2011 Price List - EUR - Mitsubishi Heavy Industries Ltd.

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xxxxxxxxxxxxxxxxxxxxAir to water Heat PumpSpecificationsAir to water heat pump is a revolutionary energyrecycling system which reduces environmental loadby reusing heat energy produced in daily life.This first-rate energy saving system has beendeveloped by our exceptional technology.Our Air to Water Heat Pump is a complete modernsystem for heating, cooling and producing hotsanitary water for houses, offering effective energysaving and reducing carbon dioxide emission. Ourproduct is safe and economical with integrated hotwater heater, immersion heater, circulating pumpand climate system within the indoor unit.The heat energy is retrieved from the outdoor air,and is transferred to the indoor unit by the mediumof refrigerant circulated in closed piping system.This eliminates the needs of bore holes and coilsassociated with ground source heat pumps.FeaturesFDCW71VNX FDCW100VNX HMA100VFDCW140VNX HMS140V MT300HMA100VMRadiator orFan coil• Optimum annual operation costs thanks to the inverter drivencompressor. The speed of the compressor is controlled according to thedemand, and the industries highest COP level of 4.08~4.44* in heatingoperation has been achieved.•The compact size (600x650mm footprint) has been achieved byintegrating the hot water tank for sanitary water together with thewater heat exchanger in indoor unit. Electric wiring and piping worksare simpler due to integrated indoor unit design.•Max temperature flow line is 65ºC with use of a large-capacity auxiliaryelectric heater as standard equipment for back-up so that the systemwill be able to cope with irregular and excessive use of hot water.(58ºC with only use of compressor)36FloorHeatingRefrigerantWater pipe (for Air Conditioning)Water pipe (for Sanitary)Water heat exchanger+ Heat storage unitSanitaryAir - water heat circulationsystem is an excellent energyrecycling system.• Various sterilization temperature settings according to the requirementsof each country.•Water supply pressure at showers and faucets to second and thirdfloors will not drop. By utilizing the direct incoming water supply andnot using water from a storage tank water pressure and quality ismaintained as well as the reduction in risk of legionella bacteriageneration.It is recommended that installers/engineers attend the MHI Air to Water Training Course Module 20Selling Category - WSystem Heating Output Indoor Model HRP Code List Price * Outdoor Model HRP Code List Price * Tank Size (L) SYSTEM LIST PRICE *7.1kW (3.0 - 8.0kW) 3.0HP HMA100V 620020 p.o.a. FDCW71VNX 620500 p.o.a. 270 p.o.a.9.0kW (3.5 - 12.0kW) 3.5HP HMA100V 620020 p.o.a. FDCW100VNX 620510 p.o.a. 270 p.o.a.14.0kW (3.0 - 16.5kW) 6.0HP HMS140HT30 620105 p.o.a. FDCW140VNX 620520 p.o.a. 30 p.o.a.14.0kW (3.0 - 16.5kW) 6.0HP HMS140MT300 620110 p.o.a. FDCW140VNX 620520 p.o.a. 300 p.o.a.14.0kW (3.0 - 16.5kW) 6.0HP HMS140MT500 620115 p.o.a. FDCW140VNX 620520 p.o.a. 500 p.o.a.* The above list prices are subject to the 3D/HRP air to water discount structure. The heating outputs are at 7ºC DB (6ºC WB) with a water temperature of 45ºC out / 40ºC in.3HP 3.5HP 6HPIndoor Model HMA100V HMA100VM HMA100V HMA100VM HMS140VOutdoor Model FDCW71VNX FDCW100VNX FDCW140VNXPower source 1 phase 230V 50Hz 1 phase 230V 50Hz 1 phase 230V 50Hz3 phase 400V 50Hz 3 phase 400V 50Hz 3 phase 400V 50HzHeating condition 1 kW 8.0 (3.0-8.0) 9.0 (3.5-12.0) 16.5 (5.8-16.5)Nominal capacity condition 2 kW 8.3 (2.0-8.3) 9.2 (3.5-10.5) 16.5 (4.2-17.2)COP condition 1 3.33 3.60 3.31condition 2 4.08 4.44 4.20Cooling condition 1 kW 7.1 (2.0-7.1) 8.0 (3.0-9.0) -Nominal capacity condition 2 kW 10.7 (2.7-10.7) 11.0 (3.3-12.0) 16.5 (5.2-16.5)EER condition 1 2.68 2.81 -condition 2 3.35 3.62 3.59Tapping capacity 12liter/min litre 270 270 -16liter/min litre 200 200 -Operation range heating -20-43*(Ambient temperature) Cooling 15-43Operation range heating 25-58 (65 with immersion heater)(Water temperature) cooling 7-25 18-25Max refrigerant pipe length m 30 12 30Max height difference between IU and OU m 7Indoor UnitHeight mm 1760 (+20-50mm, adjustable feet) 1004Width mm 600 513Depth mm 650 360Weight (without water in the system) Kg 140 60Immersion heater 9kW 4steps (1/phase or 3/phase) -Volume total litre 270 +5% -Volume hot water coil litre 14 -Volume expansion vessel litre - 18Dimensions, climate system pipe mm 22 28Dimensions, hot water pipe mm 22--Water pipe connectionsCompression fittingsOutdoor UnitHeight mm 595 845 1300Width mm 780 (+67 with value cover) 970 970Depth mm 340 370 (+80 with foot rail) 370 (+80 with foot rail)Weight Kg 60 74 105Sound Power level*2 dB(A) 64 64.5 71Sound Pressure level*2 dB(A) 48 50 54Airflow m3/min 50 73 100Type of compressorRotaryRef controlEEVRefrigerant volume(pipe length without additional charge) Kg 2.55 (15) 2.19 (12) 4.0 (15)Dimensions, refrigerant pipe mm(inches) Gas pipe: OD 15.88 (5/8’’), Liquid pipe: OD 9.52 (3/8’’)Ref pipe connectionsFlareMHI Water Tanks (for HMS140V hydro indoor unit only) are available in 30 litre, 300 litre and 500 litre capacities.Please contact 3D/HRP for further technical information.If a third party water storage tank is used there will be a reduction of water pressure at showers and faucets whenthey are used at the same time.www.hrponline.co.uk37
Error CodesError CodesRemote ControlError CodeLocation of Issue- Indoor Unit Power- Remote Controller WiresDescription of IssuePower Off; Broken wire loom, fuseBroken transformer wirePoor connection, break in controller wire*For wire breaking at power ON, the LED is off- Remote Controller *Defective Remote Controller PCBWait or Stays Off Indoor-Outdoor units connection wire *Poor connection, break of indoor-outdoor unit connection wireWait or Stays Off Remote Control Improper setting of master and slave by r/cPoor connection of R/C signal wire (white)E1 R/C Wires (Noise) *For wire break at power on the LED is off Intrusion of noise in r/c wire*Defective R/C or indoor control unit PCB (defective communication circuit)E3 Outdoor signal line Indoor unit power failure control wiring open circuit or incorrectly wiredE5E6E7E8E9Indoor-outdoor units connection wireCommunication cable (noise)Indoor hx thermistorIndoor Unit return air sensorInstall or Operating conditionIndoor HX thermistorDrain TroubleFloat SwitchPoor connection of wire between in/outdoor during operation(disconnect/loose connection)CPU-runaway on outdoor unit control PCBDefective indoor units HX temperature sensor (broken thermistor, short circuit)Poor contact of temperature thermistor connectorDefective indoor unit return air sensor (broken/short circuit) orPoor contact of temperature sensor connectorHeating Overload (High Indoor HX temperature)Defective indoor unit HX thermistor (short circuit)Defective drain pump (DM), broken drain pump wire, disconnected connectorAbnormal float switch operation (malfunction)E10 Excessive No. of Connected Indoors (more than 16) When Multi-Unit control by R/C is performed, the number of IU is over 16E12 Address setting error Improper addressing of indoor unitE14E16Master/slave Indoor unit address No. SettingCommunication error between master and slave indoor unitsFan MotorBlown Fan Motor FuseImproper master and slave address settingAbnormal r/c wire connection, broken between master and slave unitsDefective fan motor (FDT)Defective indoor unit control PCBE19 Indoor unit control PCB Improper operation mode setting of drain motorE28R/C temperature thermistorR/C temperature thermistor connectorBroken wire of R/C temperature ThermistorFaulty connection of R/C temperature ThermistorE30Unmatched connection of indoor/outdoor unitFaulty signal wiring or open circuitIndoor / outdoor unit PCB faultImproper addressing of outdoor unitE31 Duplicated outdoor unit address No. More than 128 indoor unitsNo setting or master/slave on combination outdoorE32 Open L3 Phase on power supply Faulty power supply and L3 primary sideE33 Power Supply Wires Abnormal current on inverter primary sideE35Installation, Op. StatusHigher Outdoor unit HX temperatureOU HX temperature ThermistorDefective OU HX temperature ThermistorRemote ControlError CodeLocation of IssueDescription of IssueE35 OU Control PCB Defective OU control PCB (defective temp sensor input circuit)E36E37E38E39E40E41E43E42E45E46E47E48E49Discharge pipe temperature errorOutdoor heat exchanger temperature anomalyAmbient air temperature thermistor anomalyDischarge pipe temperature thermistor anomalyHigh pressure error (63H1 activated)Power transistor overheatExcessive number of indoor units or capacity of connectionCurrent CutInverter communication errorMixed address settings on same networkInverter over-current errorDC outdoor fan motor errorLow pressure errorLow pressure sensor anomalyDefective discharge pipe temperature thermistorClogged filter / short circuit of outdoor unitsBroken outdoor heat exchanger thermistorDisconnected / defective thermistor connectorBroken air temperature thermistorDisconnected / defective thermistor connectorBroken discharge pipe thermistorDisconnected / defective thermistor connectorShort cicuit of air flow / breakdown of fan motorDefective 63H1 connector, Closed service valveDefective outdoor unit fan motor Improperly fixed power transistor radiator finDefective power transistor temperature thermistorToo many indoor units connected, exceeds capacityImproper indoor/outdoor unit address settingFaulty power supply, power transistor, compressorService valves closed, insufficient refrigerantDefective connector between PCB and inverter PCBDefective Inverter PCBOld superlink (KX4)/ New superlink (KX6) mixedon the same networkDust on Control PCB, defective outdoor control PCBBlown F3 fuseDust on Control PCB, defective outdoor control PCBDefective fan motor, Blown F3 fuseDetective suction pipe temperature thermistor/connectorDefective low pressure sensor or sensor connectionE51 Inverter fan motor anomaly Defective fan motor or Inverter control PCBE53E54E55Suction pipe temperature thermistor anomalyLow pressure sensor anomalyUnderneath temperature thermistor anomalyDefective suction pipe temperature thermistorDefective suction pipe temperature thermistor connectorDefective low pressure sensor or connectionImproper amount of refrigerantDefective underneath temperature thermistor Defective underneathtemperature thermistor connectorE56 Power transister temperature sensor anomaly Insufficient time passed after crankcase heater on faulty compressorE57Insufficient refrigerant amountService valve closureInsufficient refrigerant amount / closed valvesDefective indoor R/A temperature thermistor or connectorE58 Anomalous Compressor by loss of synchronism Compressor started without crack case heater onFaulty fan motor, improper refrigerant amountE59 Compressor startup failure Abnormal power supply or faulty compressorDefective outdoor fan motor or inverter PCBE60Compressor rotor lockImproper refrigerant amountAbnormal power supply or faulty compressorE63 Emergency stop On signal submitted on CnT terminal of indoor unit38www.3dair .co.uk39
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Page 7 and 8: Inverter multi system combinations
Page 9 and 10: FDT Cassette Inverter SystemsFDT Ca
Page 11 and 12: FDUM Ducted Inverter Systems• Med
Page 13 and 14: FDF Floor Vertical Inverter Systems
Page 15 and 16: FD Multi Systems incl Hyper MultiWi
Page 17 and 18: VRF heat recovery (3-pipe) outdoor
Page 19: Valve KitsControls and accessoriesE
Page 23 and 24: Installation Accessories from HRPxx
Page 25: RefrigerantsTools & EquipmentHRP le

2011 Price List - EUR - Mitsubishi Heavy Industries Ltd.

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