ecodan can heat rooms and supply domestic hot water, realising greater comfort and energy saving. ecodan Economic, eco conscious next generation heating system Both energy-saving and safe for the environment, the Mitsubishi Electric ecodan incorporates a highly efficient heat pump system that captures the heat in the air, a renewable energy resource. Equipped with advanced inverter control, meticulous temperature control assures comfortable heating, and its space-saving ll-in-one indoor unit is easy to install. These energysaving, high comfort and simple installation characteristics have drawn the ecodan heating system into the spotlight centre stage. Excellent ecodan s heating performance, even at low outdoor temperature! INDOOR UNIT OUTDOOR UNIT Hydro box, cylinder unit Packaged type Small capacity (Under 5)* Medium capacity (7.5 14)* Large capacity ( > = )* HW112/140 Coming soon W50 W85/112 W85 W112 Split type Small capacity (Under 5)* Medium capacity (7.514)* Large capacity ( > = )* SHW80/112 SHW80/112/140 SHW2 Reversible hydro box, Reversible cylinder unit SW50 SW75 SW75/100 SW100/120 SW0/200 Eco Inverter SUHZ-SW45 T/TW Hybrid system Small capacity (Under 5)* Medium capacity (7.514)* Large capacity ( > = )* FRP71 PUMY + ecodan PUMY-P112/125/140 * Rated capacity is at conditions 2W35. (according to EN14511) 124
2015 811/2013 2015 811/2013 New eco-design directive What is the ErP Directive? The Ecodesign Directive for Energy-related Products (ErP Directive) established a framework to set mandatory standards for ErPs sold in the European Union (EU). The ErP Directive introduces new energy efficiency ratings across various product categories. It affects how products such as computers, vacuum cleaners, boilers and even windows are classified in terms of environmental performance. Labelling regulations that apply to our TW heat pumps came into effect from September 26, 2015. New energy label and measurements Under directive 2009/125/EC, TW heat pumps of up to 70 are required to show their heating efficiency on the energy label. The purpose of the energy label is to inform customers about the energy efficiency of a heating unit. The efficiency for space heating is ranked from ++ to G. In the case of domestic hot water, it is from to G. package label is also required if the ecodan heat pump is installed with a controller and/or a solar system or additional heater. ll ecodan units* are already rated as ++ for heating at both 55 and 35 and for domestic hot water, which are the highest efficiency ranks. *Except for our T/TW hybrid system Mr.SLIM+ Product label This label is for individual heating units, such as an ecodan heat pump. Typically, the space heater label is used for ecodan systems with a hydro box, and the combination heater label is used for ecodan systems with a cylinder unit. Heat pump space heater label Manufacturer Combination heater label Outdoor and indoor unit model name Symbol for space heating efficiency in low-flow temperature operation Symbol for domestic hot water DHW efficiency during medium-temperature operation efficiency in medium-flow temperature operation Indoor and outdoor unit operating sound power level values Rated heat output () under average, colder and warmer conditions European temperature climate map These labels are delivered with all ecodan outdoor units. What is the package label? heating system can use several energy-related products, such as a controller or solar thermal system. Therefore, a label showing the efficiency of the total heating system is required. The category range is defined from +++ to G. Creating the package label is the responsibility of the installers and distributors. useful tool on the Mitsubishi Electric website is available to easily create the labels for ecodan products and controllers. erp.mitsubishielectric.eu/erp/options Package label This label is for heating systems that use several energy-related products, such as a controller or a solar thermal system. Package space heater label Package combination heater label Sample Sample-1 Sample Sample-2 ++ ++ +++ ++ +++ with solar thermal system L +++ ++ + B +++ + + X X + B C with hot-water storage tank + + X X C D E F G L + X D E with temperature controller + X +++ ++ + B +++ + X F G with auxiliary heating units + X C D E F G Customised package labels including ecodan heat pumps and the 5 controller can be created on the Mitsubishi Electric website. 125
Designed for Optimal ZUBDN New Generation (Split type) Even at the very low ambient temperatures, our ZUBDN can provide powerful heating. Our unique flash injection circuit enables the nominal capacity to be maintained down to -15. The guaranteed operating range of the heating mode is extended down to -28. Improved Performance Mitsubishi Electric s unique Flash Injection circuit achieves remarkably high heating performance. This technology has resulted in an excellent heating capacity rating in outdoor temperatures as low as -15, and the guaranteed heating operation range of the heating mode has been extended to -28. ccordingly, the heat-pump units of the ZUBDN Series are perfect for warming homes in the coldest regions. capacity () 12 10 8 6 4 ZUBDN 4HP ZUBDN 3HP -28 o C Guaranteed heating operation range is extended to -28 ambient temperature -20 o C Power INV 3-4HP ZUBDN 3-4HP -28 o C -25 o C -20 o C -15 o C -7 o C 0 o C Outdoor-air temperature -28 o C -25 o C -20 o C -15 o C -10 o C -5 o C 0 o C Mitsubishi Electric s Flash Injection Technology The Key to High Performance at Low Outdoor Temperatures Flash Injection Circuit ZUBDN (SHW) Injection compressor (injection port) Indoor HEX Receiver B Outdoor HEX LEV B LEV Refrigerant flow LEV C Heat interchanger (HIC) Flash Injection Circuit Heat Interchanger (HIC) B Injection Compressor HIC cross-sectional view Refrigerant which has passed through LEV C (refrigerant pressure lowered) Refrigerant which hasn t passed through LEV C Suction port Discharge port Injection port Injection on Injection off Purpose: Transform liquid refrigerant into liquid-gas state Effect: Injection circuit increases energy efficiency The compressor is subjected to a heavy load when compressing liquid refrigerant, and the result is lower operation efficiency. The addition of HIC supports refrigerant heat exchange at two different pressure levels. The heat-exchange process transforms the injected liquid refrigerant into a gas liquid state, thereby decreasing the load on the compressor during the compression process. Purpose: To increase the volume of refrigerant being circulated Effect: Improves heating capacity at low outdoor temperatures, and enables higher outlet temperature adjustment and higher defrost operation speed Refrigerant passes from the HIC into the compressor through the injection port. Having two refrigerant inlets makes it possible to raise the volume of refrigerant being circulated when the outdoor temperature is low and at the start of heating operation. 126
Dedicated Heat Pump for Residence SW75V/Y SW100V/Y SHW80V/Y SHW112V/Y Stylish and compact The stylish design and compact size harmonises residential application Simple and elegant design by rounding left and right corners of the unit. Concealing the fan by matching the panel and the grille in dark colour. Unified shape and safety by setting the fan whole backwards and matching the grille on the same level of the front panel. NEW 1,020mm High performance New compressor 1,050mm 480mm Compact High performance * for SW100V/Y SHW80V/Y SHW112V/Y ErP Lot 1 Compliant with highest seosonal space heating energy efficiency class ++ Powerful heating yet annaully high energy efficiency, achieving rank ++. ++ SCOP 3.1 3.31 SCOP ++ 3.32 SCOP ++ 3.39 SCOP ++ 3.46 SCOP ++ SW75V SW100V SHW80V SHW112V Higher reliability New base design Improving drainage Optimising the base structure to improve drainage. slope of the base achieves smooth and faster drainage. sectional view Cut line Optimizing defrost control and operation. Optimizing outdoor unit heat exchanger to avoid ice-forming. 127
Compact but low noise Noise reduction-10db() 10dB() less in PWL comparing with the current models (of 3-4HP). 90 80 mbulance Siren 120dB Circular Saw 100dB Vacuum Cleaner Octave band level [db] (0dB=20 Pa) 70 60 50 40 20 10 63 125 250 500 750 2000 4000 8000 Octave band[hz] Current model New model * New model is SW75V. Current model is SW75VH. 80dB Normal Conversation 60dB Library interior Blowing ir 40dB Whisper 20dB To reduce fan noise Optimising fan position Optimising bell mouth shape Bigger fan diameter Enclosing noise Shutting out noise from compressor The structure of double enclosing Primary: enclosing a compressor (the structure is patented.) Secondary: enclosing machine room. voiding vibration and resonance Dedicated soft rubber mount for the compressor to avoid vibration. Optimising piping structure to avoid vibration and resonance. 128
Indoor units New all-in-one compact indoor unit Easy to install and low maintenance ll-in-one: Key functional components are incorporated Compact cylinder unit: Just 00mm in height Compact hydro box: Only 5360mm footprint Easy installation: Factory fitted pressure relief valve Easy service: Relevant parts are located at the front of the unit for easy maintenance Easy transport: Handles attached on front and back (cylinder unit) Hydro box (Split type) Water pump Plate heat exchanger Strainer 5mm Expansion vessel* 800mm Booster heater* Manometer 360mm Cylinder unit (Split type) Manometer Booster heater* Strainer Water pump Expansion vessel* 00mm Tank 3-way valve Domestic hot water pump Scale trap Plate heat exchanger Domestic hot water plate heat exchanger Larger capacity system Outdoor units SW0/200YK SHW2YK2 djustable feet 595mm Indoor units EHSE-YM9EC, EHSE-, ERSE-YM9EC, ERSE- 680mm *Depending on model Our 810HP ecodan heat pumps, only available with a hydro box connection, are suitable for large houses and small businesses where a high heating load is necessary. Our latest generation of 810HP Power Inverter outdoor units can reach 60 maximum flow temperature. The new 810HP hydro box is available in both heating only and reversible models and can be connected to a customised capacity domestic hot water tank. Line-up ecodan s line-up has many types of indoor units to satisfy diverse customers needs, requests and local regulations. It includes smaller capacity units, with/without booster heater, with/ without an expansion vessel, etc. In addition, a reversible hydro box and a reversible cylinder unit are available. Hydro box Cylinder unit Reversible models (for heating/cooling) Perfect comfort in winter and summer time, thanks to our reversible models. Reversible models are now available for both hydro box and cylinder units (Split type only). The new reversible cylinder is now able to produce cold water for cooling use and can alternatively produce domestic hot water in summer time. Reversible hydro box Reversible cylinder unit vailable options Packaged or Split type With/without booster heater With/without expansion vessel Cylinder unit has an integrated 200L stainless steel tank Hydro box is control ready for domestic hot water with a stand-alone tank (locally supplied) *Reversible cylinder requires the installation of the drain pan stand PC-DP01-E. 129
High-performance for domestic hot water re-charge External plate heat exchanger more energy savings using ecodan s unique and innovative technologies Save energy in domestic hot water operations Thanks to an external plate heat exchanger, ecodan offers much higher domestic hot water efficiency. Compared to our previous model, domestic hot water recharge efficiency is improved by approximately 17%* 1, thereby reducing operating costs. void performance loss due to scale scale trap is incorporated after the plate heat exchanger to capture calcium scale particles, thus maintaining the high performance of the external plate heat exchanger. (Just a 3% reduction during 15 years* 2 ). COP (recharging) 140% 120% 100% 80% 60% 40% <Our test result> Our new model (External heat exchanger with scale trap) Initial performance level of previous model (Coil in tank) Lighter weight Compared to our previous model, the cylinder unit is up to 15kg lighter*. This is thanks to the coil incorporated in the tank which has been removed and replaced by a much lighter plate heat exchanger. *Comparison between and VM2B. 20% 0% 0 2 4 6 8 10 12 14 year < * 1, * 2> Usage condition Tank temperature: 10 degree to 60 degree up time: 1 hour per 1 day Supersaturation of CaCO3: 50 *15 years accelerated testing Optimised stratification for better comfort Thanks to the L-shaped inlet pipe from the plate heat exchanger, stratification is well maintained after re-charge. You do not need to worry about running out of hot water the same as with a conventional coil in tank. Supply water temperature can be kept high until all the hot water in the tank has been used. The secret behind our external plate heat exchanger system Thanks to the unique plate heat exchanger and scale trap technology, a more efficient performance is achieved. In conventional systems, there is a risk of calcium scale building up on the heat-exchange plate if it is exposed to tap water directly. Therefore, it is difficult to use plate-based heat exchangers to heat tap water. To resolve this problem, ecodan is equipped with a scale trap that catches homogeneous calcium nuclei in the tap water before it has a chance to grow into large scales, thereby inhibiting build-up in the external heat exchanger. ecodan can use a plate heat exchanger to heat tap water, resulting in much higher domestic hot water performance. Notice: In the case of special localished conditions such as very hard tap water, please consult a specialist before installation. Circulating Water Tap Water Hot Water Pump Scale Trap P-HEX Fresh Water External P-HEX circuit DHW Storage Tank 1
Unique technology of ecodan uto daptation Maximize energy savings while retaining comfort at all times Settings can be performed using an SD card. *SD logo is a trademark of SD-3C, LLC Regarding the relation of flow temperature and unit performance, a 1 drop in the flow temperature improves the coefficient of performance (COP) of the TW system by 2%. This means that energy savings are dramatically affected by controlling the flow temperature in the system. In a conventional system controller, the flow temperature is determined based on the pre-set heat curve depending on the actual outdoor temperature. However, this requires a complicated setting to achieve the optimal heat curve. Heat curve setting (Example) Flow temp. 60 If flow temperature is lowered 1 COP is improved 2% -15 10 Outdoor temp. Mitsubishi Electric s uto daptation function automatically tracks changes in the actual room temperature and outdoor temperature and adjusts the flow temperature accordingly. iming to realise further comfort and energy savings, Mitsubishi Electric is proud to introduce a revolutionary new controller. Our advanced uto daptation function measures the room temperature and outdoor temperature, and then calculates the required heating capacity for the room. Simply stated, the flow temperature is automatically controlled according to the required heating capacity, while optimal room temperature is maintained at all times, ensuring the appropriate heating capacity and preventing energy from being wasted. Furthermore, by estimating future changes in room temperature, the system works to prevent unnecessary increases and decreases in the flow temperature. ccordingly, uto daptation maximises both comfort and energy savings without the need for complicated settings. Future room temperature estimation Room temp. Target temp. (a) Higher than the target room temp. (b) pproximately same as the target temp. lower the flow temp. keep the flow temp. (c) Lower than the target room temp. raise the flow temp. Modify the flow temperature by comparing actual and estimated room temperature. 3 points T0 T1 Current Future Time uto daptation room temperature control 1. Installation site: Southern Sweden 2. Detached house with underfloor heating 3. Data in February 2011 [Example] a) Outdoor temperature is gradually decreasing 0-5 -10-6 -10-15 0:00 1:00 2:00 3:00 4:00 5:00 6:00 7:00 8:00 b) Target flow temperature 40 Target flow temp. is gradually lowered. Target flow temp. goes up following the heat curve. 36.6 35 25 0:00 34.6 at -6 1:00 2:00 3:00 4:00 5:00 6:00 7:00.0 at -10 8:00 By uto daptation, flow temperature can be lowered even when outdoor temp. is decreasing. c) Room temperature Repeats Thermo ON/OFF and room temp. becomes unstable. 23 ctual with uto daptation 22 Room temp. can be kept stable and stays at the targeted level at the end. 21 20 19 0:00 1:00 2:00 3:00 4:00 5:00 6:00 7:00 8:00 By uto daptation, flow temperature can be lowered without sacrificing comfort. ctual outdoor temperature with Heat Curve estimation with uto daptation Target room temperature 131
2 zone control (for heating/cooling) Simultaneously control two different zones Settings can be performed using an SD card. *SD logo is a trademark of SD-3C, LLC Using ecodan, it is possible to control two different flow temperatures, thereby managing two different heating load requirements. The system can adjust and maintain two flow temperatures when different temperatures are required for different rooms; for example, controlling a flow temperature of 40 for the bedroom radiators and another flow temperature of for the living room floor heating. nother feature of this model is that 2 zone cooling control is now possible. Using these functions it is easy to maintain the most comfortable temperature in each room and to save energy too. Two temperature zones 2 zone kit with locally supplied components Wireless remote controller as thermistor Hydro box Pump 40 Mixing control Mixing valve Flow switch Radiator Pump Mixing tank/header Flow switch Underfloor heating *Items such as a mixing tank, mixing valve flow switch and pumps are not included and need to be purchased locally. 2 zone kit With optional parts Settings can be performed using an SD card. *SD logo is a trademark of SD-3C, LLC Cylinder unit connection 2 zone kit Manual air vent Hydro box connection 255mm Header Mixing valve 383mm Pump 00mm 356mm 255mm Easy to install and low maintenance ll-in-one kit: Key functional components are incorporated in 2 zone kit. Easy installation: G1 screw type flexi piping to avoid brazing. Compact size: Just to fit on the top of cylinder unit, also wall mountable. 132
Intelligent hybrid control (boiler interlock) n existing boiler can be used for extra heating capacity in an efficient way Settings can be performed using an SD card. *SD logo is a trademark of SD-3C, LLC The flexibility of ecodan s intelligent control allows the system to be combined with the boiler currently in use. dditionally, this control can judge which heating source to use either ecodan or the existing boiler, based on various conditions*. In the event of one heating unit not working due to some unforeseen problem, the other heating system can be used as a back-up, thereby preventing the heating system operation from stopping completely. *Please see below Heat source switchover. Intelligent system combining a boiler with ecodan Intelligent boiler interlock system Hydro box Room temperature wireless remote controller (option) Electricity *Thermostat (field supply) also can be used. Turning boiler on/off according to operational conditions. Pump Radiator Radiator Other source (Gas, Oil, etc) Mixing tank Boiler *Items such as a mixing tank, and pump are not included and need to be purchased locally. Heat source switchover - Choose appropriate system based on needs 4 types of heat source switchover logic 1 2 Switchover based on actual outdoor temperature Heat source switchover occurs when the outdoor temperature drops below a pre-set temperature. Switchover based on running cost Heat source switchover occurs by judging optimal operation based on running cost. *Pre-registration of the energy price of electricity, and gas or oil per 1h is necessary. 3 4 Switchover based on CO2 emission level Heat source switchover occurs to minimise CO2 emission. *Pre-registration of CO2 emission amount from electricity and gas or oil is necessary. Switchover can also be activated via external input For example, the peak cut signal from electric power company. 133
Smart Grid Ready function In recent years renewable energy generation has become popular. However, this rapid growing causes the problem of supply and demand gap of electricity. The aim of SG Ready is to make the electricity demand response more flexible by creating a uniform interface for the smart grid integration of heat pumps. ir-to-water units need to be able to change the operation pattern when the signal is received from the Smart Grid Controller. New ecodan Cylinder, Hydro box and have been modified to communicate with Smart Grid Controller. The communication protocol is based on SG Ready label regulation. (Version 1.1; gültig ab 01.01.2013) Smart Grid Controller Pattern Input 1 Input 2 Operation 1 OFF OFF Normal operation 2 ON OFF Switch ON recommendation 3 OFF ON Switch OFF command 4 ON ON Switch ON command SG Pattern 1: Normal operation When there is no signal from the Smart Grid Controller, DHW and operate according to user settings. Pattern 2: Switch ON recommendation When set to the Switch ON recommendation, the target temperature of DHW is increased a specified amount and the heating Thermo ON condition range is extended. Pattern 3: Switch OFF command When the Switch OFF command is received, both DHW and are turned off. Pattern 4: Switch ON command When the Switch ON command is received, the target temperature of DHW is increased to the maximum target temperature and continues. Multiple unit control Connect up to 6 units utomatic control of multiple units for bigger capacity and better efficiency Settings can be performed using an SD card. *SD logo is a trademark of SD-3C, LLC maximum of 6 units* can be configured according to the heating/cooling load of the building. The most efficient number of operating units is determined automatically based on heating/cooling load. This enables ecodan to provide optimal room temperature control, and thus superior comfort for room occupants. lso incorporated is a rotation function that enables each unit to run for an equal time period. If one of the units malfunctions when using the Multiple Unit Control, another unit can be automatically operated for back-up, thereby preventing the system operation from stopping completely. *Only same models (same capacity) can be used. Multiple unit control COP ratio (%) 100 Multiple unit control One large unit control 1 unit 2 units 3 units 4 units 5 units 6 units lways high efficient operation! ON/OFF control Inefficient operation at low capacity. Total 23 + 23 + 23 + 23 + 23 + 23 Up to 138!! slave slave slave slave slave slave master Main RC Multiple unit control 134
Remote controllers Smart user-friendly controller with stylish design Main remote controller Large screen and backlight for excellent visibility, even in dark environment Multi-language support (supports 15 languages) Can be removed from main unit and installed in a remote location (up to 500m) Quick reading of operation data (7.5 times faster than previous model) Wide range of convenient functions in response to user demand Function settings Energy monitoring Two-zone control (cooling and heating) Two separate schedules Summer time setting Built-in room temperature sensors Hybrid control (boiler interlock) Wireless remote controller (optional) Floor drying mode Weekly timer Holiday mode Legionella prevention Error codes Built-in room temperature sensor; easy to place in the best position to detect room temperature Wiring work eliminated Simple design that is easy to operate Remote control from any room without needing to choose an installation location Backlight and big buttons that are easy to operate Domestic hot water boost and cancellation Simplified holiday mode 13 Jun 2015 13:41 PR-WR51R-E (Option) Receiver Main controller PR-WT50R-E (Option) Wireless remote controller Energy monitoring View electricity consumption and heat output on the remote controller Every end user can now easily check the energy data of the ecodan heat pump. Other features capacity Daily, monthly and yearly data are stored and can be displayed using the main produced remote controller. External power meter and heat meter can be connected for accurate measurement. SD card is also available for storing data. Electric energy used *Using pre-set values on the main remote controller, estimated energy consumption/output can be shown without external power and a heat meter. Depending on operating condition and system configuration, there is some possibility to show different data from the reality. *This function is available depending on the version of the outdoor unit model. Settings can be performed using an SD card. *SD logo is a trademark of SD-3C, LLC 2 Jan 2015 23:59 CONSUMED ELECTRICL ENERGY Jan 2015 57 DHW 7 Heatin 50 Coolin 0 Summer time setting Easy adjustment for summer time Settings can be performed using an SD card. *SD logo is a trademark of SD-3C, LLC Two separate schedules Pre-setting two different schedules for winter and summer seasons Settings can be performed using an SD card. *SD logo is a trademark of SD-3C, LLC Just switch the summer time mode on using the main remote controller and the clock in the main remote controller is adjusted to summer time hours. This function can release the end user from clock setting tasks. Two different schedule settings are available for use via the main remote controller. These schedules can be pre-set and changed depending on the season. For example, from November to March, space heating and domestic hot water are used; however, during warm months such as from pril to October, only domestic hot water is used. <Example> 29 2015 23:59 6h 15h Summer time 2015 0:00 7 1 Sep 2015 12: Schedule 1 Winter time Schedule timer 1 pr Oct Schedule timer 2 Nov Mar Space heating daytime Jan Dec Domestic hot water early morning Schedule 2 Summer time Domestic hot water any time 135
Easy commissioning Pump for primary water circuit* speed setting possible using ecodan s main remote controller Even when the system is running, pump output can be set to one of five different settings using the main remote controller. The person commissioning the system can adjust this speed much more easily. *Speed setting of pump for domestic hot water is not available through the main remote controller when the system is running. Flow sensor newly incorporated The flow sensor is key for monitoring energy output and can also be used to detect flow error as well. Flow rate can be checked on the main remote controller. Flow rate can also be shown as graphs using the SD card tool. Run indoor unit* without outdoor unit During installation or situations such as an outdoor unit malfunction, the indoor unit can be operated using a heater. While using this mode, flow and tank temperature are selectable. Fixing and maintenance of the outdoor unit can be done without stopping heating and domestic hot water operation*. *Models with electric heater only. *When the indoor unit operation stops, please check all settings after the outdoor unit is connected. SD* card For easier settings and data logging The initial setting for ecodan is now simpler than ever before. The special software enables the required initial settings to be saved to an SD card using a personal computer. The system set-up is as easy as moving the SD card from the computer to the SD card slot in the indoor unit. Compared to the previous procedure of inputting settings using the main controller at the installation site, a remarkable reduction in set-up time has been achieved. Thus, it is ideal for busy installers. Settings can be performed using an SD card. *SD logo is a trademark of SD-3C, LLC Hydro box operation panel Settings can be performed easily and the logging of operation data saved to an SD card can be confirmed via a personal computer. Printed circuit board Control and electric box SD card slot SD card SD card *SD card function is only used at the time of installation. Items that can be pre-set Simply copying pre-set data to an SD card, the same settings can input into another unit using the SD card. Initial settings (time display, contact number, etc.) settings uto adaptation Heat curve Two different temperature zones (heating and cooling) Interlocked boiler operation settings Holiday mode settings Schedule timer settings (two separate schedules) Domestic hot water settings Legionella prevention settings ll items that are set by the main controller can be set via a personal computer. Data that can be stored Operation data up to a month long can be stored on a single SD card Consumed electrical energy Delivered energy Flow rate Operation time Defrost time ctual temperature Room temperature Flow temperature Return temperature Domestic hot water temperature Outdoor temperature Error record Input signal Etc. 136
Split type specifications Indoor unit <Cylinder unit> YM9C Small capacity Medium capacity UK model VM2EC MHC VM6C YM9C TM9C VM2EC VM6EC YM9EC MHCW MHCW Type Immersion heater Expansion vessel Booster heater Dimensions HWD mm Weight (empty) kg Heater Booster heater Immersion heater Current only 00595680 103 105 97 103 96 110 111 112 112 104 105 106 103 110 103 400/Three/50 400/Three/50 2/Three/50 400/Three/50 2 9 (3/6/9) 2 2 6 (2/4/6) 9 (3/6/9) 9 (3/6/9) 2 6 (2/4/6) 9 (3/6/9) 9 13 9 9 26 13 23 9 26 13 32 32 32 3 3 Current 13 13 Domestic hot water tank Volume / Material L / 200 / Stainless steel Guaranteed mbient operating Outdoor range*1 Cooling Target Room temperature temperature Flow temperature range Cooling Room temperature Flow temperature DHW Legionella prevention Sound pressure level (SPL) db () *1 The indoor environment must be frost-free 0~35*1 See outdoor unit spec table 10~ 25~60 40~60 60~70 28 <Hydro box> EHSD- Small capacity Medium capacity Large capacity EHSD- MC EHSD- EHSD- YM9C EHSC- EHSC- EHSC- VM2EC EHSC- VM6C EHSC- VM6EC EHSC- YM9C EHSC- YM9EC EHSC- TM9C EHSE- EHSE- YM9EC Type Immersion heater Expansion vessel Booster heater Dimensions HWD mm Weight (empty) kg Heater Booster heater Current Guaranteed mbient operating Outdoor range*1 Cooling Target Room temperature temperature Flow temperature range Cooling Room temperature Flow temperature Sound pressure level (SPL) db () *1 The indoor environment must be frost-free <Reversible cylinder unit> 38 43 44 45 400/Three/50 42 8005360 950600360 48 only 44 400/Three/50 2/Three/50 2 9 (3/6/9) 2 2 6 (2/4/6) 6 (2/4/6) 9 (3/6/9) 9 (3/6/9) 9 (3/6/9) 9 13 9 9 26 26 13 13 23 32 32 32 Small capacity ERST20D- ERST20D- 43 See outdoor unit spec table 25~60 49 49 44 49 28 60 62 400/Three/50 Small Medium capacity <Reversible hydro box> capacity Medium capacity Large capacity ERST20C- ERST20C- 0~35*1 10~ ERSD- ERSC- ERSC- ERSE- 9 (3/6/9) 13 ERSE- YM9EC Type and cooling Type and cooling Immersion heater Immersion heater Expansion vessel Expansion vessel Booster heater Booster heater Dimensions HWD mm 00595680 Dimensions HWD mm 8005360 950600360 Weight (empty) kg 103 96 110 103 Weight (empty) kg 45 43 49 61 63 Heater Booster Heater Booster 400/Three/50 heater 2 2 heater 2 2 9 (3/6/9) Current 9 9 Current 9 9 13 Immersion Guaranteed mbient 0~35*1 heater operating Outdoor See outdoor unit spec table range*1 Current Cooling See outdoor unit spec table (minimum 10*2) Target Room temperature 10~ temperature Domestic Flow temperature 25~60 Volume / Material L / 200 / Stainless steel range hot water tank Cooling Room temperature Guaranteed mbient 0~35*1 Flow temperature 5~25 operating Outdoor See outdoor unit spec table Sound pressure level (SPL) db () 28 range*1 Cooling See outdoor unit spec table (minimum 10*2) *1 The environment must be frost-free Target Room temperature 10~ *2 If you use our system in cooling mode at the low ambient temperature (10 or below), temperature Flow temperature 25~60 there are some risks of plate heat exchanger breaking by frozen water. range Cooling Room temperature Flow temperature 5~25 DHW 40~60 Legionella prevention 60~70 Sound pressure level (SPL) db () 28 *1 The indoor environment must be frost-free *2 If you use our system in cooling mode at the low ambient temperature (10 or below), there are some risks of plate heat exchanger breaking by frozen water. 137
Outdoor unit Eco Inverter Power Inverter SUHZ- SW45V (H) *1 SW50VK (-BS) SW75V/Y (-BS) SW100V/Y (-BS) SW75VH (-BS) SW100V/YH (-BS) SW120V/YH (-BS) SW0YK (-BS) SW200YK (-BS) Dimensions HWD mm 8808403 68090 10201050480 10201050480 9439503 13509503 13509503 133810503 133810503 Product weight (empty) kg 54 43 92/104 114/126 75 118/1 118/1 136 136 Power supply (V / Phase / Hz) VH : YH, YK : 400/Three/50 (7/W35) COP 4.50 5.06 5.50 4.42 8.00 4.40 4.46 8.00 4.40 4.45.00 4.10 22.00 4.20 25.00 4.00 Power input 0.889 1.244 1.818 2.517 3.902 5.238 6.250 (2/W35) COP 3.50 3.40/3.04 5.00 2.97 7.50 3.40 10.00 3.32 7.50 3.40 10.00 3.32 12.00 3.24.00 3.11 20.00 2.80 Power input 1.029/1.151 1.684 2.206 3.009 3.704 5.145 7.143 Cooling (35/W7) EER 4.00 2.73 4.50 2.76 7.10 2.70 10.00 2.83 6.60 2.82 9.10 2.75 12.50 2.32.00 2.76 20.00 2.25 Power input 1.465 1.6 2.340 3.9 5.388 5.797 8.889 Cooling (35/W18) EER 3.80 4.28 5.00 4.60 7.10 4.43 10.00 4.47 7.10 4.43 10.00 4.35 14.00 4.08 18.00 4.56 22.00 4.10 Power input 0.888 1.087 1.603 2.299 3.431 3.947 5.366 Sound pressure level (SPL) db () 52 46 43 47 51 54 54 62 62 Sound power level (PWL) db () 61 63 58 60 68 70 72 78 78 Operating current (max) 12.0 13.0 22.0/11.5 28.0/12.0 17.0 29.5/13.0 29.5/13.0 19.0 21.0 20 25.0/.0 32.0/.0 25 32/ 32/ 25 32 Piping Diameter Liquid/Gas mm 6.35/12.7 6.35/12.7 9.52/15.88 9.52/15.88 9.52/15.88 9.52/15.88 9.52/15.88 9.52/25.4 12.7/25.4 Max. length Out-In m 40 40 75 40 75 75 80 80 Max. height Out-In m 10 10 Guaranteed operating DHW range Cooling*2 15 to +24 15 to +35 +10 to +46 15 to +21 15 to +35 15 to +46 20 to +24 20 to +35 15 to +46 20 to +24 20 to +35 15 to +46 20 to +21 20 to +35 15 to +46 20 to +21 20 to +35 15 to +46 20 to +21 20 to +35 15 to +46 20 to +21 20 to +35 15 to +46 20 to +21 20 to +35 15 to +46 ZUBDN SHW80V/Y (-BS) SHW112V/Y (-BS) SHW80VH SHW112V/YH SHW140YH SHW2YK2 Dimensions HWD mm 10201050480 Product weight (empty) kg 1/128 Power supply (V / Phase / Hz) 8.00 (7/W35) COP 4.65 Power input 8.00 (2/W35) COP 3.55 Power input Cooling 7.10 (35/W7) EER 3.31 Power input Cooling 7.10 (35/W18) EER 4.52 Power input Sound pressure db () 45 level (SPL) Sound power db () 59 level (PWL) Operating current (max) 22.0/13.0 25.0/.0 Piping Diameter Liquid/Gas mm 9.52/15.88 Max. length Out-In m 75 Max. height Out-In m Guaranteed 28 to +24 operating DHW 28 to +35 range Cooling*2 15 to +46 10201050480 13509503 13509503 13509503 1/128 120 120/134 134 VH : YH, YK : 400/Three/50 8.00 14.00 4.40 4.65 4.46 4.22 1.720 2.511 3.318 8.00 14.00 3.22 3.55 3.34 2.96 2.254 3.353 4.7 10.00 7.10 10.00 12.50 2.83 3.31 2.83 2.17 2.145 3.534 5.760 10.00 7.10 10.00 12.50 4.74 4.52 4.74 4.26 1.571 2.110 2.934 47 51 52 52 60 69 70 70 28.0/13.0 29.5 35.0/13.0 13.0 32.0/.0 32 40/ 9.52/15.88 9.52/15.88 9.52/15.88 9.52/15.88 75 75 75 75 28 to +24 28 to +21 28 to +21 28 to +21 28 to +35 28 to +35 28 to +35 28 to +35 15 to +46 15 to +46 15 to +46 15 to +46 133810503 149 23.00 3.65 6.1 23.00 2.37 9.705 20.00 2.22 9.009 20.00 3.55 5.634 59 75 26.0 32 12.7/25.4 80 25 to +21 25 to +35 15 to +46 Note: based on EN 14511 (Input to circulation pump is not included.) It may differ according to the system configuration. *1 SUHZ-SW45VH incorporates base heater. *2 Optional air protection guide is required where ambient temperature is lower than 5. Split type Small capacity (Under 5)* Medium capacity (7.5 14)* Large capacity ( > = )* SHW80/112 SHW80/112/140 SHW2 SW50 SW75 SW75/100 SW100/120 SW0/200 Eco Inverter SUHZ-SW45 138
Packaged type specifications Indoor unit <Cylinder unit> Dimensions Weight (empty) Heater Booster heater Immersion heater Type Immersion heater Expansion vessel Booster heater HWD mm kg Current Current EHPT20X- EHPT20X-VM6C EHPT20X-YM9C EHPT20X-TM9C EHPT20X-MHCW*2 only 00595680 98 99 100 100 98 400/Three/50 2/Three/50 2 6 (2/4/6) 9 (3/6/9) 9 (3/6/9) 9 26 13 23 32 32 3 13 Domestic Volume / Material hot water tank Guaranteed mbient operating range*1 Outdoor Target Room temperature temperature Flow temperature range DHW Legionella prevention Sound pressure level (SPL) L / db () 200 / Stainless steel 0~35*1 See outdoor spec table 10~ 25~60 40~60 60~70 28 *1 The indoor environment must be frost-free *2 UK model <Hydro box> Dimensions Weight (empty) Heater Guaranteed operating range*1 Target temperature range Sound pressure level (SPL) *1 The indoor environment must be frost-free Outdoor unit Dimensions HWD Product weight (empty) Power supply (V / Phase / Hz) (7/W35) (2/W35) Sound pressure level (SPL) Sound power level (PWL) Operating current (max) Guaranteed operating range Booster heater mbient Outdoor COP Power input COP Power input DHW Cooling*1 Type Immersion heater Expansion vessel Booster heater HWD Current Room temperature Flow temperature mm kg db () db () W50VH2 (-BS) 7409503 64 5.00 4.50 1.111 5.00 3.50 1.429 46 61 13.0 mm kg db () 15 to +21 15 to +35 15 to +46 EHPX- Power Inverter W85VH2 (-BS) 9439503 79 9.00 4.18 2.153 8.50 3.17 2.681 48 66 23.0 25 20 to +21 20 to +35 15 to +46 EHPX-VM6C W112VH (-BS) 135010203 133 4.47 2.506 3.34 3.353 53 69 29.5 32 20 to +21 20 to +35 15 to +46 HW112YH2 (-BS) 135010203 148 400/Three/50 4.42 2.534 3.11 3.601 53 67 13.0 25 to +21 25 to +35 15 to +46 Note: based on EN 14511 (Input to circulation pump is included.) It may differ according to the system configuration. *1 Optional air protection guide is required where ambient temperature is lower than 5. 2 9 only 8005360 37 38 6 (2/4/6) 26 32 0~35*1 See outdoor spec table 10~ 25~60 28 EHPX-YM9C 38 400/Three/50 9 (3/6/9) 13 ZUBDN HW140VH2 (-BS) 135010203 134 14.00 4.25 3.294 14.00 3.11 4.502 53 67 35.0 40 25 to +21 25 to +35 15 to +46 HW140YH2 (-BS) 135010203 148 400/Three/50 14.00 4.25 3.294 14.00 3.11 4.502 53 67 13.0 25 to +21 25 to +35 15 to +46 Packaged type Medium capacity (7.5 14)* Packaged type Small capacity (Under 5)* Medium capacity (7.5 14)* 139 HW112/140 W50 W85 W112
Optional Parts Split type <Indoor unit> Parts name Specification Cylinder unit Hydro box Wirelss remote controller Wirelss receiver Thermistors Immersion heater EHPT accessories for UK Joint pipe Wi-Fi interface Drain pan stand PR-WT50R-E PR-WR51R-E PC-SE41TS-E PC-TH011-E PC-TH011TK-E PC-TH011TKL-E PC-TH011HT-E PC-IH03V2-E PC-WK01UK-E PC-SG73RJ-E MC-567IF-E PC-DP01-E For room temp. For buffer and zone (flow and return temp.) For tank temp. (5m) For tank temp. (m) For boiler (flow and return temp.) 1Ph 3 D665mm H270mm W595mm N/W: 14.5kg VM6C YM9C TM9C *1 PC-DP01-E is necessary when you use ERST units. If you use ERST units without this parts, drain will be flowed from the base of units, in cooling mode. VM2EC VM6EC 2 zone kit PC-TZ01-E <Outdoor unit> Parts name For SW200YK/ SHW2YK2 (-BS) ø9.52 ø12.7 Eco Inverter SUHZ- SW45V(H) SW50VK(-BS) SW75V/Y(-BS) SW100V/Y(-BS) SW75VH(-BS) YM9EC Power Inverter SW100V/YH(-BS) SW120V/YH(-BS) YM9C SW0YK(-BS) VM2EC SW200YK(-BS) SHW80V/Y(-BS) MHC MHCW SHW112V/Y(-BS) MHCW SHW80VH ERST models *1 ZUBDN SHW112V/YH E SD or E SC models SHW140YH E SE models SHW2YK2 Connector for drain hose heater signal output PC-SE60R-E PC-SE61R-E ir discharge guide MC-886SG-E PC-SJ07SG-E PC-SG59SG-E PC-SG96SG-E *1 *1 *1 *1 ir protection guide PC-SJ06G-E PC-SH63G-E PC-SH95G-E *1 *1 *1 *1 ttachment PC-SJ82T-E *1 *1 *1 *1 Drain socket PC-SG61DS-E PC-SJ08DS-E Centralised drain pan PC-SG63DP-E PC-SG64DP-E PC-SH97DP-E PC-SJ83DP-E Control/Service tool PC-SK52ST Package type <Indoor unit> *1 ttachment (PC-SJ82T-E) is necessary for the ir Guide. Parts name Specification Cylinder unit Hydro box Wireless remote controller Wireless receiver Thermistors Immersion heater EHPT accessories for UK Wi-Fi interface 2 zone kit <Outdoor unit> PR-WT50R-E PR-WR51R-E PC-SE41TS-E PC-TH011-E PC-TH011TK-E PC-TH011TKL-E PC-TH011HT-E PC-IH03V2-E PC-WK01UK-E MC-567IF-E PC-TZ01-E For room temp. For buffer and zone (flow and return temp.) For tank temp. For tank temp. (longer) For boiler (flow and return temp.) 1Ph 3 EHPT20X- EHPT20X-VM6C EHPT20X-YM9C EHPT20X-TM9C EHPT20X-MHCW EHPX- Parts name Power Inverter ZUBDN Connector for drain hose heater signal output ir discharge guide ir protection guide Drain socket Centralised drain pan Control/Service tool PC-SE60R-E PC-SG59SG-E PC-SH63G-E PC-SG61DS-E PC-SG64DP-E PC-SK52ST Interface/Flow temperature controller W50VH2(-BS) W85VH2(-BS) W112VH (-BS) HW112YH2(-BS) EHPX-VM6C HW140VH2(-BS) EHPX-YM9C HW140YH2(-BS) Parts name Description step control interface PC-IF011B-E Flow temperature controllers PC-IF032B-E System controllers PC-IF061B-E PC-IF062B-E PC-IF063B-E PC-SIF051B-E Note: SUHZ CNNOT be connected to these IFs. 1 PC Board w/ Case 1 PC Board w/ Case 1 PC Board w/ Case 1 PC Board w/ Case 1 PC Board w/ Case 1 PC Board w/ Case 140
141 Combination table Split type Type VM6C YM9C TM9C VM2EC VM6EC YM9EC MHCW MHC MHCW VM2EC YM9C ERST20C- ERST20C- ERST20D- ERST20D- EHPT20X- EHPT20X-VM6C EHPT20X-YM9C EHPT20X-TM9C EHPT20X-MHCW EHSC- EHSC-VM2EC EHSC-VM6C EHSC-VM6EC EHSC-YM9C EHSC-YM9EC EHSC-TM9C EHSC- EHSD- EHSD-YM9C EHSD- EHSD-MC ERSC- ERSC- ERSD- EHPX- EHPX-VM6C EHPX-YM9C EHSE-YM9EC EHSE- ERSE-YM9EC ERSE- Power Inverter Cylinder unit Hydro box Package type Power Inverter SW50VK Eco Inverter SUHZ- SW45V(H) SW75V SW100V SW100Y SW75Y ZUBDN HW140VH2/ YH2 HW112YH2 W112VH W85VH2 W50VH2 SW75VH
142 SHW112Y Split type T/TW Hybrid system Blank: Combination is NOT available. : Combination is available. Power Inverter ZUBDN SHW140YH SHW2YK2 SHW112VH/ YH SHW80VH SHW80V SHW80Y Mr.SLIM+ PUMY+ecodan FRP71VH2 SW200YK SW0YK SW120VH/ YH SW100VH/ YH PUMY- P112VKM4/ YKM(E)4 PUMY- P125VKM4/ YKM(E)4 PUMY- P140VKM4/ YKM(E)4 SHW112V