP32VHME PKFYP40VHME PKFYP50VHME 1phase V 50Hz / 1phase 220V 60Hz 1.7 5, , , , , , Plastic (1.0Y 9.2/0.2) (115/8 321/8 87/8) 10 (23) phase induction motor Cross fin (luminum fin and copper tube) Line flow fan 1 ø12.7 (ø1/2) ø6.35 (ø1/4) 0 PP Honeycomb I.D.16 (5/8) , , , , Plastic (1.0Y 9.2/0.2) (115/8 353/8 913/16) 13(29) DC motor , , ø12.7 (ø1/2) / ø15.88 (ø5/8) (Compatible) ø6.35 (ø1/4) / ø9.52 (ø3/8) (Compatible) way piping provides more flexibility in selecting installation sites ll piping including drainage can be connected from the rear, right, base, and left of the unit, providing much greater flexibility in piping and selecting installation site. / indicates the maximum value at operation under the following condition. Indoor : 27 C(81 F)DB/19 C(66 F)WB,Outdoor 35 C(95 F)DB Indoor : 20 C(68 F)DB,Outdoor 7 C(45 F)DB/6 C(43 F)WB irflow rate/ are in (lowmiddle2middle1high). 3 It is measured in anechoic room. 4 Electrical characteristic of cooling are included optional drainpump. Flat panel & Pure white finish ll models have changed from the grill design, adopting the flat panel layout. Pursuing a design that harmonizes with virtually any interior, the unit color has been changed from white to pure white. PKFYP VBM features Compact profile Builtin signal receiver Quiet operation utoflap shutter enhances good looks PKFYP VGM PKFYP VHM features Compact size of 898 Width size reduced to match small size buildings and offices Comparison with PKFYP VGME PKFYP VFM 92 PKFYP VHM Light unit Drain pump (option) PKFYP VKM pprox. 3kg reduced from conventional model (P3250). Easier installation. The optional drain pump allows the drain connection to be raised as high as 800, allowing more freedom in piping layout design. Drain pump capacity Power 4 consumption 4 Current (Munsell No.) Dimension H W D Fan Quantity irflow rate (LoHi) External static pressure Motor Output ir filter Gas Refrigerant (Flare) pipe diameter Liquid (Flare) Field drain pipe diameter (LoHi) 3 kg(lbs.) Pa db() PKFYP63VKME PKFYP100VKME 1phase V 50Hz / 1phase 220V 60Hz ,200 38, ,300 42, Plastic (1.0Y 9.2/0.2) 365 1, (143/8 461/16 115/8) 21 (46) Cross fin (luminum fin and copper tube) Line flow fan ø15.88 (ø5/8) DC motor PP Honeycomb ø9.52 (ø3/8) I.D. 16(5/8) ø15.88 (ø5/8) / ø19.05 (ø3/4) (Compatible) /heating capacity indicates the maximum value at operation under the following condition. Indoor : 27 C(81 F)DB/19 C(66 F)WB, Outdoor : 35 C(95 F)DB Indoor : 20 C(68 F)DB, Outdoor : 7 C(45 F)DB/6 C(43 F)WB irflow rate/ are in (lowhigh). 3 It is measured in anechoic room. 4 Electrical characteristic of cooling are included optional drainpump. Page67 Page68

36 INDOOR UNIT Floor standing PFFYP VKME PFFYP VKME For living rooms, bed rooms, or offices where a sophisticated design is required. The latest Mitsubishi innovation floorstanding airconditioner sophisticated in design, rich in function. Quiet operation Mitsubishi Electric air conditioners have always been some of the quietest models available in the market. Our new floorstanding models are no exception. It can create a silent and comfortable space where the occupants would not even recognize the existence of air conditioner operation. 2.5kw class ONLY 27dB capacity Power consumption Current Dimension H W D Fan Motor ir filter Refrigerant pipe diameter Quantity irflow rate (LoMidHiSHi) Eaternal static pressure Output Gas(Flare) Liquid(Flare) in. kg(lbs.) Pa Field drain pipe diameter db() (LoMidHiSHi) PFFYP20VKME 2.2 7, , PFFYP25VKME PFFYP32VKME 1phase V 50Hz 2.8 9, , Plastic (Pure white) /8 279/16 77/8 15 (34) Cross fin (lminium plate fin and copper tube) Line flow fan DC motor PP honeycomb fabric (Catechin Filter) ø12.7 (ø1/2) ø6.35 (ø1/4) I.D.16 (5/8) , , PFFYP40VKME , , Noise level Subway car interior Quiet passenger car interior (40km/h) Library interior Human Sound of hearing limits rustling leaves (Extremely quiet) 80dB 60dB 40dB %@* JD GKEJIJ 10dB From Mitsubishi Electric, an innovative new floorstanding airconditioner. Our pleasing mix of streamlined form and diversified function. Engineered to keep room walls Sophisticated Design Deluxe look in Glossy Pure White color Sleek louvers look just like flat panels Smart upper/lower air outlets close when switched off free, furnish comfy cooling in suer, toasty heating in winter. The Glossy Pure White colour ensures a deluxe look, the perfect match for any room. Both upper and lower air outlets remain closed when switched OFF, in a smart and striking image. superb new airconditioner from Mitsubishi, providing a handsome fit for your own distinctive interior. Optimum ir Distribution Comfy room temperatures are realized by the optimum, powerful and efficient air distribution through upper and lower air outlets. The upper vane angle is remote controllable, with 5 air flow direction levels (+Swing and uto modes) and 4 wind power levels (+uto mode). By setting the vane angle almost vertical, annoying direct wind can be avoided for your better comfort. The unit body is slim and trim, the essence in compact. n ideal size for living rooms, bedrooms, and more. The removable and washable front panel makes cleaning a snap. Easy and regular cleaning allows your airconditioner stay beautiful while keeping its energyefficient operation always possible. Slim but Mighty The air from both upper and lower air outlets is optimally controlled and distributed evenly to every corner of the room. In heating mode, the warm air is smartly controlled to stay at the floor level: Your feet do not feel chilled any more! C /heating capacity indicates the maximum value at operation under the following condition. Indoor : 27 C(81 F)DB/19 C(66 F)WB, Outdoor : 35 C(95 F)DB Indoor : 20 C(68 F)DB, Outdoor : 7 C(45 F)DB/6 C(43 F)WB irflow rate/ are in (lowmiddlehighshigh). 3 It is measured in anechoic room. Page69 Page70

37 INDOOR UNIT Floor standing type PFFYP VLEME Floor mounted lowboy type effective in perimeter zone. capacity Power consumption Current (Munsell No.) Dimension H W D Fan Quantity irflow rate (LoHi) External static pressure Motor Output ir filter Refrigerant pipe diameter Gas (Flare) Liquid (Flare) Field drain pipe diameter (LoHi) 3 4 in. kg(lbs.) Pa db() PFFYP20VLEME 2.2 7, , / / / / , /16 413/8 811/16 23 (51) Sirocco fan PFFYP25VLEME PFFYP32VLEME PFFYP40VLEME PFFYP50VLEME 1phase V 50Hz / 1phase V 60Hz 2.8 9, , , , / / / / 0.30 crylic paint (5Y 8/1) 630 1, /16 461/8 811/ , /16 559/16 811/16 25 (56) 26 (58) 30 (67) 32 (71) Cross fin (luminum plate fin and copper tube) Sirocco fan phase induction motor PP Honeycomb fabric (washable) ø12.7 (ø1/2) ø6.35 (ø1/4) , , / / / / 0.33 I.D.26 (1) <ccessory hose O.D.27 (13/32) (top end :20 (13/16))> , , / / / / 0.41 PFFYP63VLEME , , / / / / 0.47 ø15.88 (ø5/8) ø9.52 (ø3/8) 4046 Standardized design with mild lines. Supports various types of spaces from office buildings and shop buildings to hospitals. Water vapor permeable film humidifier can be installed. Remote controller can be installed onto the main unit. Compact unit for easy air conditioning in perimeter zone. The compact body of 220(811/16in.) in depth can be easily installed in the perimeter zone for effective air conditioning in the perimeter zone. Electronics dry function dehumidify refreshingly. Optimum dehumidification depending on indoor temperature to prevent overcooling. Refreshing dehumidification can be attained. / indicates the maximum value at operation under the following condition. Indoor : 27 C(81 F)DB/19 C(66 F)WB,Outdoor 35 C(95 F)DB Indoor : 20 C(68 F)DB, Outdoor 7 C(45 F)DB/6 C(43 F)WB ir flow rate/ are in (LowHigh) 3 Measured point : 1m 1m, Power supply : C240V/50Hz 1dB() lower at C230V/50Hz 2dB() lower at C220V/50Hz 3dB() lower at 1.5m 1.5m point 4 It is measured in anechoic room. Page71 Page72

38 INDOOR UNIT Floor mounted concealed type PFFYP VLRME PFFYP VLRMME Neatly installed with pericover concealed. Easy installation in perimeter zone. S capacity Power consumption Current (Munsell No.) Dimension H W D in. kg(lbs.) X Quautity Fan irflow rate (LoHi) External static pressure Motor Output ir filter Gas Refrigerant (Flare) pipe diameter Liquid (Flare) Field drain pipe diameter (LoHi) 3 4 Pa db() PFFYP20VLRME 2.2 7, , / / / / / /16 811/ (41) Sirocco fan PFFYP25VLRME PFFYP32VLRME PFFYP40VLRME PFFYP50VLRME 1phase V 50Hz / 1phase V 60Hz 2.8 9, , , , / / / / 0.30 Galvanized steel plate 639 1, /16 395/8 811/ , /16 491/16 811/16 20 (45) 21 (47) 25 (56) 27 (60) Cross fin (luminum plate fin and copper tube) Sirocco fan phase induction motor PP Honeycomb fabric (washable) ø12.7 (ø1/2) ø6.35 (ø1/4) , , / / / / I.D.26 (1) <ccessory hose O.D.27 (13/32) (top end :20 (13/16))> , , / / / / PFFYP63VLRME , , / / / / ø15.88 (ø5/8) ø9.52 (ø3/8) 4046 R installation image (PFFYP VLRMME) / indicates the maximum value at operation under the following condition. Indoor : 27 C(81 F)DB/19 C(66 F)WB, Outdoor 35 C(95 F)DB Indoor : 20 C(68 F)DB, Outdoor 7 C(45 F)DB/6 C(43 F)WB ir flow rate/ are in (LowHigh) 3 Measured point : 1m 1m, Power supply : C240V/50Hz 1dB() lower at C230V/50Hz 2dB() lower at C220V/50Hz 3dB() lower at 1.5m 1.5m point Compact unit for easy air conditioning in perimeter zone. 4 It is measured in anechoic room. The body is concealed in the pericover to pursue harmony with the interior. The compact body of 220(811/16in.) in depth can be easily installed in the perimeter zone. Electronics dry function dehumidify refreshingly to prevent overcooling. Optimum dehumidification depending on indoor temperature to prevent overcooling. Refreshing dehumidification can be attained. Maximum external static pressure 60Pa (VLRMM model) The additional external static pressure capacity provides flexibility for duct extension, branching, and air outlet configuration. capacity Power consumption Current (Munsell No.) Dimension H W D in. kg(lbs.) X Quautity ir filter Refrigerant pipe diameter irflow rate Fan (LoMidHi) External static pressure Motor Output Gas Liquid Field drain pipe diameter Sound pressure 20Pa level (LoMidHi) 40Pa 3 60Pa Pa db() db() db() PFFYP20VLRMME PFFYP25VLRMME PFFYP32VLRMME PFFYP40VLRMME PFFYP50VLRMME PFFYP63VLRMME 1phase V 50Hz / 1phase V 60Hz 2.2 7, , / /16 811/ (41) Sirocco fan , , , , Galvanized steel plate 639 1, /16 395/8 811/ , /16 491/16 811/16 20 (45) 21 (47) 25 (56) 27 (60) Cross fin (luminum plate fin and copper tube) Sirocco fan , , /40/60 DC brushless motor PP Honeycomb fabric (washable) ø12.7 (ø1/2) Brazed ø6.35 (ø1/4) Brazed I.D.26 (1) <ccessory hose O.D.27 (13/32) (top end :20 (13/16))> , , , , ø15.88 (ø5/8) Brazed ø9.52 (ø3/8) Brazed / indicates the maximum value at operation under the following condition. Indoor : 27 C(81 F)DB/19 C(66 F)WB, Outdoor 35 C(95 F)DB Indoor : 20 C(68 F)DB, Outdoor 7 C(45 F)DB/6 C(43 F)WB pipe length : 7.5m(249/16ft) Height difference : 0m(0ft) The external static pressure is set to 20Pa at factory shipment. 3 The sound pressure level in operation is measured at 1m apart from the front side and the bottom side of the unit in anechoic room. (Noise meter scale value) Connect the duct of 1m in length to the air outlet. Page73 Page74

39 BC CONTROLLER CMBPVG CMBPVG CMBPVH CMBPVGB CMBPVHB BC CONTROLLER In many ways, the BC Controller is the technological heart of the CITY MULTI R2/WR2. It works in unison with the outdoor unit to provide simultaneous cooling and heating, something no other twopipe system can do. The BC Controller is connected to the outdoor unit by two pipes and to each indoor unit by a series of two refrigerant pipes, depending on the indoor unit count. The BC Controller is required for all CITY MULTI R2Series installations. It comes in 5, 6, 8, 10, 13, and 16branch options. The BC Controller you select depends on how many indoor units will be operated from each outdoor unit and your total capacity requirements. name Number of branch Current capacity connectable to 1 branch * Connectable Height Width Depth Refrigerant piping diameter Drain pipe ccessories Low pressure gas CMBPVG BC controller To outdoor unit To indoor unit Low pressure gas High pressure gas High pressure gas High pressure pipe Low pressure pipe Liquid pipe Gas pipe 50Hz 60Hz 50Hz 60Hz heating heating heating heating CMBPVG CMBPVH CMBPVGB CMBPVHB CMBPVGB CMBPVHB CMBP104VG CMBP105VG CMBP106VG CMBP108VG CMBP1010VG CMBP1013VG CMBP1016VG ~220/230/240V 50Hz/60Hz 0.067/0.076/ /0.034/ /0.061/ /0.027/ /0.34/ /0.15/ /0.27/ /0.12/ /0.093/ /0.043/ /0.074/ /0.034/ /0.41/ /0.19/ /0.33/ /0.15/0.16 P200 ø15.88 (ø5/8) Brazed Low pressure gas High pressure liquid 0.097/0.110/ /0.051/ /0.088/ /0.041/ /0.48/ /0.23/ /0.39/ /0.18/0.19 Low pressure 2phase 0.127/0.144/ /0.068/ /0.115/ /0.054/ /0.63/ /0.30/ /0.50/ /0.24/ /0.177/ /0.085/ /0.141/ /0.068/ /0.77/ /0.37/ /0.62/ /0.30/0.32 Galvanized R2 : P80 or smaller WR2 : P140 or smaller Refer to the combination chart of BC controller R2/WR2 series Connectable outdoor unit capacity P250, P300 ø9.52 (ø5/8) Flare 0.201/0.228/ /0.110/ /0.182/ /0.088/ /1.00/ /0.48/ /0.80/ /0.39/0.41 (ø6.35 (ø1/4) with attached reducer used, ø12.7 (ø1/2) with optional joint pipe used.) ø15.88 (ø5/8) Flare (ø12.7 (ø1/2) with attached reducer used, ø19.05 (ø3/4) with optional joint pipe used.) VP Drain connection pipe (with flexible hose and insulation) Reducer High pressure gas Low pressure gas High pressure liquid Low pressure 2phase /0.279/ /0.135/ /0.222/ /0.108/ /1.22/ /0.59/ /0.97/ /0.47/0.50 P350 name Number of branch Current capacity connectable to 1 branch * Connectable Height Width Depth Refrigerant piping diameter Drain pipe ccessories CMBP VG CMBP VG CMBP VH CMBP VGB CMBP VHB To outdoor unit To indoor unit name Number of branch Current To another BC controller capacity connectable to 1 branch * Connectable Height Width Depth Refrigerant piping diameter Drain pipe ccessories To Main BC controller To indoor unit High pressure pipe Low pressure pipe Liquid pipe Gas pipe 50Hz 60Hz 50Hz 60Hz heating heating heating heating High press gas pipe Low press gas pipe Liquid pipe P200,250,300,350 P X X High pressure pipe Low pressure pipe Liquid pipe Liquid pipe Gas pipe 50Hz 60Hz 50Hz 60Hz X heating heating heating heating Combination chart of BC Controller for R2 series Use optional joint pipe combining 2branch when the total unit capacity exceeds P140. Use the reducer(standard accessory) when the indoor unit P50 or smaller is connected. dditional pipework is needed to connect with P300 type or lower outdoor unit. 3 CMBP1016VH is ONLY for P700~P800. CMBP108VG CMBP1010VG CMBP1013VG CMBP1016VG CMBP1016VH ~220/230/240V 50Hz/60Hz 0.127/0.144/ /0.177/ /0.228/ /0.279/ /0.068/ /0.085/ /0.110/ /0.135/ /0.115/ /0.141/ /0.182/ /0.222/ /0.054/ /0.068/ /0.088/ /0.108/ /0.63/ /0.77/ /1.00/ /1.22/ /0.30/ /0.37/ /0.48/ /0.59/ /0.50/ /0.62/ /0.80/ /0.97/ /0.24/ /0.30/ /0.39/ /0.47/0.50 Galvanized Galvanized steel plate R2 : P80 or smaller WR2 : P140 or smaller P80 or smaller Refer to the combination chart of BC controller R2/WR2 series 289 1, Connectable outdoor unit capacity P200 P250,300 P350 P400~P500 P550~P650 P700~P800 3 ø15.88 (ø5/8) Brazed ø34.93 (ø13/8) Brazed ø9.52 (ø5/8) Flare (ø6.35 (ø1/4) with attached reducer used, ø12.7 (ø1/2) with optional joint pipe used.) ø15.88 (ø5/8) Flare (ø12.7 (ø1/2) with attached reducer used, ø19.05 (ø3/4) with optional joint pipe used.) Total indoor unit capacity connected to this Sub BC controller ~P200 P201~P300 P301~P350 P351~P400 P401~P450 ø15.88 (ø5/8) Brazed ø9.52 (ø3/8) Brazed ø12.7 (ø1/2) Brazed ø15.88 (ø5/8) Brazed VP P X X CMBP104VGB /0.068/ /0.034/ /0.054/ /0.027/ /0.30/ /0.15/ /0.24/ /0.12/0.13 CMBP108VGB 8 ~220/230/240V 50Hz/60Hz 0.119/0.135/ /0.068/ /0.108/ /0.054/ /0.59/ /0.30/ /0.47/ /0.24/0.25 Galvanized R2 : P80 or smaller WR2 : P140 or smaller Refer to the combination chart of BC controller R2/WR2 series Total indoor unit capacity connected this Sub BC controller ~P200, P201~P350 ~P200 P201~P300 ø15.88 (ø5/8) Brazed ø9.52 (ø3/8) Brazed 0.44/0.47/0.50 Galvanized steel plate P80 or smaller 284 1, ~P200, P201~P450 P301~P350 P351~P400 P401~P450 ø9.52 (ø5/8) Flare (ø6.35 (ø1/4) with attached reducer used, ø12.7 (ø1/2) with optional joint pipe used.) ø15.88 (ø5/8) Flare (ø12.7 (ø1/2) with attached reducer used, ø19.05 (ø3/4) with optional joint pipe used.) VP Drain connection pipe (with flexible hose and insulation) Reducer Combination chart of BC Controller for WR2 series CMBP VG CMBP VG CMBP VH CMBP VGB CMBP VHB Drain connection pipe (with flexible hose and insulation) Reducer P200,250 X X P400,500 X X X ø12.7 (ø1/2) Brazed CMBP1016VHB /0.269/ /0.135/ /0.216/ /0.108/ /1.17/ /0.59/ /0.94/0.99 ø15.88 (ø5/8) Brazed Page75 Page76

40 The Ventilation System for Enhanced ir Quality Lossnay Combine with Lossnay Ventilation System Enhanced ir Quality. Unified Control System llows Greater Design Freedom. LOSSNY Technology Two paths ventilation LOSSNY simultaneously intakes Fresh ir and exhausts Dirty ir. Total energy recover LOSSNY returns BOTH sensible heat and latent heat. 0 C (32 F) Fresh cool air (outdoor) 4 C (39.2 F) Stale hot air (exhaust). Two paths ventilation B. Total Energy transfer E Stale air exhaust (dirty indoor air) Spacer plate Outdoors Indoors S Fresh air exhaust (fresh heating/cooling air) Partition plate O Fresh air induction (fresh air) R Stale air induction (dirty heating/cooling air) 20 C (68 F) Stale warm air (indoor air) Hyper Eco Core Better energy conservation by improved total heat exchange efficiency. Sensible heat Latent heat LGH15RX5 LGH25RX5 LGH35RX5 LGH50RX5 LGH65RX5 [150m 3 /h Single phase V 50Hz] [250m 3 /h Single phase V 50Hz] [350m 3 /h Single phase V 50Hz] [500m 3 /h Single phase V 50Hz] [650m 3 /h Single phase V 50Hz] 16 C (60.8 F) Fresh warm air (indoor supply air) LGH80RX5 [800m 3 /h Single phase V 50Hz] LGH100RX5 [1000m 3 /h Single phase V 50Hz] LGH150RX5 [1500m 3 /h Single phase V 50Hz] LGH200RX5 [2000m 3 /h Single phase V 50Hz] Outdoors E (exhaust air) Indoors S (supply air) Element Structure Introducing the new Hyper Eco Element Mitsubishi's newly developed Hyper Eco Element is on board, offering the industry's best total heat exchange efficiency. Energy conservation performance has been improved not only by reducing the air conditioning load associated with ventilation, but also by facilitating humidity penetration. Enthalpy exchange efficiency improve *, High Fan speed, 50Hz 74% RX4 RX5 HeatExchange Efficiency Obtainable Only with Lossnay. O (outside air) R (return air) 73% 72% The secret to the unmatched comfort provided by Lossnay core is the crossflow, platefin structure off the heatexchange unit. diaphragm made of a specially processed paper fully separates inducted and exhausted air supplies, ensuring that only fresh air is introduced to the indoor environment. The superior heattransfer and moisture permeability of the special paper assure highly effective total heat exchange (temperature and humidity) when inducted and exhausted air supplies cross in the Lossnay core. Hyper Element Humidity does not penetrate easily. dhesive agent with low humidity penetration rate Spacerplates Improved adhesive agent material Dividerplates Humidity Hyper Eco Element Humidity penetration is facilitated. New adhesive agent with high humidity penetration rate 71% 70% 69% 68% 67% 66% 65% 64% 15RX 25RX 35RX 50RX 65RX 80RX 100RX 150RX 200RX LOSSNY Page77 Page78

41 RX5 SERIES Why LOSSNY is necessary. Without ventilation... Lack of Ventilation makes people sick by dirty indoor air including CO2, Dust, Bacteria. If just opening windows... Opening windows eliminates dirty air BUT wastes much aircon energy. So we recoend LOSSNY LOSSNY is simultaneous pursuit of Ventilation and Energy Saving. Ventilation Energy Save Extra Low Mode dditional energy conservation by using a fourlevel air volume system that allows more precise control. In addition to the conventional Extra High, High, and Low modes, an Extra Low mode is added to provide a more dynamic range of air volume settings and versatility in a variety of installation environments, yielding much better energy conservation. Using a simplified timer function, it switches to Extra Low operation when the operation stop button is activated and it is accordingly possible to implement 24hour energy conservation ventilation. ) Extra Low Low High B) Extra Low Low Extra High * The Extra High and High ventilation modes are selectable by the initial setting. * ExtraLow not equipped LGH150RX5 and 200RX5. * The ventilation mode is actually selected in three levels, and the remote controller also displays these three levels. This is LOSSNY! DVNTGES Clean air supply, dirty air exhaust by Two air paths (O S and R E) Energy recovery by LOSSNY Core Free cooling by bypass damper MULTI VENTILTION MODE for multi ventilation request (Power supply, Power supply/exhaust, Power exhaust) UNIT STRUCTURE Energy Recovery Image Energy Saving by timer ir volume level can be set hourly (max 8 times) and weekly. You can preset air volume according to the predictable requirement so that LOSSNY can automatically operate at only necessary airspeed at the specified time period, which saves power consumption while maintaining the indoor air quality. Besides, once the weekly timer has been set, no switching onoff is required. E (exhaust air) O (outside air) LOSSNY Core Bypass damper R (return air) ir conditioner 16 C Thermal energy Example (Hourly) current RX4 series with PZ41SLB controller 8:00 high new RX5 series with PZ60DRE 8:00 9:00 12:00 13:00 17:00 19:00 22:00 low high low high low extra low Tolal power consumption in one day : LGH100RX4E : 6,600W (14 hours) LGH100RX5E : 5,390W (14 hours) 1,210W (18%) less 22:00 S (supply air) Outdoor:0 C Indoor:20 C How much recovery? O temp. : 0 C S temp. : 16 C (Indoor 20 C) Example B (Weekly) Monday to Thursday Friday Saturday to Sunday 8:00 9:00 12:00 13:00 17:00 19:00 22:00 low high low high low extra low 8:00 9:00 12:00 13:00 17:00 22:00 low high low high extra low 8:00 22:00 extra low LOSSNY Page79 Page80

42 New function: "Bypass" Ventilation External Control Setting In addition to the automatic damper open/close function, open/close control via external devices is now possible, delivering a Bypass ventilation system that is suitable to the installed environment. Control devices (example) Temperature sensor Humidity sensor Exhaust air Timers Fresh air "Bypass" operation Damper Return air Supply air line up ppearance LGH15~100RX5E Establish the wire connection by inserting the optional remote display adaptor (PCS88HE) in the connector CN16 (Ventilation mode selector). With SW1 is ON, the ventilation mode of LOSSNY is changed to the Bypass ventilation regardless of the setting on the remote controller. utomatic ventilation setting The automatic damper mode automatically provides the correct ventilation for the conditions in the room. The following shows the effect Bypass ventilation will have under various conditions. 1. Reduces cooling load If the air outside is cooler than the air inside the building during the cooling season (such as early morning or at night), Bypass ventilation will draw in the cooler outside air and reduce the cooling load on the system. SW1 SW1: Bypass ventilation operation switch (When closed: For Bypass ventilation operation) LOSSNY core Remote display adaptor (Optional) PCS88HE Brown 1 Red 2 Orange 3 Yellow 4 Green 5 Not used. Insulate completely Max wiring length 10 m LOSSNY control board CN16 Fan speed/ entilation mode selection 2. Night purge Bypass ventilation can be used to release hot air from inside the building that has accumulated in buildings a business district during the hot suer season. 3. Office equipment room cooling During cold season, fresh air can be drawn in and used as is to cool rooms where the temperature has risen due to the use of office equipment. * When the outdoor air tempereture drops lower than 8 C it changes to the heat exchange ventilation. (Display of the remote controller does not change.) * In the case of Bypass ventilation, the supply air temperature slightly rises more than the outside air temperature because of the heat effect around the ducts or the unit motors. LGH150 / 200RX5E New Remote Controller PZ60DRE new remote controller for the RX5 series is now available. In addition to boosting the energy conservation performance of the main unit, the remote controller features a variety of new functions which also pursue additional energy conservation. The appearance of the remote controller conforms to Mitsubishi air conditioner interface design standards. Functions that were set using Dip Switch on the LOSSNY main unit can now be configured as needed using the new remote controller. This eliminates the need to crawl under the eaves to change operation settings. lso, a newly adopted dot matrix display provides much more information, making it easy to check maintenance indications, operation status display, and explanations required when configuring settings. Dot matrix display Return button Timer MENU (MONITOR/SET) button OPERTION buttons Back head Function selector button ON/OFF button Fan speed djustment button Button CLER button FILTER button "Extra Low" fan speed button OPERTION button Set time buttons Back head Timer ON/OFF (DY) button LOSSNY Page81 Page82

43 line up Specification LGH15RX5E LGH15RX5E Frequency / 50Hz / Single phase V Ventilation mode LOSSNY ventilation Bypass ventilation Fan speed Extra High High Low Extra Low Extra High High Low Extra Low Current () Power consumption (W) ir volume External static pressure (m 3 /h) (H2O) () (Pa) Temperature exchange efficiency (%) Enthalpy exchange efficiency (%) Noise (db) (Measured at 1.5m under the center of panel in an anechoeic chamber) Weight (kg) Starting current 20 Under 0.8 Less *The ir outlets noise (45 angle, 1.5 meters in front of the unit) is about 6 db greater than the indicated value. (at High Fan speed) LGH50RX5E LGH50RX5E Frequency / 50Hz / Single phase V Ventilation mode LOSSNY ventilation Bypass ventilation Fan speed Extra High High Low Extra Low Extra High High Low Extra Low Current () Power consumption (W) ir volume External static pressure (m 3 /h) (H2O) () (Pa) Temperature exchange efficiency (%) Enthalpy exchange efficiency (%) Noise (db) (Measured at 1.5m under the center of panel in an anechoeic chamber) Weight (kg) Starting current 32 Under 3.0 Less *The ir outlets noise (45 angle, 1.5 meters in front of the unit) is about 16 db greater than the indicated value. (at High Fan speed) LGH25RX5E LGH25RX5E Frequency / 50Hz / Single phase V Ventilation mode LOSSNY ventilation Bypass ventilation Fan speed Extra High High Low Extra Low Extra High High Low Extra Low Current () Power consumption (W) ir volume External static pressure (m 3 /h) (H2O) () (Pa) Temperature exchange efficiency (%) Enthalpy exchange efficiency (%) Noise (db) (Measured at 1.5m under the center of panel in an anechoeic chamber) Weight (kg) Starting current 20 Under 0.9 Less *The ir outlets noise (45 angle,1.5 meters in front of the unit) is about 10 db greater than the indicated value. (at High Fan speed) LGH65RX5E LGH65RX5E Frequency / 50Hz / Single phase V Ventilation mode LOSSNY ventilation Bypass ventilation Fan speed Current () Power consumption (W) Extra High High Low Extra Low Extra High High Low Extra Low ir volume (m 3 /h) () External static pressure (H2O) (Pa) Temperature exchange efficiency (%) Enthalpy exchange efficiency (%) Noise (db) (Measured at 1.5m under the center of panel in an anechoeic chamber) Weight (kg) 40 Starting current Under 4.4 Less *The ir outlets noise (45 angle, 1.5 meters in front of the unit) is about 10 db greater than the indicated value. (at High Fan speed) LGH35RX5E LGH35RX5E Frequency / 50Hz / Single phase V Ventilation mode LOSSNY ventilation Bypass ventilation Fan speed Extra High High Low Extra Low Extra High High Low Extra Low Current () Power consumption (W) ir volume External static pressure (m 3 /h) (H2O) () (Pa) Temperature exchange efficiency (%) Enthalpy exchange efficiency (%) Noise (db) (Measured at 1.5m under the center of panel in an anechoeic chamber) Weight (kg) Starting current 29 Under 2.4 Less *The ir outlets noise (45 angle, 1.5 meters in front of the unit) is about 10 db greater than the indicated value. (at High Fan speed) LGH80RX5E LGH80RX5E Frequency / 50Hz / Single phase V Ventilation mode LOSSNY ventilation Bypass ventilation Fan speed Extra High High Low Extra Low Extra High High Low Extra Low Current () Power consumption (W) ir volume External static pressure (m 3 /h) (H2O) () (Pa) Temperature exchange efficiency (%) Enthalpy exchange efficiency (%) Noise (db) (Measured at 1.5m under the center of panel in an anechoeic chamber) Weight (kg) Starting current 53 Under 3.8 Less *The ir outlets noise (45 angle, 1.5 meters in front of the unit) is about 16 db greater than the indicated value. (at High Fan speed) LOSSNY Page83 Page84

44 Control The New Remote Controller PZ60DRE enable simple control setting LGH100RX5E LGH100RX5E Frequency / 50Hz / Single phase V Ventilation mode LOSSNY ventilation Bypass ventilation Fan speed Current () Power consumption (W) Extra High High Low Extra Low Extra High High Low Extra Low ir volume (m 3 /h) () External static pressure (H2O) (Pa) Temperature exchange efficiency (%) Enthalpy exchange efficiency (%) Noise (db) (Measured at 1.5m under the center of panel in an anechoeic chamber) Weight (kg) 59 Starting current Under 4.6 Less *The ir outlets noise (45 angle, 1.5 meters in front of the unit) is about 17 db greater than the indicated value. (at High Fan speed) Interlocked with ir conditioners Interlocked with City Multi Interlocked with Mr.Slim City Multi MNET transmission line LOSSNY RX5 LOSSNY remote controller PZ60DRE can be connected PZ52SFE can be used insted of PZ60DRE, However, function is limited and connecting position is different. SlimLOSSNY connection cable Mr.Slim LOSSNY RX5 The LOSSNY remote controller (PZ60DRE, PZ41SLBE) can not be used with this system. LOSSNY independent LOSSNY RX5 (Max 15 unit) LOSSNY remote controller PZ60DRE PZ41SLBE can be connected however function is limited. LGH150RX5E LGH150RX5E Frequency / 50Hz / Single phase V Centralized Controller System Ventilation mode Fan speed Current () LOSSNY ventilation Extra High High Low Bypass ventilation Extra High High Low Centralized controller G150 Power consumption (W) ir volume (m 3 /h) () (H2O) External static pressure (Pa) Temperature exchange efficiency (%) Enthalpy exchange efficiency (%) (Measured at 1.5m under the center Noise (db) of panel in an anechoeic chamber) Power supply unit (PCSC51KU) Network remote controller LOSSNY RX5 LOSSNY remote controller PZ60DRE Network remote controller Interlocked with City Multi indoor units Weight (kg) 105 Starting current Under 7.3 Less *The ir outlets noise (45 angle, 1.5 meters in front of the unit) is about 19 db greater than the indicated value. (at High Fan speed) Interlocked with Mr. Slim indoor units LGH200RX5E Ventilation mode Fan speed LOSSNY ventilation Extra High High Low LGH200RX5E Frequency / 50Hz / Single phase V Bypass ventilation Extra High High Low Mr.Slim outdoor unit Mr.Slim indoor unit Mr.Slim remote controller LOSSNY RX5 Current () Power consumption (W) LOSSNY units only ir volume (m 3 /h) () (H2O) External static pressure (Pa) Temperature exchange efficiency (%) Enthalpy exchange efficiency (%) LOSSNY RX5 LOSSNY remote controller PZ60DRE LOSSNY RX5 LOSSNY remote controller PZ60DRE (Measured at 1.5m under the center Noise (db) of panel in an anechoeic chamber) Weight (kg) Starting current Under 11.9 Less *The ir outlets noise (45 angle, 1.5 meters in front of the unit) is about 20 db greater than the indicated value. (at High Fan speed) LOSSNY RX5 Ext. signal source Interlocked with external devices LOSSNY remote controller PZ60DRE LOSSNY Page85 Page86

45 O Processing Units RDH3 SERIES OUTDOOR IR PROCESSING UNIT GUF type Ideal Indoorir Quality For Your Comfort and Health The O (outdoorair) Processing Unit creates an optimum indoorair environment at an unparalleled rate of cost efficiency providing substantial energy savings. Forced air ventilating and humidifying functions unique to this system keep indoorair fresh and free of contaminants preventing sick building syndrome and the spread of airborne viruses such as the flu. nother novel feature of the O Processing Unit is the Lossnay core, a heatexchange unit that functions to transfer heat efficiently, cutting ventilation load by as much as 70%. This special combination of functionality and performance designed to ensure users ample comfort and yearround health which cannot be found anywhere else on the market. O (Outdoor air) Fresh, outdoorair in a quantity required for ventilation is drawn in by the supply fan. Heat recovery unit (Lossnay Core) Temperature and humidity are exchanged between the supply air and the exhaust air. Maintenance cover E (Exhaust air) Heat from the indoor air (both sensible and latent) is recovered by the Lossnay Core and vented outside by the exhaust fan. ir filter Prevents clogs in the Lossnay Core. DX Cools or heats the drawn in outdoorair. The exhaust fan High efficiency filters (Option) The supply fan S (Supply air) The processed, fresh outdoorair is vented to the indoor rooms. R (Return air) The exhaust fan draws in contaminated indoorair. New Permeable Film Humidifier (RDH3 model) Comfortable Level of Humidity for Exceptionable ir Quality The O Processing Unit is equipped with a new permeable film humidifier developed and patented by Mitsubishi Electric. Steam transmission efficiency has been improved remarkably by lowering the resistance of the material. The use of a 3layer film that allows only the transfer of steam prevents the production of white powder, so there is no need for the use of a water purifier. Highly Efficient Humidification Improvements in the system of airflow patterns and water injection techniques have resulted in a substantial increase in humidifying volume. GUF50RD(H) 3 *1 Capacity 5.46 (DX coil:3.63, Lossnay:1.83)KW 6.18 (DX coil:4.17, Lossnay:2.01)KW 500m 3 /h Single phase V 50Hz GUF100RD(H) 3 *1 Capacity (DX coil:7.32, Lossnay3.85)KW (DX coil:8.30, Lossnay:4.20)KW 1000m 3 /h Single phase V 50Hz *1 H : Humidifying Outdoor air Water Ultrawater repellant cellbased watervapor transmission filter Water Ultrawater repellant cellbased watervapor transmission filter Humidified air Spacer 3dimensional cloth Steam New filter General GUF For the finest indoor quality GUF = [ LOSSNY ] + [ HETING & COOLING ] Specification capacity Figure in < > is the recovery capacity by LOSSNY core. Figure in < > is the recovery capacity by LOSSNY core. Capacity equivalent to indoor unit Humidifying capacity Humidifier External dimension H W D Heat exchanger FN Noise level (LowHigh) (measured in anechoic room) Insulation material ir filter Supplying air Exhausting air Protection device Refrigerant control device Diameter of refrigerant pipe Diameter of drain pipe LOSSNY core Refrigerant coil Quantity External static press. Motor type Motor output Driving mechanism irflow rate (High value) Liquid Gas kcal / h BTU / h kcal / h BTU / h kg / h lb / h in. kg (lb) Pa H2O m 3 / h L / s db <> (in.) (in.) (in.) GUF model image Lossnay (Energy Recover) DX Coil( & ) GUF50RDH3 GUF100RDH3 GUF50RD3 GUF100RD ,700 18, ,300 21, P ,016 1, / /4 57 (126) Totally enclosed capacitor permanent splitphase induction motor, 4 poles, 2units Directdriven by motor , , <1.83> <1,600> <6,200> <2.01> <1,700> <6,900> ø6.35 (ø1/4) Flare ø12.7 (ø1/2) Flare 1phase V 50Hz, 1phase 220V 60Hz <3.85> 5.46 <1.83> 9,600 <3,300> 4,700 <1,600> 38,100 <13,100> 18,600 <6,200> ,800 42, P ,231 1, /16 481/2 621/4 98 (217) <4.20> <3,600> <14,300> ø9.52 (ø3/8) Flare ø15.88 (ø5/8) Flare P32 Permeable film humidifier Galvanized, with grey insulation sheet 317 1,016 1, / /4 54 (120) Partition, Crossflow structure, Special preserved paperplate. Cross fin (luminum fin and copper tube) S: Centrifugal fan (Sirocco fan) 1 E: Centrifugal fan (Sirocco fan) ø6.35 (ø1/4) Flare ø12.7 (ø1/2) Flare P ,231 1, /16 481/2 621/4 92 (203) Polyester sheet Nonwoven fabrics filter (Gravitational method 82%) & Optional part: High efficiency filter (Colorimetric method 65%) Nonwoven fabrics filter (Gravitational method 82%) Fuse LEV VP ,300 21,100 <2.01> <1,700> <6,900> ,600 38, ,800 42,700 <3.85> <3,300> <13,100> <4.20> <3,600> <14,300> ø9.52 (ø3/8) Flare ø15.88 (ø5/8) Flare : Indoor 27 CDB/19 CWB, Outdoor 35 CDB/24 CWB : Indoor 20 CDB/13.8 CWB, Outdoor 7 CDB/16 CWB LOSSNY Page87 Page88

46 O utdoor unit Heat Pump Series (S) Heat Pump Series (Y) Heat Pump Series High COP (Y) Heat Pump Series ZUBDN (Y) Water cooled Series (WY) Heat Recovery Series (R2) Heat Recovery Series High COP (R2) Water Cooled Series (WR2) Page89 Page90

47 Wide selection of outdoor units Wide selection of outdoor units Heat Pump Series Heat Pump Series High COP S Series (4HP6HP) Page95~97 Y Series (28HP36HP) Page98,102,103 Y Series High COP (8HP12HP) Page98,107 Y Series High COP (28HP30HP) Page98,110 PUMYP VHMB(BS) PUMYP YHMB(BS) PUHYP YSHM(BS) PUHYEP YHM(BS) PUHYEP YSHM(BS) 4HP 5HP 6HP Name PUMYP100VHMB(BS) PUMYP100YHMB(BS) PUMYP125VHMB(BS) PUMYP125YHMB(BS) PUMYP140VHMB(BS) PUMYP140YHMB(BS) 28HP 30HP 32HP 34HP 36HP Name PUHYP700YSHM(BS) PUHYP750YSHM(BS) PUHYP800YSHM(BS) PUHYP850YSHM(BS) PUHYP900YSHM(BS) Name 8HP PUHYEP200YHM(BS) 12HP PUHYEP300YHM(BS) Name 28HP PUHYEP700YSHM(BS) 30HP PUHYEP750YSHM(BS) Y Series (8HP12HP) Page98,99 Y Series (38HP40HP) Page98,104 Y Series High COP (16HP20HP) Page98,108 Y Series High COP (32HP34HP) Page98,111 PUHYP YHM(BS) PUHYP YSHM(BS) PUHYEP YSHM(BS) PUHYEP YSHM(BS) 8HP 10HP 12HP 38HP 40HP 16HP 18HP 20HP 32HP 34HP Name PUHYP200YHM(BS) PUHYP250YHM(BS) PUHYP300YHM(BS) Name PUHYP950YSHM(BS) PUHYP1000YSHM(BS) Name PUHYEP400YSHM(BS) PUHYEP450YSHM(BS) PUHYEP500YSHM(BS) Name PUHYEP800YSHM(BS) PUHYEP850YSHM(BS) Y Series (14HP18HP) Page98,100 Y Series (42HP) Page98,104 Y Series High COP (22HP26HP) Page98,109 Y Series High COP (36HP) Page98,112 PUHYP YHM(BS) PUHYP YSHM(BS) PUHYEP YSHM(BS) PUHYEP YSHM(BS) 14HP 16HP 18HP 42HP 22HP 24HP 26HP 36HP Name PUHYP350YHM(BS) PUHYP400YHM(BS) PUHYP450YHM(BS) Name PUHYP1050YSHM(BS) Name PUHYEP550YSHM(BS) PUHYEP600YSHM(BS) PUHYEP650YSHM(BS) Name PUHYEP900YSHM(BS) Y Series (20HP26HP) PUHYP YSHM(BS) Page98,101 Y Series (44HP50HP) PUHYP YSHM(BS) Page98,105,106 Heat Pump Series ZUBDN (Y) ZUBDN Series (8,10,16,20HP) PUHYHP YHM(BS) PUHYHP YSHM(BS) Page113,114 Water Cooled Series WY (Heat Pump) Series (8,10,16,20HP) PQHYP YGM Page115,116 Name 20HP 22HP 24HP 26HP PUHYP500YSHM(BS) PUHYP550YSHM(BS) PUHYP600YSHM(BS) PUHYP650YSHM(BS) 44HP 46HP 48HP 50HP Name PUHYP1100YSHM(BS) PUHYP1150YSHM(BS) PUHYP1200YSHM(BS) PUHYP1250YSHM(BS) Name 8HP PUHYHP200YHM(BS) 10HP 16HP 20HP PUHYHP250YHM(BS) PUHYHP400YSHM(BS) PUHYHP500YSHM(BS) Name 8HP PQHYP200YGM 10HP 16HP 20HP PQHYP250YGM PQHYP400YSGM PQHYP500YSGM The PUHYPYSHM series requires a Twinning kit (optional). Refer to the data book for details. The PUHYEPYSHM and PUHYHPYSHM series requires a Twinning kit (optional). Refer to the data book for details. Unit photos are all standard models. Outdoor Unit Page91 Page92

48 Wide selection of outdoor units Wide selection of outdoor units Heat Recovery Series Heat Recovery Series High COP R2 Series (8HP12HP) Page117,118 R2 Series (26HP28HP) Page117,122 R2 Series High COP (8HP12HP) Page117,124 R2 Series High COP (20HP22HP) Page117,126 PURYP YHM(BS) PURYP YSHM(BS) PURYEP YHM(BS) PURYEP YSHM(BS) 8HP 10HP 12HP 26HP 28HP 8HP 12HP 20HP 22HP Name PURYP200YHM(BS) PURYP250YHM(BS) PURYP300YHM(BS) Name PURYP650YSHM(BS) PURYP700YSHM(BS) Name PURYEP200YHM(BS) PURYEP300YHM(BS) Name PURYEP500YSHM(BS) PURYEP550YSHM(BS) R2 Series (14HP16HP) Page117,119 R2 Series (30HP32HP) Page117,123 R2 Series High COP (16HP18HP) Page117,125 R2 Series High COP (24HP) Page117,127 PURYP YHM(BS) PURYP YSHM(BS) PURYEP YSHM(BS) PURYEP YSHM(BS) Name 14HP PURYP350YHM(BS) 16HP PURYP400YHM(BS) Name 30HP PURYP750YSHM(BS) 32HP PURYP800YSHM(BS) Name 16HP PURYEP400YSHM(BS) 18HP PURYEP450YSHM(BS) Name 24HP PURYEP600YSHM(BS) R2 Series (18HP24HP) Page117,120,121 Water Cooled Series PURYP YSHM(BS) WR2 (Heat Recovery) Series (8,10,16,20,HP) Page129,130 PQRYP YGM 18HP 20HP 22HP 24HP Name PURYP450YSHM(BS) PURYP500YSHM(BS) PURYP550YSHM(BS) PURYP600YSHM(BS) 8HP 10HP 16HP 20HP The PURYPYSHM series requires a Twinning kit (optional). Refer to the data book for details. Name PQRYP200YGM PQRYP250YGM PQRYP400YSGM PQRYP500YSGM The PURY(E)PYSHM series requires a Twinning kit (optional). Refer to the data book for details. Unit photos are all standard models. Outdoor Unit Page93 Page94

49 OUTDOOR UNIT S (Heat Pump) series or PUMYP VHMB(BS) PUMYP YHMB(BS) Building Comfort solutions in the home or small office The CITY MULTI SSeries for homes and small offices offers all the features and benefits of our large coercial CITY MULTI SSeries. The compact outdoor unit utilizes R410 refrigerant and an INVERTERdriven compressor to use energy effectively. maximum of 12 CITY MULTI indoor units can be connected with up to 130% connected capacity, depending on diversity. Large Residences Small Offices OUTDOOR UNIT S Series PUMYP VHMB(BS) capacity Temp. range of cooling Diameter of refrigerant pipe COP (/) Indoor Outdoor COP (/) Temp. range of heating Indoor temp. Outdoor temp. Total capacity connectable /Quantity (measured in anechoic room) db<> Liquid (High press.) Gas (Low press.) External dimension H W D Starting method Motor output (in.) kg (lb) ir flow rate FN Quantity Motor output High pressure protection Protection Inverter circuit (COMP./FN) Refrigerant Original charge PUMYP100VHMB(BS) PUMYP125VHMB(BS) PUMYP140VHMB(BS) 1phase V 50Hz, 1phase 220V 60Hz ,200 47,800 52, , , , to 46 C (50 to 115 F) : in case of connecting PKFYP15 / P20 / P25 type indoor unit , , , , P15 ~ P125 / 1 ~ 8 49 / 51 ø9.52 (ø3/8) ø15.88 (ø5/8) 1, (533/16 377/16 13) 127 (280 lb) ,667 3,532 Propeller fan R kg (19 lb) 15 ~ 24 C (59 ~ 75 F) 5 ~ 46 C (23 ~ 115 F) 15 ~ 27 C (59 ~ 81 F) 15 ~ 15 C (5 ~ 59 F) 50 ~ 130% of outdoor unit capacity P15 ~ P140 / 1 ~ / 52 ø9.52 (ø3/8) ø15.88 (ø5/8) Galvanized steel sheet <MUNSELL 3Y 7.8/1.1> 1, (533/16 377/16 13) 127 (280 lb) Saltresistant cross fin & copper tube Inverter scroll hermetic comp. Inverter ,667 3,532 Propeller fan High pressure sensor, High pressure switch 4.15 MPa Overheat protection, Overcurrent protection Discharge thermo protection, Overcurrent protection R kg (19 lb) , , P15 ~ P140 / 1 ~ / 53 ø9.52 (ø3/8) ø15.88 (ø5/8) 1, (533/16 377/16 13) 127 (280 lb) ,667 3,532 Propeller fan R kg (19 lb) [46HP] Topbottom differential 30m [98ft] *1 Furthest piping length 190m 80m [262ft] [623ft] (equivalent length) (actual length 165m [541ft]) Refrigerant Piping Lengths Total length Maximum allowable length Farthest indoor from first branch Maximum meters [Feet] 120[393 ] 80[262 ] 30 [98] Between indoor units topbottom differential 15m 12m [49ft] [39ft] Vertical differentials between units Indoor/outdoor (outdoor higher) Indoor/outdoor (outdoor lower) Indoor/indoor Maximum meters [Feet] 30 [98] 20 [65] 12 [39] *1 When the outdoor unit is installed below the indoor unit, topbottom differential is 20m [65ft]. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB Outdoor Unit Page95 Page96

50 OUTDOOR UNIT S Series PUMYP YHMB(BS) capacity Temp. range of cooling COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Temp. range of heating connectable (measured in anechoic room) Total capacity /Quantity Diameter of Liquid refrigerant pipe Gas External dimension H W D db<> (in.) kg (lb) Maker Starting method Motor output Case heater Lubricant ir flow rate External static press. FN Quantity Control, Driving mechanism Motor output HIC circuit (HIC: Heat InterChanger) High pressure protection Protection Inverter circuit (COMP./FN) Fan motor Defrosting method Refrigerant Original charge Control PUMYP100YHMB(BS) PUMYP125YHMB(BS) PUMYP140YHMB(BS) 3phase, V, 50Hz ,200 47,800 52, ~ 24 C (59~75 F) 5 ~ 46 C (23~115 F) 10 to 46 C (50 to 115 F) : in case of connecting PKFYP15/P20/P25 type indoor unit , P15 ~ P125 / 1 ~ 8 49/ , ~27 C (59~81 F) 15~15 C (5~59 F) 50 ~ 130% of outdoor unit capacity P15 ~ P140 / 1 ~ 10 50/52 ø9.52 (ø3/8) Flare ø15.88 (ø5/8) Flare Galvanized steel sheet<munsell 3Y 7.8/1.1> 1, (533/16 377/16 13) 140 (309) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Mitsubishi Electric Corporation Inverter 2.4 FV Pa Propeller fan 2 DCcontrol, Directdriven by motor 0.06 x 2 High pressure sensor, High pressure switch 4.15 MPa Overheat protection, Overcurrent protection Discharge thermo protection, Overcurrent protection Overheat protection, Voltage protection utodefrost mode (Reversed refrigerant circle) R kg ( 19 lb) LEV circuit , P15 ~ P140 / 1 ~ 12 51/ OUTDOOR UNIT Y (Heat Pump) series or PUHYP Y(S)HM(BS) PUHYEP Y(S)HM(BS) The twopipe zoned system designed for Heat Pump Operation The CITY MULTI Y series makes use of a twopipe refrigerant system, which allows for system changeover from cooling to heating, ensuring that a constant indoor climate is maintained in all zones. With a wide lineup of indoor units in connection with a flexible piping system, the CITY MULTI Y series can be configured for all applications. Depending on capacity, up to 50 indoor units can be connected with up to 130% connected capacity to maximize an engineer s design options. This feature allows easy air conditioning in each area with convenient individual controllers. Joint Header [850HP (Y series)] [836HP (High COP Y series)] Refrigerant Piping Lengths Total length Maximum allowable length Farthest indoor from first branch Vertical differentials between units Indoor/outdoor (outdoor higher) Indoor/outdoor (outdoor lower) Indoor/indoor Maximum meters [Feet] 1,000[3,280] 165 (190equivalent) [541(623)] 40 [131] Maximum meters [Feet] 50 [164]*1 40 [131]*1 15 [49] Topbottom differential 50m [164ft] *1 *2 Furthest piping length 190m [623ft] (equivalent length) (actual length 165m [541ft]) Between indoor units topbottom differential 15m [49ft] Nominal cooling conditions Indoor 27 CDB/19 CWB (81 FDB/66 FWB), Outdoor 35 CDB (95 FDB) Pipe length 7.5m (249/16ft), Level difference 0m (0ft) Nominal heating conditions Indoor 20 CDB (68 FDB),Outdoor 7 CDB/6 CWB Pipe length 7.5m (249/16ft), Level difference 0 m (0 ft) *1 When the outdoor unit is installed below the indoor unit, topbottom differential is 40m [131 ft]. *2 Depending on the model and installation conditions, topbottom differential 90m [295ft] (o/u above) and 60m [196ft] (o/u below) is available. For more detailed information, please contact your nearest sales office or distributor. Outdoor Unit Page97 Page98

51 OUTDOOR UNIT Y Series PUHYP YHM(BS) capacity Temp. 3 range of cooling Temp. 3 range of heating COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of refrigerant pipe Liquid Gas External dimension H W D Motor output ir flow rate Starting method in. kg(lb) FN Quantity Motor output High pressure protection Protection Inverter circuit (COMP. / FN) Refrigerant Original charge Optional parts PUHYP200YHM(BS) PUHYP250YHM(BS) PUHYP300YHM(BS) 3phase 4wire V 50/60Hz , , ,710(without legs 1,650) /8(without legs 65) 361/4 2915/16 (408) 5.4 R kg (15 lb) joint : CMYY102SG2 Header : CMYY104 / 108 / 1010G , ~24 C(59~75 F) 5~43 C(23~109 F) , ~27 C(59~81 F) 20~15.5 C(4~60 F) 50~130% of outdoor unit capacity P15~P250 / 1~17 56 ø9.52 (ø3/8) Brazed P15~P250 / 1~21 57 ø9.52 (ø3/8) Brazed (ø12.7 (ø1/2) Brazed, total length >=90m) P15~P250 / 1~26 59 ø9.52 (ø3/8) Brazed (ø12.7 (ø1/2) Brazed, total length>=40m) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1,710(without legs 1,650) /8(without legs 65) 361/4 2915/ (463) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter 6.7 High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection , , ,710(without legs 1,650) /8(without legs 65) 361/4 2915/ (474) 8.2 R kg (20 lb) R kg (20 lb) joint : CMYY102S / LG2 Header : CMYY104 / 108 / 1010G OUTDOOR UNIT Y Series PUHYP YHM(BS) capacity Temp. 3 range of cooling (measured in anechoic room) Diameter of Liquid refrigerant pipe Gas External dimension H W D COP (/) Indoor Outdoor COP (/) Temp. 3 range of heating Indoor temp. Outdoor temp. Total capacity connectable /Quantity db<> in. kg(lb) Starting method Motor output ir flow rate FN Quantity Motor output High pressure protection Protection Inverter circuit (COMP./FN) Refrigerant Original charge Optional parts PUHYP350YHM(BS) , , PUHYP400YHM(BS) 3phase 4wire V 50/60Hz , ~24 C (59~75 F) 5~43 C (23~109 F) , ~27 C (59~81 F) 20~15.5 C (4~60 F) 50~130% of outdoor unit capacity P15~P250 / 1~30 60 ø12.7 (ø1/2) Brazed P15~P250 / 1~34 61 ø12.7 (ø1/2) Brazed P15~P250 / 1~39 62 ø15.88 (ø5/8) Brazed Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1.710(without legs 1.650) /8(without legs 65) 5 481/ / R kg 1.710(without legs 1.650) /8(without legs 65) 5 481/ /16 Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter 10.5 High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection R kg joint : CMYY102S / LG2, CMYY202G2 Header : CMYY104 / 108 / 1010G PUHYP450YHM(BS) , , (without legs 1.650) /8(without legs 65) 5 481/ / R kg Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page99 Page100

52 OUTDOOR UNIT Y Series PUHYP YSHM(BS) Set name capacity Temp. 4 range of cooling (Nominal ) Temp. 4 range of heating connectable Total capacity /Quantity (measured in anechoic room) db <> Diameter of Liquid refrigerant pipe Gas FN Protection Refrigerant R kg R kg R kg R kg R kg Original charge (20 lb) (20 lb) (20 lb) (20 lb) (20 lb) Pipe between Liquid unit distributor Gas ø9.52 (ø3/8) Brazed ø9.52 (ø3/8) Brazed ø12.7 (ø1/2) Brazed ø9.52 (ø3/8) Brazed Optional parts COP ( / ) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. 1 and 2 External dimension H W D 3 in. kg(lb) Starting method Motor output ir flow rate Quantity Motor output High pressure protection Inverter circuit (COMP./FN) PUHYP500YSHM(BS) PUHYP550YSHM(BS) PUHYP600YSHM(BS) PUHYP650YSHM(BS) 3phase 4wire V 50/60Hz PUHYP250YHM (BS) , , P15~P250 / 1~43 60 ø15.88 (ø5/8) Brazed 1, /8 361/4 2915/ (474) 6.7 PUHYP250YHM (BS) PUHYP250YHM (BS) PUHYP300YHM (BS) PUHYP250YHM (BS) PUHYP350YHM (BS) PUHYP300YHM (BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1, /8 361/4 2915/ (474) 6.7 Outdoor Twinning Kit : CMYY100VBK2 joint : CMYY102S / LG2, CMYY202G2 Header : CMYY104 / 108 / 1010G , , ~130% of outdoor unit capacity P15~P250 / 1~47 P15~P250 / 1~ ø15.88 (ø5/8) Brazed ø15.88 (ø5/8) Brazed 1, /8 361/4 2915/ (474) ~24 C (59~75 F) 5~43 C (23~109 F) 15~27 C (59~81 F) 20~15.5 C (4~60 F) 1, /8 361/4 2915/ , , (474) 215 (474) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter 8.2 1, /8 361/4 2915/ , /8 481/ / High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection R kg ø12.7 (ø1/2) Brazed Outdoor Twinning Kit : CMYY100VBK2 joint : CMYY102S / LG2, CMYY202 / 302G2 Header : CMYY104 / 108 / 1010G , , P15~P250 / 1~ ø15.88 (ø5/8) Brazed 1, /8 361/4 2915/ (474) 8.2 R kg (20 lb) ø12.7 (ø1/2) Brazed PUHYP350YHM (BS) 1, /8 481/ / R kg ø12.7 (ø1/2) Brazed OUTDOOR UNIT Y Series PUHYP YSHM(BS) Set name capacity Temp. 4 range of cooling Temp. 4 range of heating connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of Liquid refrigerant pipe Gas 1 and 2 External dimension H W D 3 FN Protection Refrigerant Original charge Pipe between Liquid unit distributor Gas Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Starting method Motor output ir flow rate in. kg(lb) Quantity Motor output High pressure protection Inverter circuit (COMP./FN) PUHYP700YSHM(BS) PUHYP750YSHM(BS) PUHYP800YSHM(BS) , , phase 4wire V 50/60Hz , ~24 C (59~75 F) 5~43 C (23~109 F) , ~27 C (59~81 F) 20~15.5 C (4~60 F) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection 10.3 R kg ø12.7 (ø1/2) Brazed , , ~130% of outdoor unit capacity P15~P250 / 1~50 63 ø34.93 (ø13/8) Brazed P15~P250 / 1~ ø34.93 (ø13/8) Brazed P15~P250 / 1~50 64 ø34.93 (ø13/8) Brazed PUHYP350YHM(BS) PUHYP350YHM(BS) PUHYP350YHM(BS) PUHYP400YHM(BS) PUHYP350YHM(BS) PUHYP450YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1, , , , , , /8 481/ /16 673/8 481/ /16 673/8 481/ /16 673/8 481/ /16 673/8 481/ /16 673/8 481/ / R kg 10.3 R kg ø12.7 (ø1/2) Brazed 10.3 R kg ø12.7 (ø1/2) Brazed 10.5 R kg ø15.88 (ø5/8) Brazed Outdoor Twinning Kit : CMYY200VBK2 joint : CMYY102S / LG2, CMYY202 / 302G2 Header : CMYY104 / 108 / 1010G 12.0 R kg ø15.88 (ø5/8) Brazed Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 Height without legs 1650 (65 in.) 4 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB, Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 Height without legs 1650 (65 in.) 4 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page101 Page102

53 OUTDOOR UNIT Y Series PUHYP YSHM(BS) Set name capacity Temp. 3 range of cooling Temp. 3 range of heating connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of Liquid refrigerant pipe Gas 1 and 2 External dimension H W D FN Protection Refrigerant Pipe between unit distributor Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Starting method Motor output ir flow rate Quantity Motor output High pressure protection Inverter circuit (COMP./FN) Original charge Liquid Gas in. kg(lb) PUHYP850YSHM(BS) PUHYP900YSHM(BS) 3phase 4wire V 50/60Hz , ~24 C (59~75 F) 5~43 C (23~109 F) PUHYP400YHM(BS) PUHYP450YHM(BS) PUHYP450YHM(BS) PUHYP450YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1,710(without legs 1,650) ,710(without legs 1,650) ,710(without legs 1,650) ,710(without legs 1,650) /8(without legs 65) 481/ /16 673/8(without legs 65) 481/ /16 673/8(without legs 65) 481/ /16 673/8(without legs 65) 481/ / R kg , , P15~P250 / 1~ ø41.28 (ø15/8) Brazed 15~27 C (59~81 F) 20~15.5 C (4~60 F) 50~130% of outdoor unit capacity Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection R kg R kg ø15.88 (ø5/8) Brazed Outdoor Twinning kit : CMYY200VBK2 joint : CMYY102S / LG2, CMYY202 / 302G2 Header : CMYY104 / 108 / 1010G , P15~P250 / 1~50 65 ø41.28 (ø15/8) Brazed 12.0 R kg OUTDOOR UNIT Y Series PUHYP YSHM (BS) Set name capacity Temp. 4 range of cooling (Nominal ) Temp. 4 range of heating Total capacity connectable /Quantity db<> (measured in anechoic room) Diameter of Liquid refrigerant pipe Gas 1, 2, and 3 External dimension H W D 3 in. kg(lb) FN Protection Refrigerant Original charge Pipe between Liquid unit distributor Gas Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Starting method Motor output ir flow rate Quantity Motor output High pressure protection Inverter circuit (COMP./FN) PUHY P250YHM (BS) 1, /8 361/4 2915/ (474) 6.7 R kg (20 lb) PUHYP950YSHM(BS) PUHYP1000YSHM(BS) PUHYP1050YSHM(BS) , , P15~P250 / 1~ ø41.28 (ø15/8) Brazed PUHY P300YHM (BS) 673/8 361/4 2915/ (474) 8.2 PUHY P400YHM (BS) PUHY P300YHM (BS) PUHY P400YHM (BS) (474) (474) (541) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter PUHY P300YHM (BS) PUHY P350YHM (BS) High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection R kg (20 lb) ø9.52 (ø3/8) Brazed ø12.7 (ø1/2) Brazed PUHY P400YHM (BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1, , , , , , , , /8 481/ / (541) 10.5 R kg ø15.88 (ø5/8) Brazed 3phase 4wire V 50/60Hz , ~24 C (59~75 F) 5~43 C (23~109 F) , ~27 C (59~81 F) 20~15.5 C (4~60 F) 50~130% of outdoor unit capacity P15~P250 / 2~ ø41.28 (ø15/8) Brazed 673/8 361/4 2915/ R kg (20 lb) PUHY P300YHM (BS) 673/8 361/4 2915/ R kg (20 lb) ø12.7 (ø1/2) Brazed 673/8 481/ / R kg ø15.88 (ø5/8) Brazed Outdoor Twinning kit : CMYY300VBK2 joint : CMYY102S / LG2, CMYY202 / 302G2 Header : CMYY104 / 108 / 1010G 673/8 361/4 2915/ (474) 8.2 R kg (20 lb) ø12.7 (ø1/2) Brazed , , P15~P250 / 2~50 65 ø41.28 (ø15/8) Brazed 673/8 481/ / (541) 10.3 R kg ø12.7 (ø1/2) Brazed 673/8 481/ / (541) 10.5 R kg ø15.88 (ø5/8) Brazed Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 Height without legs 1650 (65 in.) 4 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page103 Page104

54 OUTDOOR UNIT Y Series PUHYP YSHM(BS) Set name capacity Temp. 4 range of cooling (Nominal ) Temp. 4 range of heating connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of Liquid refrigerant pipe Gas 1, 2, and 3 External dimension H W D 3 FN Protection Refrigerant Original charge Pipe between Liquid unit distributor Gas Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Starting method Motor output ir flow rate in. kg (lb) Quantity Motor output High pressure protection Inverter circuit (COMP./FN) PUHYP1100YSHM(BS) PUHYP1150YSHM(BS) 3phase 4wire V 50/60Hz , , ~24 C (59~75 F) 5~43 C (23~109 F) , ~27 C (59~81 F) 20~15.5 C (4~60 F) , ~130% of outdoor unit capacity P15~P250 / 2~50 65 ø41.28 (ø15/8) Brazed P15~P250 / 2~ ø41.28 (ø15/8) Brazed PUHYP350YHM(BS) PUHYP350YHM(BS) PUHYP400YHM(BS) PUHYP350YHM(BS) PUHYP350YHM(BS) PUHYP450YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1, , , , , , /8 481/ /16 673/8 481/ /16 673/8 481/ /16 673/8 481/ /16 673/8 481/ /16 673/8 481/ /16 245(541) 245(541) 245(541) 245(541) 245(541) 245(541) 10.3 R kg 10.3 R kg ø12.7 (ø1/2) Brazed Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter 10.5 R kg 10.3 High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection R kg 10.3 R kg ø15.88 (ø5/8) Brazed ø12.7 (ø1/2) Brazed Outdoor Twinning Kit : CMYY300VBK2 joint : CMYY102S / LG2, CMYY202 / 302G2 Header : CMYY104 / 108 / 1010G 12.0 R kg ø15.88 (ø5/8) Brazed OUTDOOR UNIT Y Series PUHYP YSHM(BS) Set name capacity Temp. 4 range of cooling (Nominal ) Temp. 4 range of heating connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of Liquid refrigerant pipe Gas 1, 2, and 3 External dimension H W D 3 FN Protection Refrigerant Original charge Pipe between Liquid unit distributor Gas Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Starting method Motor output ir flow rate in. kg (lb) Quantity Motor output High pressure protection Inverter circuit (COMP./FN) PUHYP1200YSHM(BS) PUHYP1250YSHM(BS) 3phase 4wire V 50/60Hz , , ~24 C (59~75 F) 5~43 C (23~109 F) , ~27 C (59~81 F) 20~15.5 C (4~60 F) Outdoor Twinning Kit : CMYY300VBK2 joint : CMYY102S / LG2, CMYY202 / 302G2 Header : CMYY104 / 108 / 1010G , ~130% of outdoor unit capacity P15~P250 / 2~50 66 ø41.28 (ø15/8) Brazed P15~P250 / 2~50 66 ø41.28 (ø15/8) Brazed PUHYP350YHM(BS) PUHYP400YHM(BS) PUHYP450YHM(BS) PUHYP350YHM(BS) PUHYP450YHM(BS) PUHYP450YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1, , , , , , /8 481/ /16 673/8 481/ /16 673/8 481/ /16 673/8 481/ /16 673/8 481/ /16 673/8 481/ / R kg ø12.7 (ø1/2) Brazed 10.5 R kg Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter 12.0 R kg 10.3 High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection ø15.88 (ø5/8) Brazed R kg ø12.7 (ø1/2) Brazed 12.0 R kg 12.0 R kg ø15.88 (ø5/8) Brazed Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 Height without legs 1650 (65 in.) 4 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 Height without legs 1650 (65 in.) 4 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page105 Page106

55 OUTDOOR UNIT Y Series High COP PUHYEP YHM(BS) OUTDOOR UNIT Y Series High COP PUHYEP YSHM(BS) capacity Temp. 3 range of cooling Temp. 3 range of heating COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of Liquid refrigerant pipe Gas External dimension H W D Motor output ir flow rate Starting method in. kg(lb) FN Quantity Motor output High pressure protection Protection Inverter circuit (COMP./FN) Refrigerant Original charge Optional parts PUHYEP200YHM(BS) , , P15~P250 / 1~17 57 ø9.52 (ø3/8) Brazed PUHYEP300YHM(BS) 3phase 4wire V 50/60Hz , ~24 C (59~75 F) 5~43 C (23~109 F) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1,710 (without legs 1,650) ,710 (without legs 1,650) /8 (without legs 65) 361/4 2915/16 673/8 (without legs 65) 481/ / (441) 5.4 R kg (20 lb) joint : CMYY102SG2 Header : CMYY104 / 108 / 1010G 15~27 C (59~81 F) 20~15.5 C (4~60 F) , ~130% of outdoor unit capacity P15~P250 / 1~26 60 ø9.52 (ø3/8) Brazed (ø12.7 (ø1/2) Brazed, total length>=40m) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection 8.3 R kg joint : CMYY102S / LG2 Header : CMYY104 / 108 / 1010G Set name capacity Temp. 4 range of cooling connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of Liquid refrigerant pipe Gas 1 and 2 External dimension H W D 3 FN Protection Refrigerant Original charge Pipe between Liquid unit distributor Gas Optional parts COP (/) Indoor Outdoor COP (/) Temp. 4 Indoor temp. range Outdoor temp. of heating Starting method Motor output ir flow rate in. kg(lb) Quantity Motor output High pressure protection Inverter circuit (COMP./FN) PUHYEP400YSHM(BS) PUHYEP450YSHM(BS) PUHYEP500YSHM(BS) , , phase 4wire V 50/60Hz , ~24 C (59~75 F) 5~43 C (23~109 F) , ~27 C (59~81 F) 20~15.5 C (4~60 F) , , ~130% of outdoor unit capacity P15~P250 / 1~35 60 ø12.7 (ø1/2) Brazed P15~P250 / 1~39 60 ø15.88 (ø5/8) Brazed P15~P250 / 1~43 62 ø15.88 (ø5/8) Brazed PUHYEP200YHM(BS) PUHYEP200YHM(BS) PUHYEP200YHM(BS) PUHYP250YHM(BS) PUHYEP200YHM(BS) PUHYEP300YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1, /8 361/4 2915/ (441) 5.4 R kg (20 lb) 1, /8 361/4 2915/ (441) 5.4 1, /8 361/4 2915/ (441) 200 (441) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter 5.4 1, /8 361/4 2915/ High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection R kg (20 lb) R kg R kg (20 lb) (20 lb) ø9.52 (ø3/8) Brazed Outdoor Twinning kit : CMYY100VBK2 joint : CMYY102S / LG2, CMYY202G2 Header : CMYY104 / 108 / 1010G 1, /8 361/4 2915/ (441) 5.4 R kg (20 lb) 1, /8 481/ / R kg ø12.7 (ø1/2) Brazed Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 Height without legs 1650 (65 in.) 4 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page107 Page108

56 OUTDOOR UNIT Y Series High COP PUHYEP YSHM (BS) Set name capacity Temp. 4 range of cooling connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of Liquid refrigerant pipe Gas 1 and 2 External dimension H W D 3 in. kg(lb) Starting method FN Protection Refrigerant Original charge Pipe between Liquid unit distributor Gas Optional parts COP (/) Indoor Outdoor COP (/) Temp. 4 Indoor temp. range Outdoor temp. of heating Motor output ir flow rate Quantity Motor output High pressure protection Inverter circuit (COMP./FN) PUHYEP550YSHM(BS) PUHYEP600YSHM(BS) PUHYEP650YSHM(BS) , , ~130% of outdoor unit capacity P15~P250 / 1~47 62 ø15.88 (ø5/8) Brazed P15~P250 / 1~50 63 ø15.88 (ø5/8) Brazed P15~P250 / 1~ ø15.88 (ø5/8) Brazed PUHYP250YHM(BS) PUHYEP300YHM(BS) PUHYEP300YHM(BS) PUHYEP300YHM(BS) PUHYEP300YHM(BS) PUHYP350YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1, /8 361/4 2915/ (441) 6.7 R kg (20 lb) ø9.52 (ø3/8) Brazed 1, /8 481/ / phase 4wire V 50/60Hz , ~24 C (59~75 F) 5~43 C (23~109 F) , ~27 C (59~81 F) 20~15.5 C (4~60 F) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection R kg 1, /8 481/ / , /8 481/ / R kg R kg ø12.7 (ø1/2) Brazed Outdoor Twinning kit : CMYY100VBK2 joint : CMYY102S / LG2, CMYY202 / 302G2 Header : CMYY104 / 108 / 1010G 1, /8 481/ / R kg , , , /8 481/ / R kg ø12.7 (ø1/2) Brazed OUTDOOR UNIT Y Series High COP PUHYEP YSHM(BS) Set name capacity Temp. 4 range of cooling Temp. 4 range of heating connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of Liquid refrigerant pipe Gas 1, 2, and 3 External dimension H W D 3 FN Protection Refrigerant Original charge Pipe between Liquid unit distributor Gas Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Starting method Motor output ir flow rate in. kg(lb) Quantity Motor output High pressure protection Inverter circuit (COMP./FN) PUHYEP700YSHM(BS) PUHYEP750YSHM(BS) 3phase 4wire V 50/60Hz , , ~24 C (59~75 F) 5~43 C (23~109 F) , ~27 C (59~81 F) 20~15.5 C (4~60 F) , ~130% of outdoor unit capacity P15~P250 / 1~50 63 ø34.93 (ø13/8) Brazed P15~P250 / 1~50 63 ø34.93 (ø13/8) Brazed PUHYEP200YHM(BS) PUHYEP200YHM(BS) PUHYEP300YHM(BS) PUHYEP200YHM(BS) PUHYP250YHM(BS) PUHYEP300YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1, /8 361/4 2915/ (441) 5.4 R kg (20 lb) ø9.52 (ø3/8) Brazed 1, /8 361/4 2915/ (441) 5.4 1, /8 481/ / (441) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter 8.3 High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection R kg (20 lb) R kg ø12.7 (ø1/2) Brazed 1, /8 361/4 2915/ R kg (20 lb) ø9.52 (ø3/8) Brazed Outdoor Twinning kit : CMYY300VBK2 joint : CMYY102S / LG2, CMYY202 / 302G2 Header : CMYY104 / 108 / 1010G 1, /8 361/4 2915/ (441) 6.7 R kg (20 lb) 1, /8 481/ / R kg ø12.7 (ø1/2) Brazed Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 Height without legs 1650 (65 in.) 4 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 Height without legs 1650 (65 in.) 4 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page109 Page110

57 OUTDOOR UNIT Y Series High COP PUHYEP YSHM(BS) OUTDOOR UNIT Y Series High COP PUHYEP YSHM(BS) Set name capacity Temp. 4 range of cooling Temp. 4 range of heating connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of Liquid refrigerant pipe Gas 1, 2, and 3 External dimension H W D 3 in. kg(lb) Starting method FN Protection Refrigerant Original charge Pipe between Liquid unit distributor Gas Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Motor output ir flow rate Quantity Motor output High pressure protection Inverter circuit (COMP./FN) PUHYEP800YSHM(BS) PUHYEP850YSHM(BS) 3phase 4wire V 50/60Hz , , ~24 C (59~75 F) 5~43 C (23~109 F) , ~130% of outdoor unit capacity P15~P250 / 1~50 64 ø34.93 (ø13/8) Brazed P15~P250 / 1~50 64 ø41.28 (ø15/8) Brazed PUHYEP200YHM(BS) PUHYEP300YHM(BS) PUHYEP300YHM(BS) PUHYP250YHM(BS) PUHYEP300YHM(BS) PUHYEP300YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1, /8 361/4 2915/ (441) 5.4 R kg (20 lb) ø9.52 (ø3/8) Brazed 1, /8 481/ / ~27 C (59~81 F) 20~15.5 C (4~60 F) 1, /8 481/ / (441) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter , High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection R kg R kg ø12.7 (ø1/2) Brazed 1, /8 361/4 2915/ R kg (20 lb) ø9.52 (ø3/8) Brazed Outdoor Twinning kit : CMYY300VBK2 joint : CMYY102S / LG2, CMYY202 / 302G2 Header : CMYY104 / 108 / 1010G 1, /8 481/ / , /8 481/ / R kg R kg ø12.7 (ø1/2) Brazed Set name capacity Temp. 4 range of cooling Temp. 4 range of heating connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of Liquid refrigerant pipe Gas 1, 2, and 3 External dimension H W D 3 in. kg(lb) Starting method FN Protection Refrigerant Original charge Pipe between Liquid unit distributor Gas Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Motor output ir flow rate Quantity Motor output High pressure protection Inverter circuit (COMP./FN) PUHYEP900YSHM(BS) 3phase 4wire V 50/60Hz ,600 24, ~24 C (59~75 F) 5~43 C (23~109 F) , ~27 C (59~81 F) 20~15.5 C (4~60 F) 50~130% of outdoor unit capacity P15~P250 / 1~50 65 ø41.28 (ø15/8) Brazed PUHYEP300YHM(BS) PUHYEP300YHM(BS) PUHYEP300YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1 or similar> 1, /8 481/ / R kg 1, /8 481/ /16 Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter 8.3 High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection R kg ø12.7 (ø1/2) Brazed Outdoor Twinning kit : CMYY300VBK2 joint : CMYY102S / LG2, CMYY202 / 302G2 Header : CMYY104 / 108 / 1010G 1, /8 481/ / R kg Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 Height without legs 1650 (65 in.) 4 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 Height without legs 1650 (65 in.) 4 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page111 Page112

58 OUTDOOR UNIT ZUBDN (Heat Pump) series(y) or PUHYHP Y(S)HM(BS) Bringing a year round comfort solutions to extreme climates CITY MULTI ZUBDN 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, ZUBDN 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. Joint Header OUTDOOR UNIT ZUBDN (Heat Pump) Series(Y) PUHYHP Y(S)HM(BS) Set name capacity Temp. range of cooling Temp. range of heating connectable (measured in anechoic room) Diameter of Liquid pipe refrigerant pipe Gas pipe External dimension H W D Refrigerant Pipe between unit distributor Optional parts COP Indoor Outdoor COP Indoor Outdoor Total capacity /Quantity Starting method Motor output 3 ir flow rate FN Quantity Motor output External static press. High pressure protection Protection Inverter circuit (COMP./FN) devices Original charge Liquid pipe Gas pipe / / db<> in. kg(lb) PUHYHP200YHM(BS) , , P15~P250 / 1~17 56 ø12.7(ø1/2) Brazed ø19.05(ø3/4) Brazed Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter High pressure sensor, High pressure switch at 4.15 MPa (601 psi) Overheat protection, Overcurrent protection PUHYHP250YHM(BS) PUHYHP400YSHM(BS) 3phase 4wire V 50/60Hz , , ~ 24 C (59 ~ 75 F) 5 ~ 43 C (23 ~ 109 F) , Precoated galvanized steel sheets <MUNSELL 5Y 8/1 or similar> 1, , /4 2915/ /4 2915/ (486) 220 (486) Pa (0 H2O) 15 ~ 27 C (59 ~ 81 F) 25 ~ 15.5 C (13 ~ 60 F) , ~ 130% of outdoor unit capacity P15 ~ P250 / 1 ~ 21 P15 ~ P250 / 1 ~ ø12.7 (ø1/2) Brazed ø15.88 (ø5/8) Brazed Pa (0 H2O) Overheat protection R410 x 9.0kg (20lbs) R kg (20 lbs) Joint : CMYY102SG2 Header : CMYY104/108/1010G PUHYHP500YSHM(BS) PUHYHP200YHM(BS) PUHYHP200YHM(BS) PUHYHP250YHM(BS) PUHYHP250YHM(BS) Precoated galvanized steel sheets <MUNSELL 5Y 8/1 or similar> 1, , , , /4 2915/ /4 2915/ /4 2915/ /4 2915/ (486) 220 (486) 220 (486) 220 (486) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter , , P15 ~ P250 / 1 ~ ø15.88 (ø5/8) Brazed Pa (0 H2O) 0 Pa (0 H2O) 0 Pa (0 H2O) 0 Pa (0 H2O) High pressure sensor, High pressure switch at 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection R kg (20 lbs) R kg (20 lbs) R kg (20 lbs) R kg (20 lbs) ø9.52 (ø3/8) Flare ø9.52 (ø3/8) Flare ø9.52 (ø3/8) Flare ø9.52 (ø3/8) Flare Outdoor Twinning kit : CMYY100VBK2 Joint : CMYY102S/LG2, CMYY202G2 Header : CMYY104/108/1010G [810HP] Refrigerant Piping Lengths Total length Maximum allowable length Farthest indoor from first branch Vertical differentials between units Indoor/outdoor (outdoor higher) Indoor/outdoor (outdoor lower) Indoor/indoor Maximum meters [Feet] 300 [984] 150 (175equivalent) [492 (574)] 40 [131] Maximum meters [Feet] 50 [164]*2 40 [131]*2 15 [49] Topbottom differential 50m [164ft] *1 *2 Furthest piping length 190m 175m [623ft] [574ft] (equivalent length) (actual length 165m 150m [541ft]) [492ft]) Between indoor units topbottom differential 15m [49ft] *1 When the outdoor unit is installed below the indoor unit, topbottom differential is 40m [131 ft]. *2 Depending on the model and installation conditions, topbottom differential 90m [295ft] (o/u above) and 60m [196ft] (o/u below) is available. For more detailed information, please contact your nearest sales office or distributor. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 Extemal static pressure option is available (30Pa, 60Pa/3.1H 2 O, 6.1H 2 O) Outdoor Unit Page113 Page114

59 OUTDOOR UNIT WY (Heat Pump) series or PQHYP Y(S)GM Water energy source system allows switching between heating and cooling. The WYSeries has all the benefits of the YSeries 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 13 to 24 indoor units can be connected to a single condensing unit with individualized and/or centralized control. The twopipe system allows all City Multi solutions to switch between cooling and heating while maintaining a constant indoor temperature. [810HP] Meeting room () Refrigerant Piping Lengths Total length Maximum allowable length Farthest indoor from first branch Vertical differentials between units Indoor/heat source (heat source higher) Indoor/heat source (heat source lower) Indoor/indoor Equipment room () Meeting room () Maximum meters [Feet] 300 [984] 150 (175equivalent) [492 (574)] 40 [131] Maximum meters [Feet] 50 [164] 40 [131] 15 [49] Equipment room () Topbottom differential 50m [164ft] *1 Heat source unit Heat source unit Water piping Indoor unit Heat source unit Between indoor units topbottom differential 15m [49ft] Director's room () Furthest piping length 175m [574ft] (equivalent length) (actual length 150m [492ft]) HET SOURCE UNIT WY (Heat Pump) Series PQHYP Y(S)GM Capacity Current COP Heat exchanger Circulating water Pressure drop Refrigerant / Lubricant External dimension H x W x D Protection devices Refrigerant piping diameter / Quantity db<> kg(lbs.) Operating temperature range Set name Motor output Water volume in the coil Volume (/) m 3 /h cfh kpa High pressure protection Inverter Liquid pipe Gas pipe Total capacity Capacity Current COP (/) Refrigerant piping diameter Liquid / Gas Motor output Heat exchanger Water volume in the coil Circulating Volume water m 3 /h cfh kpa Pressure drop Total capacity / Quantity db<> Operating temperature range Refrigerant / Lubricant External dimension H x W x D Protection High pressure protection devices Refrigerant piping diameter Inverter Heat source unit connection Pipe kg(lbs.) , /7.6/7.4 PQHYP200YGM 4.68 Hermetic 5.0 Double coil , /7.5/7.2 1./ indicates the maximum value at operation under the following condition. Indoor : 27 C (81 F) DB/19 CWB Circulating Water : 30 C (80 F) Indoor : 20 C (68 F) DB Circulating Water : 20 C (68 F) Pipe length : 7.5m (249/16 ft) Height difference:0m 3N~ 380/400/415V 50/60Hz , /9.5/9.1 R410/MEL32 Steel plate acrylic paint 1,800 (707/8) x 990 (39) x 550 (2111/16) 4.15MPa Overcurrent protection, Overheat protection Overcurrent protection, Thermal protection PQHYP250YGM 4.71 Hermetic 6.0 Double coil ø9.52 Flare ø19.05 Brazed 50~130% of outdoor unit capacity P20~P250/1~ (600) Indoor :15 CWB~24 CWB Indoor :15 CDB~27 CDB Indoor :15 CWB~24 CWB Circulating Water :10 CDB~45 CDB Circulating Water :10 CDB~45 CDB Circulating Water :10 CDB~45 CDB , /18.2/17.5 PQHYP400YSGM 3.96 ø12.7 Flare/ø28.58 Brazed Hermetic 9.7 Double coil , /17.6/17.0 3N~ 380/400/415V 50/60Hz , /24.2/23.3 ø9.52 Flare (ø12.7 for over 90m) ø22.2 Brazed P20~P250/1~ (607) PQHYP500YSGM 3.72 ø15.88 Flare/ø28.58 Brazed Hermetic 11.6 Double coil , /9.3/8.9 Indoor :15 CDB~27 CDB Circulating Water :10 CDB~45 CDB , /21.8/ ~130% of outdoor unit capacity P20~P250/1~22 P20~P250/1~ Indoor :15 CWB~24 CWB Indoor :15 CDB~27 CDB Indoor :15 CWB~24 CWB Indoor :15 CDB~27 CDB Circulating Water :10 CDB~45 CDB Circulating Water :10 CDB~45 CDB Circulating Water :10 CDB~45 CDB Circulating Water :10 CDB~45 CDB PQYP01YGM (Comp Unit) R410/MEL MPa Overcurrent protection Thermal protection PQHYP400YGM ( Unit) 208(459) 244(538) PQYP01YGM (Comp Unit) R410/MEL32 Steel plate acrylic paint 1,800 (707/8) x 990 (39) x 550 (2111/16) 4.15MPa Overcurrent protection Overheat protection Overcurrent protection Thermal protection 9.52 Flare/ø19.05 Flare/ø28.58 Brazed PQRYP500YGM ( Unit) 208(459) 248(547) *1 When the outdoor unit is installed below the indoor unit, topbottom differential is 40m [131ft]. 2.The ambient temperature of heat source unit has to be kept below 40 C (104 F) (dry bulb). The ambient relative humidity of heat source unit has to be kept below 80%. 3.This unit can not be installed in the outdoor. (No protection against the weather.) Outdoor Unit Page115 Page116

60 OUTDOOR UNIT R2 (Heat recovery) Series Simultaneous and PURYP Y(S)HM(BS) PURYEP Y(S)HM(BS) The world s first twopipe system that Simultaneously Cools and Heats CITY MULTI R2 series 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. Refrigerant piping: 2pipe type Meeting room () [832HP (R2 series)] [824HP (High COP R2 series)] Topbottom differentialt] 50m [164ft] *1 *2 Between indoor unit and BC controller topbottom differential 15m [49ft] Meeting room () BC controller Office () Furthest piping length 190m [623ft] (equivalent length) (actual length 165m [541ft]) Office () Office compartment () Refrigerant Piping Lengths Total length Equipment room () Maximum meters [Feet] [1,8042,624] (P600,P650 models only: Refer to the Data book for other models.) Maximum allowable length 165 (190equivalent) [541(623)] Maximum length between outdoor and single/main BC controller 110 [360] *Maximum total length is dependent upon the distance between the outdoor unit and the single/main BC Controller. Maximum length between single/main BC controller and indoor 4060 [131196] OUTDOOR UNIT R2 Series PURYP YHM(BS) capacity Temp. 3 range of cooling Temp. 3 range of heating connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of refrigerant pipe External dimension H W D Motor output Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. High pressure Low pressure Starting method in. kg (lb) ir flow rate FN Quantity Motor output High pressure protection Protection Inverter circuit (COMP./FN) Refrigerant Original charge PURYP200YHM(BS) PURYP250YHM(BS) PURYP300YHM(BS) 3phase 4wire V 50/60Hz ,400 95, , ~ 24 C (59 ~ 75 F) 5 ~ 43 C (23 ~ 109 F) , ,710 (1,650 without legs) /8 (65 without legs) 361/4 2915/ (485) R kg (18 lb) , ~ 27 C (59 ~ 81 F) 20 ~ 15.5 C (4 ~ 60 F) 50 ~ 150% of outdoor unit capacity P15 ~ P250 / 1 ~ ø15.88 (ø5/8) Brazed P15 ~ P250 / 1 ~ P15 ~ P250 / 1 ~ Precoated galvanized steel sheet (+powder coating for BS type) <MUNSELL 5Y 8/1> 1,710 (1,650 without legs) /8 (65 without legs) 361/4 2915/ (518) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection, Overcurrent protection R kg (24 lb) joint : CMYY102SG2, CMYY102LG2, CMYR160J BC controller : CMBP104, 105, 106, 108, 1010, 1013, 1016VG Main BC controller : CMBP108, 1010, 1013, 1016VG Sub BC controller : CMBP104, 108VGB, CMBP1016VHB , ,710 (1,650 without legs) /8 (65 without legs) 361/4 2915/ (529) R kg (24 lb) joint : CMYY102SG2, CMYY102LG2, CMYY202G2, CMYR160J BC controller : CMBP104, 105, 106, 108, 1010, 1013, 1016VG Main BC controller : CMBP108, 1010, 1013, 1016VG Sub BC controller : CMBP104, 108VGB, CMBP1016VHB Between indoor unit and BC controller topbottom differential 15m [49ft] BC controller Between indoor units topbottom differential 15m [49ft] Vertical differentials between units Indoor/outdoor (outdoor higher) Indoor/outdoor (outdoor lower) Indoor/BC controller (single/main) * Maximum length between single/main BC controller and indoor is dependent upon the vertical differential between the single/main BC controller and the indoor unit. Indoor/indoor Main BC Controller/Sub BC Controller Maximum meters [Feet] 50 [164]*2 40 [131]*2 15 [49] 15 [49] 15 [49] *1 When the outdoor unit is installed below the indoor unit, topbottom differential is 40m [131ft]. *2 Depending on the model and installation conditions, topbottom differential 90m [295ft] (o/u above) and 60m [196ft] (o/u below) is available. For more detailed information, please contact your nearest sales office or distributor. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page117 Page118

61 OUTDOOR UNIT R2 Series PURYP YHM(BS) capacity Temp. 3 range of cooling Temp. 3 range of heating connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of High pressure refrigerant pipe Low pressure External dimension H W D Motor output FN Protection Refrigerant Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Starting method ir flow rate in. kg (lb) Quantity Motor output High pressure protection Inverter circuit (COMP./FN) Original charge PURYP350YHM(BS) PURYP400YHM(BS) 3phase 4wire V 50/60Hz , , , ~ 150% of outdoor unit capacity P15 ~ P250 / 1 ~ 35 P15 ~ P250 / 1 ~ Precoated galvanized steel sheet (+powder coating for BS type) <MUNSELL 5Y 8/1> 1,710 (1,650 without legs) 1, /8 (65 without legs) 481/ / (584) R kg (29 lb) joint : CMYY102SG2, CMYY102LG2, CMYY202G2, CMYR160J BC controller : CMBP104, 105, 106, 108, 1010, 1013, 1016VG Main BC controller : CMBP108, 1010, 1013, 1016VG Sub BC controller : CMBP104, 108VGB, CMBP1016VHB 15 ~ 24 C (59 ~ 75 F) 5 ~ 43 C (23 ~ 109 F) 15 ~ 27 C (59 ~ 81 F) 20 ~ 15.5 C (4 ~ 60 F) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection , ,710 (1,650 without legs) 1, /8 (65 without legs) 481/ / (584) Overheat protection, Overcurrent protection R kg (29 lb) joint : CMYY102SG2, CMYY102LG2, CMYY202G2, CMYR160J Main BC controller : CMBP108, 1010, 1013, 1016VG Sub BC controller : CMBP104, 108VGB, CMBP1016VHB OUTDOOR UNIT R2 Series PURYP YSHM(BS) Set name capacity Temp. 3 range of cooling Temp. 3 range of heating connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of High pressure refrigerant pipe Low pressure External dimension H W D FN Protection Refrigerant Pipe between unit distributor Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Starting method Motor output ir flow rate Quantity Motor output High pressure protection Inverter circuit (COMP./FN) Original charge High pressure Low pressure in. kg(lb) PURYP450YSHM(BS) , , P15 ~ P250 / 1 ~ PURYP500YSHM(BS) 3phase 4wire V 50/60Hz , ~ 24 C (59 ~ 75 F) 5 ~ 43 C (23 ~ 109 F) 15 ~ 27 C (59 ~ 81 F) 20 ~ 15.5 C (4 ~ 60 F) PURYP200YHM(BS) PURYP250YHM(BS) PURYP250YHM(BS) PURYP250YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1> 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (485) 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (518) 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (518) 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (518) R kg (18 lb) ø15.88 (ø5/8) Brazed High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection, Overcurrent protection R kg (24 lb) R kg (24 lb) , ~ 150% of outdoor unit capacity P15 ~ P250 / 1 ~ 50 (Connectable branch pipe number is max. 48.) 60 Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter Outdoor Twinning kit : CMYR100VBK joint : CMYY102SG2, CMYY102LG2, CMYY202G2, CMYR160J Main BC controller : CMBP108, 1010, 1013, 1016VG Sub BC controller : CMBP104, 108VGB, CMBP1016VHB R kg (24 lb) Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page119 Page120

62 OUTDOOR UNIT R2 Series PURYP YSHM(BS) Set name capacity Temp. 3 range of cooling Temp. 3 range of heating Total capacity connectable /Quantity db<> (measured in anechoic room) Diameter of High pressure refrigerant pipe Low pressure External dimension H W D FN Protection Refrigerant Pipe between unit distributor Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Starting method Motor output ir flow rate Quantity Motor output High pressure protection Inverter circuit (COMP./FN) Original charge High pressure Low pressure in. kg(lb) PURYP550YSHM(BS) PURYP600YSHM(BS) 3phase 4wire V 50/60Hz , ~ 24 C (59 ~ 75 F) 5 ~ 43 C (23 ~ 109 F) PURYP250YHM(BS) PURYP300YHM(BS) PURYP300YHM(BS) PURYP300YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1> 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (518) 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (529) 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (529) 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (529) R kg (24 lb) , , ~ 27 C (59 ~ 81 F) 20 ~ 15.5 C (4 ~ 60 F) High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection, Overcurrent protection R kg (24 lb) R kg (24 lb) , ~ 150% of outdoor unit capacity P15 ~ P250 / 2 ~ 50 (Connectable branch pipe number is max. 48.) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter Outdoor Twinning kit : CMYR100VBK joint : CMYY102SG2, CMYY102LG2, CMYY202G2, CMYR160J Main BC controller : CMBP108, 1010, 1013, 1016VG Sub BC controller : CMBP104, 108VGB, CMBP1016VHB R kg (24 lb) OUTDOOR UNIT R2 Series PURYP YSHM(BS) Set name capacity Temp. 3 range of cooling Temp. 3 range of heating connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of High pressure refrigerant pipe Low pressure External dimension H W D FN Protection Refrigerant Pipe between unit distributor Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. Starting method Motor output ir flow rate Quantity Motor output High pressure protection Inverter circuit (COMP./FN) Original charge High pressure Low pressure in. kg(lb) PURYP650YSHM(BS) , , PURYP700YSHM(BS) 3phase 4wire V 50/60Hz , ~ 24 C (59 ~ 75 F) 5 ~ 43 C (23 ~ 109 F) 15 ~ 27 C (59 ~ 81 F) 20 ~ 15.5 C (4 ~ 60 F) PURYP300YHM(BS) PURYP350YHM(BS) PURYP300YHM(BS) PURYP400YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1> 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (529) 1,710(1,650 without legs) 1, /8(65 without legs) 481/ / (584) 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (529) 1,710(1,650 without legs) 1, /8(65 without legs) 481/ / (584) R kg (24 lb) R kg (24 lb) , ~ 150% of outdoor unit capacity P15 ~ P250 / 2 ~ 50 (Connectable branch pipe number is max. 48.) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection, Overcurrent protection R kg (29 lb) Outdoor Twinning kit : CMYR100VBK joint : CMYY102SG2, CMYY102LG2, CMYY202G2, CMYR160J Main BC controller : CMBP108, 1010, 1013, 1016VG Sub BC controller : CMBP104, 108VGB, CMBP1016VHB 63 ø34.93 (ø13/8) Brazed R kg (29 lb) Outdoor Twinning kit : CMYR200VBK joint : CMYY102SG2, CMYY102LG2, CMYY202G2, CMYR160J Main BC controller : CMBP1016VH Sub BC controller : CMBP104, 108VGB, CMBP1016VHB Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page121 Page122

63 OUTDOOR UNIT R2 Series PURYP YSHM(BS) OUTDOOR UNIT R2 Series PURYEP YHM(BS) Set name capacity Temp. 3 range of cooling connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of High pressure refrigerant pipe Low pressure External dimension H W D FN Protection Refrigerant Pipe between unit distributor Optional parts COP (/) Indoor Outdoor COP (/) Temp. 3 Indoor temp. range Outdoor temp. of heating Starting method Motor output ir flow rate Quantity Motor output High pressure protection Inverter circuit (COMP./FN) Original charge High pressure Low pressure in. kg(lb) PURYP750YSHM(BS) PURYP800YSHM(BS) 3phase 4wire V 50/60Hz , ~ 24 C (59 ~ 75 F) 5 ~ 43 C (23 ~ 109 F) PURYP350YHM(BS) PURYP400YHM(BS) PURYP400YHM(BS) PURYP400YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1> 1,710(1,650 without legs) 1, /8(65 without legs) 481/ / (584) 1,710(1,650 without legs) 1, /8(65 without legs) 481/ / (584) 1,710(1,650 without legs) 1, /8(65 without legs) 481/ / (584) 1,710(1,650 without legs) 1, /8(65 without legs) 481/ / (584) R kg (29 lb) , , ø34.93 (ø13/8) Brazed 15 ~ 27 C (59 ~ 81 F) 20 ~ 15.5 C (4 ~ 60 F) Overheat protection, Overcurrent protection R kg (29 lb) , ~ 150% of outdoor unit capacity P15 ~ P250 / 2 ~ 50 (Connectable branch pipe number is max. 48.) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection R kg (29 lb) 64 ø34.93 (ø13/8) Brazed Outdoor Twinning kit : CMYR200VBK joint : CMYY102SG2, CMYY102LG2, CMYY202G2, CMYR160J Main BC controller : CMBP1016VH Sub BC controller : CMBP104, 108VGB, CMBP1016VHB R kg (29 lb) capacity Temp. 3 range of cooling Temp. 3 range of heating connectable Total capacity /Quantity (measured in anechoic room) db<> Diameter of High pressure refrigerant pipe Low pressure External dimension H W D Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. in. kg(lb) Starting method Motor output ir flow rate FN Quantity Motor output High pressure protection Protection Inverter circuit (COMP./FN) Refrigerant Original charge PURYEP200YHM(BS) , , P15 ~ P250 / 1 ~ ø15.88 (ø5/8) Brazed PURYEP300YHM(BS) 3phase 4wire V 50/60Hz , ~ 24 C (59 ~ 75 F) 5 ~ 43 C (23 ~ 109 F) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1> 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (518) ~ 27 C (59 ~ 81 F) 20 ~ 15.5 C (4 ~ 60 F) 50 ~ 150% of outdoor unit capacity Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter , P15 ~ P250 / 1 ~ ,710(1,650 without legs) 1, /8(65 without legs) 481/ / (584) High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection, Overcurrent protection R kg (24 lb) R kg (29 lb) joint : CMYY102SG2, CMYY102LG2, CMYR160J BC controller : CMBP104, 105, 106, 108, 1010, 1013, 1016VG Main BC controller : CMBP108, 1010, 1013, 1016VG Sub BC controller : CMBP104, 108VGB, CMBP1016VHB Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page123 Page124

64 OUTDOOR UNIT R2 Series PURYEP YSHM(BS) Set name capacity Temp. 3 range of cooling (measured in anechoic room) Diameter of High pressure refrigerant pipe Low pressure External dimension H W D FN Protection Refrigerant Pipe between unit distributor Optional parts COP (/) Indoor Outdoor COP (/) Temp. 3 range of heating Indoor temp. Outdoor temp. Total capacity connectable /Quantity Starting method Motor output ir flow rate Quantity Motor output High pressure protection Inverter circuit (COMP./FN) Original charge High pressure Low pressure db<> in. kg(lb) PURYEP400YSHM(BS) PURYEP450YSHM(BS) 3phase 4wire V 50/60Hz , , ~ 24 C (59 ~ 75 F) 5 ~ 43 C (23 ~ 109 F) PURYEP200YHM(BS) PURYEP200YHM(BS) PURYEP200YHM(BS) PURYP250YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1> 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (518) 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (518) 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (518) 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (518) R kg (24 lb) , P15 ~ P250 / 1 ~ ~ 27 C (59 ~ 81 F) 20 ~ 15.5 C (4 ~ 60 F) 50 ~ 150% of outdoor unit capacity Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection, Overcurrent protection R kg (24 lb) R kg (24 lb) ø15.88 (ø5/8) Brazed , P15 ~ P250 / 1 ~ Outdoor Twinning kit : CMYR100VBK joint : CMYY102SG2, CMYY102LG2, CMYY202G2, CMYR160J Main BC controller : CMBP108, 1010, 1013, 1016VG Sub BC controller : CMBP104, 108VGB, CMBP1016VHB R kg (24 lb) OUTDOOR UNIT R2 Series PURYEP YSHM(BS) Set name capacity Temp. 3 range of cooling Total capacity connectable /Quantity db<> (measured in anechoic room) Diameter of High pressure refrigerant pipe Low pressure External dimension H W D Refrigerant Pipe between High pressure unit distributor Low pressure Optional parts COP (/) Indoor Outdoor COP (/) Temp. 3 Indoor temp. range Outdoor temp. of heating in. kg(lb) Starting method Motor output ir flow rate FN Quantity Motor output High pressure protection Protection Inverter circuit (COMP./FN) Defrosting method Original charge PURYEP500YSHM(BS) PURYEP550YSHM(BS) 3phase 4wire V 50/60Hz , , ~ 24 C (59 ~ 75 F) 5 ~ 43 C (23 ~ 109 F) , ~ 27 C (59 ~ 81 F) 20 ~ 15.5 C (4 ~ 60 F) 50 ~ 150% of outdoor unit capacity P15 ~ P250 / 1 ~ 50 (Connectable branch pipe number is max. 48.) P15 ~ P250 / 2 ~ 50 (Connectable branch pipe number is max. 48.) PURYEP200YHM(BS) PURYEP300YHM(BS) PURYP250YHM(BS) PURYEP300YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1> 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (518) 1,710(1,650 without legs) 1, /8(65 without legs) 481/ / (584) 1,710(1,650 without legs) /8(65 without legs) 361/4 2915/ (518) 1,710(1,650 without legs) 1, /8(65 without legs) 481/ / (584) R kg (24 lb) ø15.88 (ø5/8) Brazed Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection, Overcurrent protection utodefrost mode (Reversed refrigerant circle) R kg (29 lb) R kg (24 lb) , Outdoor Twinning kit : CMYR100VBK joint : CMYY102SG2, CMYY102LG2, CMYY202G2, CMYR160J Main BC controller : CMBP108, 1010, 1013, 1016VG Sub BC controller : CMBP104, 108VGB, CMBP1016VHB R kg (29 lb) Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page125 Page126

65 OUTDOOR UNIT R2 Series PURYEP YSHM(BS) Set name capacity Temp. range of cooling 3 Temp. 3 range of heating Total capacity connectable /Quantity db<> (measured in anechoic room) Diameter of High pressure refrigerant pipe Low pressure External dimension H W D Refrigerant Pipe between High pressure unit distributor Low pressure Optional parts COP (/) Indoor Outdoor COP (/) Indoor temp. Outdoor temp. in. kg(lb) Starting method Motor output ir flow rate FN Quantity Motor output High pressure protection Protection Inverter circuit (COMP./FN) Defrosting method Original charge PURYEP600YSHM(BS) 3phase 4wire V 50/60Hz , ~ 24 C (59 ~ 75 F) 5 ~ 43 C (23 ~ 109 F) , ~ 27 C (59 ~ 81 F) 20 ~ 15.5 C (4 ~ 60 F) 50 ~ 150% of outdoor unit capacity P15 ~ P250 / 2 ~ 50 (Connectable branch pipe number is max. 48.) 63 PURYEP300YHM(BS) PURYEP300YHM(BS) Precoated galvanized steel sheets (+ powder coating forbs type) <MUNSELL 5Y 8/1> 1,710(1,650 without legs) 1, /8(65 without legs) 481/ / (584) Saltresistant cross fin & copper tube Inverter scroll hermetic compressor Inverter 1,710(1,650 without legs) 1, /8(65 without legs) 481/ / (584) High pressure sensor, High pressure switch 4.15 MPa (601 psi) Overheat protection, Overcurrent protection Overheat protection, Overcurrent protection utodefrost mode (Reversed refrigerant circle) R kg (29 lb) R kg (29 lb) Outdoor Twinning kit : CMYR100VBK joint : CMYY102SG2, CMYY102LG2, CMYY202G2, CMYR160J Main BC controller : CMBP108, 1010, 1013, 1016VG Sub BC controller : CMBP104, 108VGB, CMBP1016VHB Nominal cooling conditions Indoor 27 C (81 F) DB/19 C (66 F) WB, Outdoor 35 C (95 F) DB Nominal heating conditions Indoor 20 C (68 F) DB,Outdoor 7 C (45 F) DB/6 C (43 F) WB 3 5 C (23 F) DB/6 C (21 F) WB~21 C (70 F) DB/15.5 C (60 F) WB with cooling/heating mixed operation. Outdoor Unit Page127 Page128

66 OUTDOOR UNIT WR2 (Heat Recovery) series Simultaneous and PQRYP Y(S)GM dvanced water heat source unit enjoying the benefits of R2 series The City Multi WR2 series 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 2pipe refrigerant circuit, it also produces heat recovery via the water circuit between heat source units, making for a very economical system. [810HP] Meeting room () Equipment room () Meeting room () Maximum length between heat source and single/main BC controller 110 [360] Topbottom differentrial 50m [164ft] *1 (Wh Between indoor unit and BC controller topbottom differential 15m [49ft] Between indoor unit and BC controller topbottom differential 15m [49ft] (10m[32ft]) Equipment room () Heat source unit BC controller Furthest piping length 175m [574ft] (equivalent length) (actual length 150m [492ft]) BC controller Between indoor units topbottom differential 15m [49ft](10m[32ft]) Heat source unit Heat source unit Water piping Indoor unit Director's room () Double heat recovery (WR2) Heat source unit Water circuit Heat recovery *1 When the outdoor unit is installed below the indoor unit, topbottom differential is 40m [131ft]. BC controller Refrigerant Circuit Vertical differentials between units Indoor/ heat source ( heat source higher) Indoor/ heat source ( heat source lower) Indoor/BC controller (single/main) Indoor/indoor Main BC Controller/Sub BC Controller s Heat recovery s Heat recovery Refrigerant Piping Lengths Maximum meters [Feet] Total length [9841,312] Maximum allowable length 150 (175equivalent) [492 (574)] Maximum length between heat source and single/main BC controller 110 [360] *Maximum total length is dependent upon the distance between the outdoor unit and the single/main BC Controller. Maximum length between single/main BC controller and indoor 4060 [131196] Maximum meters [Feet] 50 [164] 40 [131] 15 [49] 15 (10) [49 (32)] 15 (10) [49 (32)] HET SOURCE UNIT WR2 (Heat Recovery) Series PQRYP YGM Capacity Current COP Heat exchanger Circulating water Pressure drop Refrigerant / Lubricant External dimension H x W x D Protection devices Refrigerant piping diameter Motor output Water volume in the coil Volume High pressure protection Inverter High press. pipe Low press. pipe Total capacity / Quantity db<> kg(lbs.) Operating temperature range Set name / m 3 /h cfh kpa Capacity Current COP / Refrigerant piping diameter Motor output Heat exchanger Water volume in the coil Circulating Volume water m 3 /h cfh kpa Pressure drop Total capacity / Quantity db<> Operating temperature range Refrigerant / Lubricant External dimension H x W x D Protection High pressure protection devices Refrigerant piping diameter Inverter Heat source unit connection Pipe kg(lbs.) , /7.6/ PQRYP200YGM Hermetic 5.0 Double coil / indicates the maximum value at operation under the following condition. Indoor : 27 C (81 F) DB/19 CWB Circulating Water : 30 C (80 F) Indoor : 20 C (68 F) DB Circulating Water : 20 C (68 F) Pipe length : 7.5m (249/16 ft) Height difference : 0m 2.The ambient temperature of heat source unit has to be kept below 40 C (104 F) (dry bulb). The ambient relative humidity of heat source unit has to be kept below 80%. 3.This unit can not be installed in the outdoor. (No protection against the weather.) , /7.5/ ø15.88 Brazed ø19.05 Brazed 50~150% of outdoor unit capacity P20~P250/1~ (580) Indoor :15 CWB~24 CWB Indoor :15 CDB~27 CDB Circulating Water :10 CDB~45 CDB Circulating Water :10 CDB~45 CDB , /18.2/ PQRYP400YSGM 3N~ 380/400/415V 50/60Hz , /9.5/ R410/MEL32 Steel plate acrylic paint 1,800 (707/8) x 990 (39) x 550 (2111/16) 4.15MPa Overcurrent protection, Overheat protection Overcurrent protection, Thermal protection , /17.6/ N~ 380/400/415V 50/60Hz PQRYP250YGM Hermetic 6.0 Double coil , /9.3/ ø19.05 Brazed ø22.2 Brazed 50~150% of outdoor unit capacity P20~P250/1~ (587) Indoor :15 CWB~24 CWB Indoor :15 CDB~27 CDB Circulating Water :10 CDB~45 CDB Circulating Water :10 CDB~45 CDB , /24.2/ PQRYP500YSGM , /21.8/ ø22.2 Brazed/ø28.58 Brazed Hermetic 9.7 Double coil Hermetic 11.6 Double coil ~150% of outdoor unit capacity P20~P250/1~ Indoor :15 CWB~24 CWB Indoor :15 CDB~27 CDB Indoor :15 CWB~24 CWB Indoor :15 CDB~27 CDB Circulating Water :10 CDB~45 CDB Circulating Water :10 CDB~45 CDB Circulating Water :10 CDB~45 CDB Circulating Water :10 CDB~45 CDB PQYP01YGM (Comp Unit) R410/MEL MPa Overcurrent protection Overheat protection Overcurrent protection Thermal protection PQRYP400YGM ( Unit) 208(459) 232(512) PQYP01YGM (Comp Unit) R410/MEL32 Steel plate acrylic paint 1,800 (707/8) x 990 (39) x 550 (2111/16) 4.15MPa Overcurrent protection Overheat protection Overcurrent protection Thermal protection 9.52 Flare/ø19.05 Flare/ø28.58 Brazed PQRYP500YGM ( Unit) 208(459) 236(521) Outdoor Unit Page129 Page130

67 O ptional parts OPTIONL PRTS FOR INDOOR UNITS >>4way cassette type (PLFYVBM) Description Decoration panel utomatic Filter Elevation Panel Multifunctional casement Highefficiency filter element Wireless signal receiver Space panel isee sensor Duct flange for fresh air intake Shutter plate >>2way cassette type (PLFYVLMD) Description Decoration panel O duct flange SLP2 PLP6B PLP6BJ PCSH53TME PCSH59KFE PRS9FE PCSH48SE PCS1MEE PCSH650FE PCSH51SPE >>Ceiling concealed type (PEFYVMH) Drain pump Description Long life filter Filter box CMP40VLWB CMP63VLWB CMP100VLWB CMP125VLWB PCKH11OF >>Ceiling concealed type (PDFYVM) >>Fresh air intake type (PEFYVMHEF) >>Ceiling suspended type (PCFYVKM) pplicable capacity PLFYVLMDB P20, P25, P32, P40 P50, P63 P80, P100 P125 P20, P25, P32, P40, P50, P63, P80, P100 PCKE04DMF PCKE86LF PCKE88LF PCKE89LF PCKE85LF PCKE63TBF PCKE80TBF PCKE140TBF PCKE250TBF Description pplicable capacity Remarks Drain pump Square shape duct flange Round shape duct flange Filter box for rear suction Canvas duct for bottom suction Description Long life filter Filter box Drain pump Description Drain pump kit High efficiency filter PCKD02DMF PCKD60KDF PCKD61KDF PCKD63KDF PCKD64KDF PCKD32EDFF PCKD50EDFF PCKD80EDFF PCKD125EDFF PCKD80RTB PCKD81RTB PCKD83RTB PCKD84RTB PCKD85DF PCKD86DF PCKD88DF PCKD89DF Wireless remote controller kit >>Ceiling concealed type (PEFYVMS1) Description Drain pump Control box replace kit P20P125 P20, P25, P32 P40, P50 P63, P71, P80 P100, P125 P20, P25, P32 P40, P50 P63, P71, P80 P100, P125 P20, P25, P32 P40, P50 P63, P71, P80 P100, P125 P20, P25, P32 P40, P50 P63, P71, P80 P100, P125 PCKE88LF PCKE89LF PCKE85LF PCKE80TBF PCKE140TBF PCKE250TBF PCKE04DMF PCSH83DME PCSH84DME PCSH88KFE PCSH89KFE PCSH90KFE PRSL94BE PCKE07DME PCKE70HSE >>Wall mounted type (PKFYVBM/VHM/VKM) Description External LEV Box Drain pump kit pplicable capacity VBM P32, P40, P50, P63, P80, P100, P125 P32, P40, P50, P63, P80, P100, P125 P32, P40, P50, P63, P80, P100, P125 P32, P40, P50, P63, P80, P100, P125 P32, P40, P50, P63, P80, P100, P125 P32, P40, P50, P63, P80, P100, P125 P32, P40, P50, P63, P80, P100, P125 P32, P40, P50, P63, P80, P100, P125 P32, P40, P50, P63, P80, P100, P125 *vailable for limited countries Necessary when air intake duct or high efficiency filter is used at the rear of the indoor unit PCSG95LEE PCSH75DME PCSH94DME VCM P20, P25, P32, P40 >>1way cassette type(pmfyvbm) Description pplicable capacity PEFYVMH P40~P250 P40, P50, P63 P71, P80 P100, P125, P140 P200, P250 P40, P50, P63 P71, P80 P100, P125, P140 P200, P250 Remarks pplicable capacity Decoration panel PMP40BM P20, P25, P32, P40 Necessary when long life filter is used Description pplicable capacity Remarks Filter box for bottom suction High efficiency filter 65% High efficiency filter 90% Maintenance panel with air intake PCKD70TB PCKD71TB PCKD73TB PCKD74TB PCKD30F PCKD31F PCKD33F PCKD34F PCKD40F PCKD41F PCKD43F PCKD44F MCMPP36DSWH MCMPP56DSWH MCMPP90DSWH MCMPP160DSWH pplicable capacity P80 P140 P200, P250 P80 P140 P200/P250 P80, P140, P200, P250 pplicable capacity P40 P63,100,125 P40 P63 P100,125 P40,63,100,125 pplicable capacity P20, P25, P32 P40, P50 P63, P71, P80 P100, P125 P20, P25, P32 P40, P50 P63, P71, P80 P100, P125 P20, P25, P32 P40, P50 P63, P71, P80 P100, P125 P20, P25, P32 P40, P50 P63, P71, P80 P100, P125 P15, 20, 25, 32, 40, 50, 63 P15, 20, 25, 32, 40, 50, 63 pplicable capacity P15, 20, 25 P32, 40, 50 P63,100 Nesessary when efficiency filter is used at the bottom of the indoor unit *For PEFYVMS1L only Optional parts Page131 Page132

68 OPTIONL PRTS FOR OUTDOOR UNITS >>For PUMYP100, P125, P140 VHM Description Branch Pipe (2 Branch) Header Header Drain Socket Centralized Drain Pan Port Connector (ø9.52 ø12.7 ) Port Connector (ø15.88 ø19.05) ir Protect Guide ( 2 pcs required ) >>For PUHY series CMYY62GE CMYY64GE CMYY68GE PCSG61DSE PCSG64DPE PCSG73RJE PCSG75RJE PCSH63GE Maintenance equipment Description Twinning kit Branch pipe (Joint) Branch pipe (Header) CMYY100VBK2 CMYY200VBK2 CMYY300VBK2 CMYY102SG2 CMYY102LG2 CMYY202G2 Note : capacities: the capacity of an indoor unit is the same as the number used for its type identification. >>For PUHYHP series Description Branch pipe (Joint) Branch pipe (Header) Twinning kit >>For PURY series Description Twinning kit Branch pipe (Joint) OPTIONL PRTS FOR CONTROL PCSE41TSE PCSE55RE PCYG10H PCSC50KU PCSC51KU PCS88HEP PCS89TEP PCSC37SE PCSC36NE PCSF46EP LMP02 PCYG11CD PCYG31CD CMYY302G2 CMYY104G CMYY108G CMYY1010G Remote Sensor for /J/K/MNet Control Remote ON/OFF adaptor for Indoor Unit Cable for G150/G50 I/O Power supply unit for G50 / GB50 Power supply unit for G150 / GB50 Remote Display daptor for Indoor Unit Timer daptor for remote controller Output signal connector Input signal connector Transmission booster ir conditioner interface Electric amount count software BC net TM interface Remarks For PUHYP500~P650 / EP400~EP650YSHM For PUHYP700~P900YSHM For PUHYP950~P1250 / EP700~EP900YSHM 200 or below (Total capacity of indoor unit) (Total capacity of indoor unit) (Total capacity of indoor unit) The 1st branch of P450~P or above (Total capacity of indoor unit) The 1st branch of P700~P1250 For 4 branches For 8 branches For 10 branches Description OPTIONL EQUIPMENT FOR BC CONTROLLER BC Controller CMBP104VG, GB CMBP105VG CMBP106VG CMBP108VG, G, GB CMBP1010VG, G CMBP1013VG, G CMBP1016VG, G, H, HB Note : capacities: the capacity of an indoor unit is the same as the number used for its type identification. CMYR100VBK CMYR200VBK CMYY102SG2 CMYY102LG2 CMYY202G2 Note : capacities: the capacity of an indoor unit is the same as the number used for its type identification. Optional parts CMYY102SG2 CMYY102LG2 CMYY202G2 CMYY104G CMYY108G CMYY1010G CMYY100VBK2 Junction pipe kit CMYR160J Remarks 200 or below (Total capacity of indoor unit) (Total capacity of indoor unit) (Total capacity of indoor unit) The 1st branch of P400,P500 For 4 branches For 8 branches For 10 branches For PUHYHP400,HP500YSHM(BS) Remarks For PURYP450~P650 / EP400~EP600YSHM For PURYP700~P800YSHM 200 or below (Total capacity of indoor unit) (Total capacity of indoor unit) (Total capacity of indoor unit) The 1st branch of P450~P650 Branch pipe CMYY102SG2 Maintenance cycle [Note that maintenance cycle does not mean guarantee period.] The following tables are applicable when using equipment under the conditions below. Normal use without frequent STRT/STOPs (The number of STRT/STOPs is assumed to be less than 6 times per hour in normal use.) Operating hours are assumed to be 10 hours per day/2500 hours per year. Under the following conditions, equipment may not be able to be used at all, or the maintenance cycle and replacement cycle of equipment may need to be shortened. When using equipment in high temperature and humidity or in rapid changes in temperature and humidity When using equipment in a big electric change of power voltage, frequency, and waveform distortion (They cannot be used outside of acceptable range.) When using equipment installed in a place where there is a lot of vibration When using equipment in the air with hazardous gas or oil mist as well as dust, salinity, and sulfur dioxide/ hydrogen sulfide When using equipment with frequent STRT/STOP or long operating hours Table 1. Maintenance cycle Major components Checking cycle Maintenance cycle 20,000 hours Motor (Fan, Louver, drain pump) 20,000 hours Bearing 1 year 15,000 hours Electric board 25,000 hours 5 years Sudden unpredictable accident may occur even if checkup is performed. Replacement cycle of consumable components [Note that replacement cycle does not mean guarantee period.] Table 2. Replacement cycle Major components Checking cycle Replacement cycle Longlife filter 5 years Highperformance filter 1 year Fan belt 5,000 hours 1 year Smoothing capacitor 10 years Fuse 10 years Crank case heater 8 years Major components Checking cycle Maintenance cycle Expansion valve 20,000 hours Valve 20,000 hours (solenoid valve, fourway valve) 1 year Sensor 5 years (thermistor, presser sensor) Drain pan 8 years Note1 This table shows major components. Refer to the maintenance contract for details. Note2 This maintenance cycle shows a period in which products are expected to require no maintenance. Use this cycle for planning maintenance (budgeting the maintenance expense etc.) Checking/ Maintenance cycle may be shorter than the one on this table depending on the contents of maintenance check contract. Note1 This table shows major components. Refer to the maintenance contract for details. Note2 This replacement cycle shows a period in which products are expected to require no replacements. Use this cycle for planning maintenance (budgeting expenses for replacing equipments etc.) Optional parts Page133 Page134