ESIE08-0 Service Manual Altherma - Outdoor unit - ERHQ0~06AAV* - ERHQ0~06AAW* - Hydro-box - EKHBH(X)006*** - Remote Alarm / Operation signal - EKRPHB - Domestic hot water tank - EKSWW0~00V/Z2 - EKSWWU0~00V - EKHWS0~00V/Z2 - EKHWSU0~00V/Z2 - EKHWE0~00V/Z2 - Solar Kit - EKSOLHWAV - Altherma Room thermostat - EKRTW - EKRTR - EKRTETS
ESIE08-0 Introduction. About This Manual... i-i.2 Safety Cautions... i-ii. Combination Overview... i-vii. Precautions on handling new refrigerants... i-ix Part System Outline General Outline: Altherma. What Is in This Chapter?... -.2 ERHQ0~06AAV: Outlook and Dimensions... -. ERHQ0~06AAW: Outlook and Dimensions... -. EKHBH06A***: Outlook and Dimensions... -7. EKHBX06A***: Outlook and Dimensions... -9.6 EKSWW0~00V/Z2: Outlook and Dimensions - Service Space... -.7 EKHWS0~00*V/Z2: Outlook and Dimensions - Service Space... -.8 EKHWE0~00V/Z2: Outlook and Dimensions - Service Space... -.9 EKSWWU0~00V: Outlook and Dimensions - Service Space... -7.0 EKHWSU0~00V: Outlook and Dimensions - Service Space... -9. EKSOLHWAV~EKHWS*: Outlook and Dimensions - Service Space... -2.2 EKSOLHWAV~EKHWSU*: Outlook and Dimensions - Service Space -22. EKRTR / EKRTW: Outlook and Dimensions... -2. ERHQ0~06AAV*/W*: Installation and Service Space... -26. EKHBH(X)006AA***: Installation and Service Space... -28.6 Physical Limitations and Limits of Operation... -29.7 EKHBDP - Drainpan Kit Necessity... - 2 Specifications 2. What Is in This Chapter?... - 2.2 Technical and Electrical Specifications for ERHQ0~06AAV... - 2. Technical and Electrical Specifications for ERHQ0~06AAW... -7 2. Technical and Electrical Specifications for EKHBH06AA*** & EKHBX06AA*** and EKHBH06AB*** & EKHBX06AB***... -0 2. Technical and Electrical Specifications for EKSWW0~00V/Z2 & EKHWS0~00*V/Z2... - 2.6 Technical and Electrical Specifications for EKSWWU0~00V & EKHWSU0~00*V... - 2.7 Technical and Electrical Specifications for EKSOLHWAV... - 2.8 Technical and Electrical Specifications for EKRTW / EKRTR... -6 Table of Contents
ESIE08-0 Functional Diagrams. What Is in This Chapter?... -9.2 Complete System (ERHQ0~06AAV + EKHBH/X06AA*** + EKSWW)-0. Complete System (ERHQ0~06AAW + EKHBH/X06AB + EKHWS(U)/ EKHWE)... -2. Electrical Connection Diagram... -. Pipe Connection Diameters... -6 Piping Diagrams Switch Box Layout. What Is in This Chapter?... -9.2 Piping Diagram for ERHQ0~06AAV(8)... -60. Piping Diagram for ERHQ0~06AAW(8)... -6. Piping Diagram for EKHBH(X)06A***... -6. Piping Diagram for EKSWWU0~00V... -66.6 Piping Diagram for EKSOLHWAV... -68. What Is in This Chapter?... -7.2 Switch Box Layout for ERHQ0~06AAV... -72. Switch Box Layout for ERHQ0~06AAW... -7. Switch Box Layout for EKHBH(X)06A***... -7. Switch Box Layout for EKHBH(X)06AB***... -76.6 Switch Box Layout for EKSWW***V/Z2... -78.7 Switch Box Layout for EKHWS***V/Z2... -79.8 Switch Box Layout for EKSWWU***V... -80.9 Switch Box Layout for EKHWSU***V... -8.0 Switch Box Layout for EKHWE***V/Z2... -82 6 Wiring Diagrams 6. What Is in This Chapter?... -8 6.2 Wiring Diagram for EKHBH(X)06AAV... -86 6. Wiring Diagram for EKHBH(X)06ABV... -88 6. Wiring Diagram for EKHBH(X)06AA6V... -90 6. Wiring Diagram for EKHBH(X)06AB6V... -92 6.6 Wiring Diagram for EKHBH(X)06AA6T/9T... -9 6.7 Wiring Diagram for EKHBH(X)06AB6T/9T... -96 6.8 Wiring Diagram for EKHBH(X)06AA6WN/9WN... -98 6.9 Wiring Diagram for EKHBH(X)06AB6WN/9WN... -00 6.0 Wiring Diagram for ERHQ0~06AAV*... -02 6. Wiring Diagram for ERHQ0~06AAW*... -0 6.2 Wiring Diagram for EKSWW0~00V/Z2... -06 6. Wiring Diagram for EKHWS0~00*V/Z2 & EKHWSU0~00*V... -08 6. Wiring Diagram for EKSWWU0~00V... -0 6. Wiring Diagram for EKHWE0~00*V/Z2... -2 6.6 Wiring Diagram for EKRTR / EKRTW... - 2 Table of Contents
ESIE08-0 7 PCB Layout 7. What Is in This Chapter?... -7 7.2 PCB Layout for ERHQ0~06AAV... -8 7. PCB Layout for ERHQ0~06AAW*... -2 7. PCB Layout for EKHBH(X)06... -0 Part 2 Functional Description General Functionality. What Is in This Chapter?... 2-.2 Function of Thermistors... 2-. Forced Operating Mode (Emergency Operation)... 2-6. Simulated Operation Function... 2-8. Restart Standby... 2-9.6 Automatic Restart... 2-0.7 Forced Thermostat OFF... 2-.8 Test Run Control... 2-2.9 -way Valve Control... 2-.0 Pump Down And Forced Defrost Operation... 2-. Defrost Operation... 2-.2 Freeze Prevention Function... 2-7. Crankcase Heater Control... 2-8 2 Hydro-box Functional Concept 2. What Is in This Chapter?... 2-9 2.2 Hydro-box Pump Blockage Prevention Control... 2-20 2. Hydro-box Pump Operation Control... 2-2 2. Defrost control... 2-2 2. Cooling operation... 2-2 2.6 Heating operation... 2-2 2.7 H/P hot water heating operation... 2-26 2.8 H/P hot water heating priority function... 2-27 2.9 Booster heater operation... 2-28 2.0 Backup heater operation... 2-29 2. Emergency operation... 2- Outdoor Unit Functional Concept. What Is in This Chapter?... 2-.2 Function Outline... 2-. Frequency Regulating Functions... 2-7. Expansion Valve Regulating Functions... 2-2. Outdoor Unit Fan Speed Control... 2-6 Table of Contents
ESIE08-0 Part Troubleshooting Troubleshooting 2 Error Codes: Hydro-box. What Is in This Chapter?... -.2 General Troubleshooting Flowchart... -. Overview of General Problems... -. Procedure of Self-Diagnosis by Remote Controller... -2. Fault-diagnosis by Remote Controller... -2.6 Fault-diagnosis manual reset in the memory... -26.7 Fault Diagnosis by LED... -29.8 Overview of Error Codes... -.9 Overview of the Outdoor Safety Devices... -8.0 Overview of the Hydro-box Safety Devices... -9 2. What Is in This Chapter?... - 2.2 A Malfunctioning Hydro-box PCB... -2 2. C, 8, 80, HC Thermistor or Related Abnormality (Hydro-box)... - 2. 7H Hydro-box... - 2. 8H Hydro-box: Outlet water temperature too high (> 6 C)... -7 2.6 AA Hydro-box: Open thermal protector / fuse of backup heater or booster heater... -8 2.7 C0 Hydro-box: Flow switch failure... - 2.8 EC Hydro-box: Domestic hot water tank temperature too high (> 89 C) -2 Error Codes: Outdoor Units. What Is in This Chapter?... -.2 E Outdoor Unit PCB Abnormality... -. E Abnormal High Pressure (Detected by the HPS)... -. E Actuation of Low Pressure Sensor... -7. E Compressor Motor Lock... -60.6 E7 Malfunction of Outdoor Unit Fan Motor... -62.7 E9 Malfunction of Electronic Expansion Valve... -6.8 F Malfunctioning in Discharge Pipe Temperature... -68.9 H Malfunctioning HPS System... -70.0 H9, J, J, J6, J7, J8 Thermistor or Related Abnormality (Outdoor Unit) -72. J Malfunction of Pressure Sensor... -7.2 L Faulty Outdoor PC Board... -7. L Radiation Fin Temperature Increased... -77. L DC Output Overcurrent (Instantaneous)... -79. L8 DC Output Overcurrent (Instantaneous)... -8.6 L9 Stall Prevention (Time Lag)... -8.7 LC Malfunction of Transmission system (Between Control PCB and Inverter PCB)... -8.8 P Open Phase or Power Supply Voltage Imbalance... -87.9 P Malfunction of Radiator Fin Temperature Thermistor... -88.20 PJ Malfunction of Radiator Fin Temperature Thermistor... -89 Table of Contents
ESIE08-0 Error Codes: System Malfunctions. What Is in This Chapter?... -9.2 U0 Gas Shortage (Malfunction)... -92. U2 Abnormal Power Supply Voltage... -9. U, UF Malfunction of Transmission between Hydro-box and Outdoor Unit -96. UF Malfunction of Transmission between Hydro-box and Outdoor Unit or Gas Shortage... -99.6 U Malfunction of Transmission between Hydro-box and Remote Controller -0.7 UA Malfunctioning Field Setting Switch... -02 Additional Checks for Troubleshooting. What Is in This Chapter?... -0.2 Check No. - Outdoor unit: Checking the Installation Condition... -0. Check No.2 - Outdoor Unit: Checking the Expansion Valve... -0. Check No. - Checking the Thermistors... -06. Check No. - Resistance Conversion Table (Ambient, Coil, Fin)... -07.6 Check No. - Resistance Conversion Table (Discharge Pipe Sensor)... -09.7 Check No.6 - Evaluation of Abnormal High Pressure... -0.8 Check No.7 - Evaluation of Abnormal Low Pressure... -.9 Check No.8 - Clogged Points... -2.0 Check No.9 - Outdoor Unit: Fan Motor Signal Line... -. Check No.0 - Outdoor unit: Fan Speed Pulse... -.2 Check No. - Outdoor unit: Check for Power Transistor... -. Check No. - Check for Inadequate Refrigerant... -6. Check No. - Check for Excessive Refrigerant Charging... -8. Check No. - Check for Factors Causing Wet Operation... -9 Part Commissioning and Test Run Pre-Test Run Checks. What Is in This Chapter?... -.2 Checks before Test Run... -. Test Run Operation (Manual)... -7 2 Field settings 2. What Is in This Chapter?... -9 2.2 Operation of the User interface Inspection / Test Operation Button... -0 2. Overview of the Field Settings of the Hydro-box... - 2. Overview of the Field Setting on the Outdoor Unit... -29 Table of Contents
ESIE08-0 Test Run and Operation Data. Operation Range ERHQ0~06AAV... -8.2 Operation Range ERHQ0~06AAW... -0. External Static Pressure... -2 Part Maintenance and Disassembly Maintenance. What Is in This Chapter?... -.2 Maintenance... - 2 Removal procedure: outdoor unit ERHQ0~06AAV 2. What Is in This Chapter?... - 2.2 Removal of Outside Panels... -6 2. Removal of Propeller Fan and Fan Motor... -7 2. Removal of Switch Box... -8 2. Removal of PC Board... -9 2.6 Removal of Pressure Sensor, Electronic Expansion Valve, and Others.. -0 2.7 Removal of Thermistor... - 2.8 Removal of Four Way Valve... -2 2.9 Removal of Compressor... - 6 Table of Contents
ESIE08-0 Introduction Part 0 Introduction. About This Manual Target group Purpose of this manual Five parts This service manual is intended for and should only be used by qualified engineers. This service manual contains all the information you need to carry out the necessary repair and maintenance tasks for the ALTHERMA. This service manual consists of an introduction, five parts and an index: Part Part System Outline Part 2 Functional Description 2 Part Troubleshooting Part Commissioning and Test Run Part Maintenance and Disassembly See page Introduction overview The introduction contains the following topics: Topic.2 Safety Cautions. Combination Overview. Precautions on handling new refrigerants See page ii vii ix Note: This Service Manual is about ERHQ0~06 / EKHBH(X)06***. Please refer to Service Manual ESIE06-0 for details on ERYQ00~007 / EKHBH(X)007*** / ERHQ006~008 / EKHBH(X)008. i
Introduction ESIE08-0.2 Safety Cautions Cautions and warnings Be sure to read the following safety cautions before conducting repair work. The caution items are classified into Warning and Caution. The Warning items are especially important since they can lead to death or serious injury if they are not followed closely. The Caution items can also lead to serious accidents under some conditions if they are not followed. Therefore, be sure to observe all the safety caution items described below. About the pictograms This symbol indicates an item for which caution must be exercised. The pictogram shows the item to which attention must be paid. This symbol indicates a prohibited action. The prohibited item or action is shown inside or near the symbol. This symbol indicates an action that must be taken, or an instruction. The instruction is shown inside or near the symbol. After the repair work is complete, be sure to conduct a test operation to ensure that the equipment operates normally, and explain the cautions for operating the product to the customer..2. Caution in Repair Warning Warning Be sure to disconnect the power cable plug from the plug socket before disassembling the equipment for a repair. Working on the equipment that is connected to a power supply can cause an electrical shook. If it is necessary to supply power to the equipment to conduct the repair or inspecting the circuits, do not touch any electrically charged sections of the equipment. If the refrigerant gas discharges during the repair work, do not touch the discharging refrigerant gas. The refrigerant gas can cause frostbite. When disconnecting the suction or discharge pipe of the compressor at the welded section, release the refrigerant gas completely at a well-ventilated place first. If there is a gas remaining inside the compressor, the refrigerant gas or refrigerating machine oil discharges when the pipe is disconnected, and it can cause injury. If the refrigerant gas leaks during the repair work, ventilate the area. The refrigerant gas can generate toxic gases when it contacts flames. ii
ESIE08-0 Introduction Warning The step-up capacitor supplies high-voltage electricity to the electrical components of the outdoor unit. Be sure to discharge the capacitor completely before conducting repair work. A charged capacitor can cause an electrical shock. Do not start or stop the air conditioner operation by plugging or unplugging the power cable plug. Plugging or unplugging the power cable plug to operate the equipment can cause an electrical shock or fire. Caution Caution Do not repair the electrical components with wet hands. Working on the equipment with wet hands can cause an electrical shock. Do not clean the air conditioner by splashing water. Washing the unit with water can cause an electrical shock. Be sure to provide the grounding when repairing the equipment in a humid or wet place, to avoid electrical shocks. Be sure to turn off the power switch and unplug the power cable when cleaning the equipment. The internal fan rotates at a high speed, and cause injury. Do not tilt the unit when removing it. The water inside the unit can spill and wet the furniture and floor. Be sure to check that the refrigerating cycle section has cooled down sufficiently before conducting repair work. Working on the unit when the refrigerating cycle section is hot can cause burns. Use the welder in a well-ventilated place. Using the welder in an enclosed room can cause oxygen deficiency. iii
Introduction ESIE08-0.2.2 Cautions Regarding Products after Repair Warning Warning Be sure to use parts listed in the service parts list of the applicable model and appropriate tools to conduct repair work. Never attempt to modify the equipment. The use of inappropriate parts or tools can cause an electrical shock, excessive heat generation or fire. When relocating the equipment, make sure that the new installation site has sufficient strength to withstand the weight of the equipment. If the installation site does not have sufficient strength and if the installation work is not conducted securely, the equipment can fall and cause injury. Be sure to install the product correctly by using the provided standard installation frame. Incorrect use of the installation frame and improper installation can cause the equipment to fall, resulting in injury. Be sure to install the product securely in the installation frame mounted on a window frame. If the unit is not securely mounted, it can fall and cause injury. Be sure to use an exclusive power circuit for the equipment, and follow the technical standards related to the electrical equipment, the internal wiring regulations and the instruction manual for installation when conducting electrical work. Insufficient power circuit capacity and improper electrical work can cause an electrical shock or fire. Be sure to use the specified cable to connect between the indoor and outdoor units. Make the connections securely and route the cable properly so that there is no force pulling the cable at the connection terminals. Improper connections can cause excessive heat generation or fire. When connecting the cable between the indoor and outdoor units, make sure that the terminal cover does not lift off or dismount because of the cable. If the cover is not mounted properly, the terminal connection section can cause an electrical shock, excessive heat generation or fire. Do not damage or modify the power cable. Damaged or modified power cable can cause an electrical shock or fire. Placing heavy items on the power cable, and heating or pulling the power cable can damage the cable. For integral units only For integral units only Do not mix air or gas other than the specified refrigerant (R-0A) in the refrigerant system. If air enters the refrigerating system, an excessively high pressure results, causing equipment damage and injury. If the refrigerant gas leaks, be sure to locate the leak and repair it before charging the refrigerant. After charging refrigerant, make sure that there is no refrigerant leak. If the leak cannot be located and the repair work must be stopped, be sure to perform pump-down and close the service valve, to prevent the refrigerant gas from leaking into the room. The refrigerant gas itself is harmless, but it can generate toxic gases when it contacts flames, such as fan and other heaters, stoves and ranges. iv
ESIE08-0 Introduction Warning When replacing the coin battery in the remote controller, be sure to disposed of the old battery to prevent children from swallowing it. If a child swallows the coin battery, see a doctor immediately. Cautions Caution Installation of a leakage breaker is necessary in some cases depending on the conditions of the installation site, to prevent electrical shocks. Do not install the equipment in a place where there is a possibility of combustible gas leaks. If a combustible gas leaks and remains around the unit, it can cause a fire. Be sure to install the packing and seal on the installation frame properly. If the packing and seal are not installed properly, water can enter the room and wet the furniture and floor. For integral units only.2. Inspection after Repair Warning Warning Check to make sure that the power cable plug is not dirty or loose, then insert the plug into a power outlet all the way. If the plug has dust or loose connection, it can cause an electrical shock or fire. If the power cable and lead wires have scratches or deteriorated, be sure to replace them. Damaged cable and wires can cause an electrical shock, excessive heat generation or fire. Do not use a joined power cable or extension cable, or share the same power outlet with other electrical appliances, since it can cause an electrical shock, excessive heat generation or fire. v
Introduction ESIE08-0 Caution Caution Check to see if the parts and wires are mounted and connected properly, and if the connections at the soldered or crimped terminals are secure. Improper installation and connections can cause excessive heat generation, fire or an electrical shock. If the installation platform or frame has corroded, replace it. Corroded installation platform or frame can cause the unit to fall, resulting in injury. Check the grounding, and repair it if the equipment is not properly grounded. Improper grounding can cause an electrical shock. Be sure to measure the insulation resistance after the repair, and make sure that the resistance is Mohm or higher. Faulty insulation can cause an electrical shock. Be sure to check the drainage of the hydro-box after the repair. Faulty drainage can cause the water to enter the room and wet the furniture and floor. vi
ESIE08-0 Introduction. Combination Overview Table The table below contains the possible combinations between hydro-box units and outdoor units of the ALTHERMA series. Hydro-box ~20V Hydro-box ~20V Heating only Reversible Heating only Reversible EKHBH06AA***() EKHBX06AA***() EKHBH06AB***() EKHBX06AB***() Outdoor unit ~20V Outdoor unit +N~00V Domestic hot water tank ~20V Domestic hot water tank 2~00V Domestic hot water tank ~20V ERHQ0AAV(8) 0 0 0 0 ERHQ0AAV(8) 0 0 0 0 ERHQ06AAV(8) 0 0 0 0 ERHQ0AAW(8 0 0 0 0 ERHQ0AAW(8) 0 0 0 0 ERHQ06AAW(8) 0 0 0 0 EKHWS(U)0V(2) 0 0 0 0 EKHWS(U)200V(2) 0 0 0 0 EKHWS(U)00V(2) 0 0 0 0 EKHWS[E]200Z2() 0 0 0 0 EKHWS[E]00Z2() 0 0 0 0 EKHWE0V() 0 0 0 0 EKHWE200V() 0 0 0 0 EKHWE00V() 0 0 0 0 Solarkit ~20V EKSOLHWAV() - - 0 0 Remarks () *** : index for the factory mounted backup heater option ~6V / 6~9T / 6~9WN (2) (U) :Domestic hot water tank stainless special for UK market () [E] :Domestic hot water tank enamel () [E] :Domestic hot water tank enamel () Solarkit :The EKSOLHWAVcan only be combined with domestic hot water tank with solarsensor socket (EKHWS[E]******) vii
Introduction ESIE08-0 Hydro-box ~20V Options Heating only Reversible Heating only Reversible Solar kit UK tank kit (incl 2-WV) UK tank kit (excl 2-WV) Seperate 2-WV EKHBH(X)06AA***() EKHBH(X)06AB***() EKSOLHWAV EKUHWA (6) EKUHWB (7) EKUHW2WB (7) Domestic hot water tank ~20V Domestic hot water tank 2~00V Domestic hot water tank ~20V Domestic hot water tank ~20V Domestic hot water tank ~20V Domestic hot water tank 2~00V EKHWS0*V(2) o o o - - - EKHWS200*V(2) o o o - - - EKHWS00*V(2) o o o - - - EKHWS200*Z2(2) o o o - - - EKHWS00*Z2(2) o o o - - - EKHWSU0AV() o o o o o(8) o(8) EKHWSU200AV() o o o o o(8) o(8) EKHWSU00AV() o o o o o(8) o(8) EKHWSU0BV() o o o o(9) o(0) o(0) EKHWSU200BV() o o o o(9) o(0) o(0) EKHWSU00BV() o o o o(9) o(0) o(0) EKHWE0AV() o o o - - - EKHWE200AV() o o o - - - EKHWE00AV() o o o - - - EKHWE200AZ2() o o o - - - EKHWE00AZ2() o o o - - - Remarks () *** : index for the factory mounted backup heater option ~6V / 6~9T / 6~9WN (2) :Domestic hot water tank stainless with extra connection for hot water recirculation: A : without -way valve B : with -way valve () :Domestic hot water tank stainless special for UK market with extra connection for hot water recirculation. Without -way valve () :Domestic hot water tank stainless special for UK market with extra connection for hot water recirculation. With -way valve () :Domestic hot water tank enamel with extra connection for hot water recirculation. With -way valve (6) :EKUHWA is the substitute of EKUSWW. Kit contains 2-way valve (2-way valve only required in combination with solar kit) (7) :EKUHWB doesn't contain 2-way valve. In case solar kit is used (2-way valve is required) EKUHW2WB has to be ordered additionally. (8) :Combination is possible but EKUHWB & EKUHW2WB are always required (2-way valve is required, no -way valve delivered with tank). (9) :Only for connection to solar, 2-way valve is obligated. (0) :Only for connection to solar, both EKUHWB & EKUHW2WB are required (2-way valve is obligated). viii
ESIE08-0 Introduction. Precautions on handling new refrigerants.. Outline About Refrigerant R0A Characteristics of new refrigerant, R0A Performance Almost the same performance as R22 and R07C. 2 Pressure Working pressure is approx.. times more than R22 and R07C. Refrigerant composition Few problems in composition control, since it is a Quasi-azeotropic mixture refrigerant. HFC units (Units using new refrigerants) HCFC units Refrigerant name R07C R0A R22 Composing substances Design pressure Non-azeotropic mixture of HFC2, HFC2 and HFCa (*).2 Mpa (gauge pressure) = 2.6 kgf/cm 2 Quasi-azeotropic mixture of HFC2 and JFC2 (*) Single-component refrigerant. Mpa (gauge pressure) 2.7Mpa (gauge pressure) = 2. kgf/cm 2 = 28.0 kgf/cm 2 Refrigerant oil Synthetic oil (Ether) Mineral oil (Suniso) Ozone destruction 0 0 0.0 factor (ODP) Combustibility None None None Toxicity None None None *. Non-azeotropic mixture refrigerant: mixture of two or more refrigerants having different boiling points. *2. Quasi-azeotropic mixture refrigerant: mixture of two or more refrigerants having similar boiling points. *. The design pressure is different at each product. Please refer to the installation manual for each product. (Reference) Mpa 0.976 kgf / cm 2 Pressure-Enthalpy curves of HFC-2/2 (0/0wt%) ix
Introduction ESIE08-0 Thermodynamic characteristic of R0A Temperature ( ) Steam pressure (kpa) Liquid Vapor Density (kg/m ) Liquid Vapor Specific heat at constant pressure (kj/kgk) Liquid Vapor Specific enthalpy (kj/kg) Liquid Vapor Specific entropy (kj/kgk) Liquid Vapor x
ESIE08-0 Introduction..2 Refrigerant Cylinders Cylinder specifications The cylinder is painted refrigerant color (pink). The cylinder valve is equipped with a siphon tube. Cylinder Siphon tube Handling of cylinders Note: Refrigerant can be charged in liquid state with cylinder in upright position. Caution!: Do not lay cylinder on its side during charging, since it causes refrigerant in gas state to enter the system. Laws and regulations R0A is liquefied gas, and the High-Pressure Gas Safety Law must be observed in handling them. Before using, refer to the High-Pressure Gas Safety Law. The Law stipulates standards and regulations that must be followed to prevent accidents with high-pressure gases. Be sure to follow the regulations. 2 Handing of vessels Since R0A is high-pressure gas, it is contained in high-pressure vessels. Although those vessels are durable and strong, careless handling can cause damage that can lead to unexpected accidents. Do not drop vessels, let them fall, apply impact or roll them on the ground. Storage Although R0A is not flammable, it must be stored in a well-ventilated, cool, and dark place in the same way as any other high-pressure gases. It should also be noted that high-pressure vessels are equipped with safety devices that releases gas when the ambient temperature reaches more than a certain level (fusible plug melts) and when the pressure exceeds a certain level (spring-type safety valve operates). xi
Introduction ESIE08-0.. Service Tools R0A is used under higher working pressure, compared to previous refrigerants (R22,R07C). Furthermore, the refrigerating machine oil has been changed from Suniso oil to Ether oil, and if oil mixing is occurred, sludge results in the refrigerants and causes other problems. Therefore, gauge manifolds and charge hoses that are used with a previous refrigerant (R22,R07C) can not be used for products that use new refrigerants. Be sure to use dedicated tools and devices. Tool compatibility Compatibility Tool Gauge manifold Charge hose Charging cylinder Gas detector Vacuum pump (pump with reverse flow preventive function) Weighting instrument Charge mouthpiece Flaring tool (Clutch type) HFC HCFC R0A R07C R22 X O X O O X O O X Reasons for change Do not use the same tools for R22 and R0A. Thread specification differs for R0A and R07C. Weighting instrument used for HFCs. The same tool can be used for HFCs. To use existing pump for HFCs, vacuum pump adaptor must be installed. Seal material is different between R22 and HFCs. Thread specification is different between R0A and others. For R0A, flare gauge is necessary. Torque wrench O Torque-up for /2 and /8 Pipe cutter O Pipe expander O Pipe bender O Pipe assembling oil Due to refrigerating machine oil X change. (No Suniso oil can be used.) Refrigerant recovery Check your recovery device. device Refrigerant piping See the chart below. Only φ9. is changed to /2H material while the previous material is "O". As for the charge mouthpiece and packing, /2UNF20 is necessary for mouthpiece size of charge hose. xii
ESIE08-0 Introduction Copper tube material and thickness Pipe size Material R07C Thickness t (mm) Material R0A Thickness t (mm) φ6. O 0.8 O 0.8 φ9. O 0.8 O 0.8 φ2.7 O 0.8 O 0.8 φ.9 O.0 O.0 φ9. O.0 /2H.0 * O: Soft (Annealed) H: Hard (Drawn) Flaring tool Flare gauge Specifications Dimension A Nominal size Tube O.D. A +0-0. Do Class-2 (R0A) Class- (Conventional) / 6. 9. 9.0 /8 9.2.2.0 /2 2.70 6.6 6.2 /8.88 9.7 9. / 9.0 2.0 2. xiii
Introduction ESIE08-0 Differences Change of dimension A Dimension A For class-: R07C For class-2: R0A Conventional flaring tools can be used when the work process is changed. (change of work process) Previously, a pipe extension margin of 0 to 0.mm was provided for flaring. For R0A air conditioners, perform pipe flaring with a pipe extension margin of.0 to. mm. (For clutch type only) Conventional tool with pipe extension margin adjustment can be used. Torque wrench Specifications Dimension B Unit:mm Nominal size Class- Class-2 Previous /2 2 26 2 /8 27 29 27 No change in tightening torque No change in pipes of other sizes Differences Change of dimension B Only /2", /8" are extended For class-: R07C For class-2: R0A Dimension B xiv
ESIE08-0 Introduction Vacuum pump with check valve Vacuum pump adaptor (Reverse flow preventive vacuum adaptor) Leak tester Specifications Discharge speed Maximum degree of vacuum 0 l/min (0Hz) Select a vacuum pump which is able to 60 l/min (60Hz) keep the vacuum degree of the system in Suction port UNF7/6-20(/ Flare) excess of -00.7 kpa ( torr 7 mmhg) UNF/2-20(/6 Flare) with adaptor Differences Equipped with function to prevent reverse oil flow Previous vacuum pump can be used by installing adaptor. Specifications Hydrogen detecting type, etc. Applicable refrigerants R0A, R07C, R0A, R07A, Ra, etc. Differences Previous testers detected chlorine. Since HFCs do not contain chlorine, new tester detects hydrogen. Refrigerant oil (Air compal) Specifications Contains synthetic oil, therefore it can be used for piping work of every refrigerant cycle. Offers high rust resistance and stability over long period of time. Differences Can be used for R0A and R22 units. xv
Introduction ESIE08-0 Gauge manifold for R0A Specifications High pressure gauge - 0. to. MPa (-76 cmhg to kg/cm 2 ) Low pressure gauge - 0. to.8 MPa (-76 cmhg to 8 kg/cm 2 ) /" /6" (2min 2.min) No oil is used in pressure test of gauges. For prevention of contamination Temperature scale indicates the relationship between pressure and temperature in gas saturated state. Differences Change in pressure Change in service port diameter Charge hose for R0A (Hose with ball valve) Specifications Working pressure.08 MPa (.8 kg/cm 2 ) Rupture pressure 2. MPa (29 kg/cm 2 ) Available with and without hand-operate valve that prevents refrigerant from outflow. Differences Pressure proof hose Change in service port diameter Use of nylon coated material for HFC resistance xvi
ESIE08-0 Introduction Charging cylinder Can not be used Specifications Use weigher for refrigerant charge listed below to charge directly from refrigerant cylinder. Differences The cylinder can not be used for mixed refrigerant since mixing ratio is changed during charging. When R0A is charged in liquid state using charging cylinder, foaming phenomenon is generated inside charging cylinder. Weigher for refrigerant charge Specifications High accuracy TA0A (for 0-kg cylinder) = ± 2g TA0B (for 20-kg cylinder) = ± g Equipped with pressure-resistant sight glass to check liquid refrigerant charging. A manifold with separate ports for HFCs and previous refrigerants is equipped as standard accessories. Differences Measurement is based on weight to prevent change of mixing ratio during charging. Charge mouthpiece Specifications For R0A, /" /6" (2min 2.min) Material is changed from CR to H-NBR. Differences Change of thread specification on hose connection side (For the R0A use) Change of sealer material for the HFCs use. xvii
Introduction ESIE08-0 xviii
ESIE08-0 Part System Outline What is in this part? This part contains the following chapters: Chapter See page General Outline: Altherma 2 Specifications Functional Diagrams 9 Piping Diagrams 9 Switch Box Layout 7 6 Wiring Diagrams 8 7 PCB Layout 7 Part System Outline
ESIE08-0 2 Part System Outline
ESIE08-0 General Outline: Altherma General Outline: Altherma Part. What Is in This Chapter? Introduction General outline This chapter contains the following information on the Altherma: Outlook and dimensions Installation and service space Components Physical limitations and limits of operation Drainpan kit necessity This chapter contains the following general outlines: Topic See page.2 ERHQ0~06AAV: Outlook and Dimensions. ERHQ0~06AAW: Outlook and Dimensions. EKHBH06A***: Outlook and Dimensions 7. EKHBX06A***: Outlook and Dimensions 9.6 EKSWW0~00V/Z2: Outlook and Dimensions - Service Space.7 EKHWS0~00*V/Z2: Outlook and Dimensions - Service Space.8 EKHWE0~00V/Z2: Outlook and Dimensions - Service Space.9 EKSWWU0~00V: Outlook and Dimensions - Service Space 7.0 EKHWSU0~00V: Outlook and Dimensions - Service Space 9. EKSOLHWAV~EKHWS*: Outlook and Dimensions - Service Space 2.2 EKSOLHWAV~EKHWSU*: Outlook and Dimensions - Service Space 22. EKRTR / EKRTW: Outlook and Dimensions 2. ERHQ0~06AAV*/W*: Installation and Service Space 26. EKHBH(X)006AA***: Installation and Service Space 28.6 Physical Limitations and Limits of Operation 29.7 EKHBDP - Drainpan Kit Necessity Part System Outline
General Outline: Altherma ESIE08-0.2 ERHQ0~06AAV: Outlook and Dimensions Outlook and dimensions The illustration below shows the outlook and the dimensions of the unit (mm). HOLE FOR ANCHOR BOLT M2 0 620 0 6 0 ( ~ ) 8 20 0 96 0 0 900 2 70 7 6 7 6 7 2 89 60 89 9 0 9 9 9 8 6 22 8 2 2 80 67 8 7 6 6 02 7 60 8 0 78 9 Installation and service space See page 26. Part System Outline
ESIE08-0 General Outline: Altherma. ERHQ0~06AAW: Outlook and Dimensions Outlook and dimensions The illustration below shows the outlook and the dimensions of the unit (mm) HOLE FOR ANCHOR BOLT x M2 0 ( ~ ) 0 620 0 20 0 9 9 0 0 0 900 2 7 6 7 6 7 6 2 89 60 89 9 2 0 9 22 8 2 7 6 0 60 6 9 9 80 8 67 2 8 02 7 8 78 9 Installation and service space See page 26. Part System Outline
General Outline: Altherma ESIE08-0 Components The table below contains the different components of the unit. No. Component Gas pipe connection φ.9 flare 2 Liquid pipe connection φ9. flare Service port (in the unit) Electronic and Grounding terminal M (in switch box) Refrigerant piping intake 6 Power supply wiring intake (knock out hole φ) 7 Control wiring intake (knock out hole φ27) 8 Drain outlet 6 Part System Outline
ESIE08-0 General Outline: Altherma. EKHBH06A***: Outlook and Dimensions Outlook and dimensions The illustration below shows the outlook and the dimensions of the unit (mm). FIXATION 89 7 7 8 6 8 9 96 922 96 668 02 0 7 8 60 66 VIEW A SCALE / 297 2 07 07 69 DIMENSIONS WALL BRACKET 0 6 0 R6 R6 8 6 7 7a 89 96 922 96 6 7b 0 2 7 service door 8 (CLOSED) 6 (OPEN) MALE BSP Installation and service space See page 28. Part System Outline 7
General Outline: Altherma ESIE08-0 Components The table below contains the different components of the unit. No. Component Pump + switch for speed setting 2 Remocon Water IN connection -/ M BSP Water OUT connection -/ M BSP Power supply intake (+ domestic hot water tank) 6 Air purge 7 Expansion vessel + 7a nipple + 7b drain 8 Blow off valve 9 Blow off drain (flexible hose φ20) 0 Pressure gauge Waterfilter 2 Suction pipe connection φ.9 flare connection Liquid pipe connection φ9.2 flare connection Shut off valves with drain/fill valve (accessory delivered with unit) Holes for fixation 6 Switchbox terminals 7 Switchbox terminals option domestic hot water tank 8 Wallbracket 8 Part System Outline
ESIE08-0 General Outline: Altherma. EKHBX06A***: Outlook and Dimensions Outlook and dimensions The illustration below shows the outlook and the dimensions of the unit (mm). FIXATION 89 7 7 VIEW A SCALE / 8 922 96 668 60 07 297 07 2 66 8 6 0 8 02 0 7 9 96 6 8 DIMENSIONS WALL BRACKET Scale / 0 6 0 69 DIMENSIONS WALL BRACKET 0 6 0 R6 R6 R6 R6 8 6 7 7a 89 96 922 96 6 7b 0 2 7 service door 8 (CLOSED) 6 (OPEN) MALE BSP Installation and service space See page 28. Part System Outline 9
General Outline: Altherma ESIE08-0 Components The table below contains the different components of the unit. No. Component Pump + switch for speed setting 2 Remocon Water IN connection -/ M BSP Water OUT connection -/ M BSP Power supply intake (+ domestic hot water tank) 6 Air purge 7 Expansion vessel + 7a nipple + 7b drain 8 Blow off valve 9 Blow off drain (flexible hose φ20) 0 Pressure gauge Waterfilter 2 Suction pipe connection φ.9 flare connection Liquid pipe connection φ9.2 flare connection Shut off valves with drain/fill valve (accessory delivered with unit) Holes for fixation 6 Switchbox terminals 7 Switchbox terminals option domestic hot water tank 8 Wallbracket 0 Part System Outline
00 00 00 ESIE08-0 General Outline: Altherma.6 EKSWW0~00V/Z2: Outlook and Dimensions - Service Space Outlook and dimensions - Service space The illustration below shows the outlook and the dimensions of the unit (mm). 0 L 200 L 00 L 7 7 7 2 0 2 0 2 0 90 90 90 8 00 2 900 7 00 8 2 9 6 7 0 60 00 8 2 9 6 7 600 60 9 6 7 220 80 0-0 0 220 80 0-0 0 220 80 0-0 0 Required service space around the tank Part System Outline
General Outline: Altherma ESIE08-0 Components The table below contains the different components of the unit. No. Component Water mains IN female / BSP 2 Water mains OUT female / BSP Thermistor connection female /2 BSP Flow (from Hydro-box) female / BSP Return (to Hydro-box) female / BSP 6 Switchbox 7 Clixon 8 Connection female /2 BSP 9 Power entrance 2 Part System Outline
ESIE08-0 General Outline: Altherma.7 EKHWS0~00*V/Z2: Outlook and Dimensions - Service Space Outlook and dimensions - Service space The illustration below shows the outlook and the dimensions of the unit (mm) WAY VALVE Rp REQUIRED SERVICE SPACE AROUND THE TANK Part System Outline
General Outline: Altherma ESIE08-0 Components The table below contains the different components of the unit. No. Component Water mains IN G / BSP (female) 2 Water mains OUT G / BSP (female) Thermistor connection Flow (from EKHB(H/X)*) G / BSP (female) Return (to EKHB(H/X)*) G / BSP (female) 6 Switchbox 7 Thermal protector 8 Anode 9 Cable entry: Power supply booster heater and thermal protection cable 0 Re-circulation connection G / BSP (female) Cable entry for EKSOLHWAV: Power supply from EKHB(H/X) 2 Cable entry for EKSOLHWAV: Power supply to EKSOLHWAV pump Thermistor connection (see EKSOLHWAV) way valve Part System Outline
ESIE08-0 General Outline: Altherma.8 EKHWE0~00V/Z2: Outlook and Dimensions - Service Space Outlook and dimensions - Service space The illustration below shows the outlook and the dimensions of the unit (mm) 00 27 0 0 20 2 20~0 8 0 0 00 00L 00 00 2 0 2 00 0 6 9 200L 00 0 0 92 0 280 00 20~0 00 0 0 0L 20~0 77 2 0 0 00 280 0 0 0 70 2 2 220 77 0 00 280 00 0L WALL-MOUNTED REQUIRED SERVICE SPACE AROUND THE TANK INSIDE OF SWITCHBOX 7 8 -WAY VALVE 02 6 2 WALL PLATE 0L WALL-MOUNTED TANK 7 2 6 2 x Rp 0 Scale : 88 Scale : Part System Outline
General Outline: Altherma ESIE08-0 Components The table below contains the different components of the unit. No. Component Cold water inlet: G / (male) 2 Hot water outlet: G / (male) Thermistor hole Flow (from EKHB(H/X)*): Rp / (female) Return (to EKHB(H/X)*): Rp / (female) 6 Switchbox 7 Thermal protector 8 Anode 9 Cable entry 0 Re-circulation connection: G / (male) Thermistor hole (see EKSOLHWAV) 2 Wall plate 0L wall-mounted tank Safety valve connection: G /2 (male) -way valve: x Rp (female) 6 Part System Outline
ESIE08-0 General Outline: Altherma.9 EKSWWU0~00V: Outlook and Dimensions - Service Space Outlook and dimensions - Service space The illustration below shows the outlook and the dimensions of the unit (mm). 00 MODEL H H2 EKSWWU0V 900 0 EKSWWU200V 0 26 EKSWWU00V 600 7 7 H2 H 7 00 2 2 8 2 20 22 8 9 2 6 7 6 2 9 0 00 mm 00 mm >00 mm 220 0 TYPICAL INSTALLATION EKUSWW-KIT 80 REQUIRED SERVICE SPACE Part System Outline 7
General Outline: Altherma ESIE08-0 Components The table below contains the different components of the unit. No. Water connections Connection type Water in (cold) 22 mm 2 Water out (hot) / female BSP Flow from hydro-box / female BSP Return to hydro-box / female BSP Temperature relief valve /2 female BSP 6 Thermistor connection No. Water connections kit Connection type 7 Pressure reducing valve 22 mm - 22 mm 8 T-piece (expansion valve) 22 mm - /2 female BSP - 22 mm 9 Expansion relief valve /2 male BSP - /2 female BSP 0 Adapter (relief valve) /2 male BSP - mm T-piece (to tundish) mm - mm - /2 female BSP 2 Tundish 22 mm - mm T-piece (to expansion vessel) 22 mm - 22 mm - 22 mm Adapter (expansion vessel) 22 mm - / female BSP Expansion vessel / male BSP 6 Drain valve 22 mm - / male BSP 7 Solenoid valve / female BSP - / female BSP No. Other components 8 Switch box 9 Thermal protector 20 Cable entrance power, booster heater, thermal protector 2 Power entrance solenoid valve 22 Control cable solenoid valve 2 Blind stop + 2 plastic screw-on closing caps for pressure reducing valve 2 Thermal protector 2 + thermostat 8 Part System Outline
00 mm 00 mm ESIE08-0 General Outline: Altherma.0 EKHWSU0~00V: Outlook and Dimensions - Service Space Outlook and dimensions - Service space The illustration below shows the outlook and the dimensions of the unit (mm) MODEL H H2 H H Rp 00 mm TYPICAL INSTALLATION EKUHWB-KIT REQUIRED SERVICE SPACE Part System Outline 9
General Outline: Altherma ESIE08-0 Components The table below contains the different components of the unit. No. Water connections Connection type Water in (cold) 22 mm 2 Water out (hot) G / (female) Flow from EKHB(H/X)* G / (female Return to EKHB(H/X)* G / (female Temperature relief valve mm 6 Thermistor connection - 7 Thermistor connection (see EKSOLHWAV) G /2 (female) 8 Re-circulation hole G / (female) No. Water connections kit Connection type 9 Pressure reducing valve 22 mm - 22 mm 0 Expansion relief valve mm - mm T-piece (to tundish) mm - mm G /2 (female) 2 Tundish 22 mm - mm T-piece (to expansion vessel) 22 mm - 22 mm - 22 mm Adapter (expansion vessel) 22 mm - G / (female) Expansion vessel G / (male) 6 Drain valve 22 mm - G / (female) 7 Reducing coupler 22 mm - mm No. Other components 8 EKUHW2WB Kit: Solenoid valve (only with EKSOLHWAV) Rp / - Rp / 9 Switchbox 20 Thermal protector + thermostat 2 Cable entry: power supply booster heater and thermal protector cable 22 Cable entry for EKUHW2WB: Power supply to solenoid valve 2 Cable entry for EKSOLHWAV & EKUHW2WB: Power supply from EKHB(H/X) 2 Blind stop + 2 plastic screw-on closing caps for pressure reducing valve 2 Thermal protector 2 + Thermostat 26 Cable entry for EKSOLHWAV: power supply to EKSOLHWAV pump 27 way valve x Rp 20 Part System Outline
ESIE08-0 General Outline: Altherma. EKSOLHWAV~EKHWS*: Outlook and Dimensions - Service Space Outlook and dimensions - Service space The illustration below shows the outlook and the dimensions of the unit (mm) 0 82 EKSOLHWAV + EKHWS0* EKSOLHWAV + EKHWS200-00* 798 9 6 89 9 6 82 798 6 82 798 2 DETAIL 9a 7 2 DETAIL 9b 7 6 6 90 278 60 87 2 60 278 87 220 0 0 0-0 0-0 Scale: / DETAIL 6 8 220 90 2 6 6 2 6 6 6 8 2 0 0 Minimum SPACE for service & VENTILATION 00 SERVICE SPACE Scale: /20 97 290 Part System Outline 2
General Outline: Altherma ESIE08-0.2 EKSOLHWAV~EKHWSU*: Outlook and Dimensions - Service Space Outlook and dimensions - Service space The illustration below shows the outlook and the dimensions of the unit (mm) 0 2 2 82 798 EKSOLHWAV + EKHWSU0* 89 EKSOLHWAV + EKHWSU200-00* 82 6 DETAIL 2 DETAIL 89 7 82 Scale: / Scale: / 82 2 798 2 6 9 DETAIL 2 9b DETAIL 9a 7 7 2 60 278 87 2 220 90 2 0 0 60 278 87 0 0 6 8 0-0 0-0 7 6 220 90 2 6 8 2 Minimum SPACE for service & VENTILATION H MODEL H EKHWSU0* 0 EKHWSU200* 00 EKHWSU00* 00 290 SERVICE SPACE Scale:/20 97 22 Part System Outline
ESIE08-0 General Outline: Altherma Components The table below contains the different components of the unit. No. Components Pump + switch for speed setting 2 Heat exchanger EPP casing Non return valves No. Connections Connection type Inlet connection from solar pump station / F BSP 6 Return connection to solar pump station / F BSP 7 Inlet connection from Altherma indoor unit / F BSP 8 Return connection to Altherma indoor unit / F BSP 9 EKSOLHWAV return connection to the domestic hot water tank heat exchanger 9a 200-00l tank / F BSP 9b 0l tank 0 EKSOLHWAV inlet connection from the domestic hot water tank heat exchanger No. Switchbox domestic hot water tank Cable entry (Altherma indoor unit) 2 Cable entry (Pump cable) / F BSP No. Accessories (delivered with EKSOLHWAV) Connection type Thermistor socket (thermistor solar pump station) (internal diameter 6. mm) - Adapter / M BSP - / M BSP For EKSOLHWAV~EKHWS* No. Other accessories (delivered with EKSOLHWAV) Connection type Adapter / F BSP - / M BSP 6 Adapter / M BSP - / M BSP For EKSOLHWAV~EKHWSU* No. Field supply Connection type Adapter (field supply) / M BSP - / M BSP Part System Outline 2
General Outline: Altherma ESIE08-0 No. EKUHWA-kit Connection type 6 Solenoid valve / F BSP - / F BSP 7 Adapters (solenoid valve) / M BSP - / M BSP 2 Part System Outline
ESIE08-0 General Outline: Altherma. EKRTR / EKRTW: Outlook and Dimensions Outlook and dimensions The illustrations below shows the outlook and the dimensions of the units (mm). EKRTW EKRTR Part System Outline 2
General Outline: Altherma ESIE08-0. ERHQ0~06AAV*/W*: Installation and Service Space Installing near a wall or obstacle Where a wall or other obstacle is in the path of the outdoor unit air intake or exhaust airflow, follow the installation guidelines below (stacked, multiple row). Not stacked The illustrations and table below show the required installation and service space (mm). D2 B2 E L C A L2 D H B C D2 B2 E H L B A L2 D 2 Suction side obstacle Discharge side obstacle Left side obstacle Right side obstacle Top side obstacle 2 In these cases, close the bottom of the installation frame to prevent discharged air from being bypassed In these cases, only 2 units can be installed This situation is not allowed Obstacle is present 26 Part System Outline
ESIE08-0 General Outline: Altherma Stacked The illustration below shows the required installation and service space (mm). Do not stack more than one unit. +/- 00 mm is required as the dimension for laying the upper outdoor unit s drain pipe. Get the portion A sealed so that air from the outlet does not bypass. Obstacles exist in front of the outlet side. 2 Obstacles exist in front of the air inlet. 000 A 00 A 00 00 Multiple row The illustration below shows the required installation and service space (mm). Installing one unit per row. 2 Installing multiple units (2 units or more) in lateral connection per row. 200 000 2000 00 H 600 00 000 L A Relation of dimensions of H, A and L are shown in the table below. L A L H 0 < L /2H 20 /2H < L 00 H < L Installation impossible Part System Outline 27
General Outline: Altherma ESIE08-0. EKHBH(X)006AA***: Installation and Service Space EKHBH(X) The illustration below shows the minimum service space for service and ventilation. MINIMUM SPACE FOR SERVICE & VENTILATION 07 200 00 0 00 2 0 9 Center of gravity 28 Part System Outline
ESIE08-0 General Outline: Altherma.6 Physical Limitations and Limits of Operation Distance between components The illustrations and table below show the limitations. OUTDOOR Domestic hot tank C G & G' F & F' way valve H B A INDOOR E I J Thermostat 2 way valve D Heat emitters Allowable height: Indoor Total system : 0 m (outdoor unit can be above or below the Indoor) outdoor Piping R0A Piping water Power supply Communication A B C D E F & F G G H I J ERHQ0AAV(8) ERHQ0AAV(8) * < A 7 m ERHQ06AAV(8) ERHQ0AAW(8) m 0 m depend on installation depend on installation depend on installation 2 m depend on installation > 0.0 m depend on installation depend on installation ERHQ0AAW(8) < A 7 m ERHQ06AAW(8) Part System Outline 29
General Outline: Altherma ESIE08-0 Remark A: Minimum allowed length is m. Refer to the installation manual of the outdoor unit. V(8) ONLY: When < m, recharging of the outdoor unit is required. It is not necessary to charge additionally if the piping length is under 0 m W(8) ONLY: It is not necessary to charge additionally if the piping length is under 0 m E: 2-wiring in/outdoor F: Power supply booster + Q2L safety F': Power supply solenoid valve (UK only) G: Thermistor cable supplied with the domestic hot water tank is 2 m in length. May not be changed. G': Feedback signal Q2L & QL safety (UK only) 0 Part System Outline
ESIE08-0 General Outline: Altherma.7 EKHBDP - Drainpan Kit Necessity Decision graph for EKHBDP necessity Leaving water temperature limit to prevent condensation.0 Relative humidity 0% Relative humidity 60% Relative humidity 80% 28.0 28 2.0 Maximum leaving water temperature cooling mode = 22 C. 2 Leaving water temperature ( C) 22.0 9.0 6.0 22 9 6 Leaving water temperature ( C).0 2.0 0.0 Example : With ambient temperature of 2 C and relative humidity of 0%. If leaving water temperature is below 2 C, condensation on water piping will happen. 0 7.0 2 20 2 26 29 2 7 Dry bulb temperature ( C) Remark Refer to psychometric chart for more information. 2 If condensation is expected, installation of EKHBDP - drainpan kit must be considered. Part System Outline
General Outline: Altherma ESIE08-0 2 Part System Outline
ESIE08-0 2 Specifications Specifications Part 2. What Is in This Chapter? Introduction This chapter contains the following information: Technical specifications Electrical specifications Altherma This chapter contains the following specifications: Topic See page 2.2 Technical and Electrical Specifications for ERHQ0~06AAV 2. Technical and Electrical Specifications for ERHQ0~06AAW 7 2. Technical and Electrical Specifications for EKHBH06AA*** & EKHBX06AA*** and EKHBH06AB*** & EKHBX06AB*** 2. Technical and Electrical Specifications for EKSWW0~00V/Z2 & EKHWS0~00*V/Z2 2.6 Technical and Electrical Specifications for EKSWWU0~00V & EKHWSU0~00*V 0 2.7 Technical and Electrical Specifications for EKSOLHWAV 2.8 Technical and Electrical Specifications for EKRTW / EKRTR 6 Part System Outline
Specifications ESIE08-0 2.2 Technical and Electrical Specifications for ERHQ0~06AAV Technical specifications The table below contains the technical specifications. Specification EKHBH* EKHBX* ERHQ0AA* ERHQ0AA* ERHQ06AA* ERHQ0AA* ERHQ0AA* ERHQ06AA* hydro-boxes EKHBH06A** EKHBH06A** EKHBH06A** EKHBX06A** EKHBX06A** EKHBX06A** Colour Ivory white Casing Material Painted galvanised steel plate Packing Height 9 mm Width 980 mm Depth 20 mm Dimensions Unit Height 70 mm Width 900 mm Depth 20 mm Machine weight 0 kg Weight Gross weight kg Packing Material EPS, Carton, Wood, PE (straps) Weight kg Heat exchanger Specifications Length 87 mm Nr. of rows 2 Fin pitch. mm Nr. of passes 6 Face area 0.98 m² Nr. of stages 2 Empty tubeplate hole 0 Tube type Hi-XSS(8) Fin Type WF fin Treatment Anti-corrosion treatment (PE) Fan Type Propeller Quantity 2 Air flow rate (nominal Heating high 96 m³/min 00 m³/min 97 m³/min at 20 V) Cooling low 90 m³/min 90 m³/min 90 m³/min 90 m³/min 90 m³/min 90 m³/min Discharge direction Horizontal External statis pressure (Max) Motor Quantity 2 Model Brushless DC motor Position Speed (nominal at 20 V) - number of steps Speed (nominal at 20 V) - cooling Speed (nominal at 20 V) - heating Output Drive 8 800 rpm 80 rpm 80 rpm 760 rpm 760 rpm 760 rpm 760 rpm 760 rpm 760 rpm Compressor Quantity 70 W Direct drive Motor Model JT00G-VD Type Hermetically sealed scroll compressor Speed Motor output Starting method Crankcase heater 2200 W Inverter driven W Part System Outline
ESIE08-0 Specifications Specification EKHBH* EKHBX* Operation range Heating Min. -20 C DB Max. C DB Cooling Min. 0 C DB Max. 6 C DB Domestic hot water Min. -20 C DB Max. Sound level (nominal) Heating Sound power 6 dba 6 dba 66 dba C DB Sound pressure () 9 dba dba dba 9 dba dba dba Cooling Sound power 6 dba 66 dba 69 dba () Sound pressure 0 dba 2 dba dba Sound level (night quiet) Heating Sound pressure 2 dba 2 dba dba 2 dba 2 dba dba Cooling Sound pressure dba dba 6 dba Refrigerant Type R0A Charge Control.7 kg Expansion valve (electronic type) Nr. of circuits Refrigerant oil Type Daphne FVC68D Charged volume Piping connections Liquid Quantity Type Diameter (OD).0 l Flare connection Gas Quantity Type Diameter (OD) 9.2 mm Flare connection Drain Quantity Type Diameter (OD) ERHQ0AA* ERHQ0AA* ERHQ06AA* ERHQ0AA* ERHQ0AA* ERHQ06AA* hydro-boxes EKHBH06A** EKHBH06A** EKHBH06A** EKHBX06A** EKHBX06A** EKHBX06A**.9 mm Hole 26 mm Piping length Min. (2) m Max. 7 m Equivalent 9 m Chargeless 0 m Additional refrigerant charge See installation manual outdoor unit PW7976- B Installation height difference max. 0 m Heat insulation Both liquid and gas pipes Defrost method Pressure equalising Defrost control Sensor for outdoor heat exchanger temperature Capacity control method Inverter controlled Capacity control (%) Safety devices High pressure switch Fan motor thermal protector Fuse Standard accessories Item Tie wraps Quantity 2 Standard accessories Item Installation manual Quantity Notes () The sound pressure level is measured via a microphone at a certain distance from the unit. It is a relative value depending on the distance and acoustic environment. Refer to sound spectrum drawing for more information. (2) Down to m with recharging of the outdoor unit. Refer to the installation manual of the outdoor unit. Part System Outline
Specifications ESIE08-0 Electrical specifications The table below contains the electrical specifications. Specification EKHBH* EKHBX* ERHQ0AA* ERHQ0AA* ERHQ06AA* ERHQ0AA* ERHQ0AA* ERHQ06AA* hydro-boxes EKHBH06A** EKHBH06A** EKHBH06A** EKHBX06A** EKHBX06A** EKHBX06A** Power supply Name V Phase ~ Frequency 0 Hz Voltage 20 V Current Nominal running current Cooling Heating Starting current Zmax List no requirements Text Maximum running current Cooling 22.8 A 27. A.9 A Heating Recommended fuses 2 A Voltage range Minimum 207 V Maximum 2 V Wire connections For power supply Quantity Remark See installation manual outdoor unit PW7976- B For connection with hydro-box Quantity Remark See installation manual outdoor unit PW7976- B Power supply intake Outdoor unit only 6 Part System Outline
ESIE08-0 Specifications 2. Technical and Electrical Specifications for ERHQ0~06AAW Technical specifications The table below contains the technical specifications. Specification Heating only type Reversible type ERHQ0AAW ERHQ0AAW ERHQ06AAW ERHQ0AAW ERHQ0AAW ERHQ06AAW indoor units EKHBH06A** EKHBH06A** EKHBH06A** EKHBX06A** EKHBX06A** EKHBX06A** Casing Dimensions Weight of unit Weight of packing materials Colour Ivory white Material Painted galvanised steel plate Packing Height 2 mm Width 980 mm Depth 20 mm Unit Height mm Width 900 mm Depth 20 mm Machine net weight (ERHQ*W*/ERHQ*W8*) 08/0 kg Packed machine weight 20/22 kg (ERHQ*W*/ERHQ*W8*) Material Weight EPS, Carton, Wood, PE (straps) Heat exchanger Specifications Length 87 mm Tube type Nr. of rows 2 Fin pitch 2 kg. mm Nr. of passes Face area. m² Nr. of stages 60 Empty tubeplate hole 0 Hi-XSS(8) Fin Type WF fin Treatment Anti-corrosion treatment (PE) Fan Type Propeller Quantity 2 Air flow rate (nominal at 20 V) Discharge direction Cooling - - - - - - Heating - - - - - - Horizontal External static pressure (Max) - Motor Quantity 2 Model Brushless DC motor Position - Speed (nominal at 20 V) - number of steps Speed (nominal at 20 V) - cooling Speed (nominal at 20 V) - heating Output Drive 8 780 rpm 780 rpm 780 rpm 760 rpm 760 rpm 760 rpm 760 rpm 760 rpm 760 rpm Compressor Quantity 70 W Direct drive Motor Model JTG-VDYR@T Type Hermetically sealed scroll compressor Speed - Motor output Starting method Crankcase heater 2200 W Inverter driven W Part System Outline 7
Specifications ESIE08-0 Specification Heating only type Reversible type Operation range Heating Min. -20 C DB Max. C DB Cooling Min. 0 C DB Max. 6 C DB Domestic hot water Min. -20 C DB Max. Sound level (nominal) Heating () Sound power 6 dba 6 dba 66 dba 6 dba 6 dba 66 dba C DB Sound pressure () dba dba 2 dba dba dba 2 dba Cooling () Sound power 6 dba 66 dba 69 dba 6 dba 66 dba 69 dba () Sound pressure 0 dba 2 dba dba Sound level (night quiet) Heating Sound pressure 2 dba 2 dba dba 2 dba 2 dba dba Cooling Sound pressure dba dba 6 dba Refrigerant Type R0A Charge Control 2.9 kg Expansion valve (electronic type) Nr. of circuits Refrigerant oil Type Daphne FVC68D Charged volume Piping connections Liquid Quantity Type Diameter (OD).0 l Flare connection Gas Quantity Type Diameter (OD) 9.2 mm Flare connection Drain Quantity Type Diameter (OD) ERHQ0AAW ERHQ0AAW ERHQ06AAW ERHQ0AAW ERHQ0AAW ERHQ06AAW indoor units EKHBH06A** EKHBH06A** EKHBH06A** EKHBX06A** EKHBX06A** EKHBX06A**.9 mm Hole x26 / x8 Piping length Min. (2) m Max. 7 m Equivalent 9 m Chargeless 0 m Additional refrigerant charge See installation manual outdoor unit PW202- Installation height difference max. 0 m Max. interunit level difference - Heat insulation Both liquid and gas pipes Defrost method Pressure equalising Defrost control Sensor for outdoor heat exchanger temperature Capacity control method Inverter controlled Capacity control (%) Safety devices High pressure switch Fan motor thermal protector Fuse Standard accessories Item Tie wraps Quantity 2 Standard accessories Item Installation manual Quantity Notes () The sound pressure level is measured via a microphone at a certain distance from the unit. It is a relative value depending on the distance and acoustic environment. Refer to sound spectrum drawing for more information. (2) Down to m with recharging of the outdoor unit. Refer to the installation manual of the outdoor unit. 8 Part System Outline
ESIE08-0 Specifications Electrical specifications The table below contains the electrical specifications. Specification Heating only type Reversible type ERHQ0AAW ERHQ0AAW ERHQ06AAW ERHQ0AAW ERHQ0AAW ERHQ06AAW indoor units EKHBH06A** EKHBH06A** EKHBH06A** EKHBX06A** EKHBX06A** EKHBX06A** Power supply Name W* Phase N~ Frequency Voltage Current Nominal running current Cooling Heating Starting current (cooling/heating) Zmax - Minimum S sc value - Maximum running current (ERHQ*W*/ERHQ*W8*) Recommended fuses 0 Hz 00 V.8 A Cooling./ Heating Voltage range Minimum 60 V Maximum Wire connections For power supply Quantity Power supply intake For connection with hydro-box Remark Quantity Remark 20 A 0 V See installation manual outdoor unit PW202- See installation manual outdoor unit PW202- Outdoor unit only Part System Outline 9
Specifications ESIE08-0 2. Technical and Electrical Specifications for EKHBH06AA*** & EKHBX06AA*** and EKHBH06AB*** & EKHBX06AB*** Technical specifications The table below contains the technical specifications. Specification EKHBH* EKHBX* EKHBH06AA*/AB* EKHBH06AA*/AB* Outdoor units ERHQ0AA ERHQ0AA ERHQ06AA ERHQ0AA ERHQ0AA ERHQ06AA Nominal input (indoor only without electric heater) Casing Colour RAL900 Material 20 W Epoxy polyester painted galvanised steel Dimensions Packing Height 22 mm Width Depth 660 mm 60 mm Unit Height () 922 mm Width Depth 02 mm 6 mm Weight of unit Machine net weigth kg Packed machine weight Packing Material EPS, Wood, Carton, PP (straps) Weight Main components Pump Type Water cooled Water side Heat exchanger Nr. of speed 2 Nominal ESP unit Cooling.9 kpa 9. kpa 6.8 kpa Nominal ESP unit Heating 2. kpa. kpa.0 kpa 2. kpa. kpa.0 kpa Power input Type 6 kg 0 kg 20 W Brazed plate Quantity Water volume Water flow rate Min..0 l 6 l/min Water flow rate Nom. Cooling (2) 28.7 l/min.8 l/min 7.6 l/min () Water flow rate Nom. Heating 2. l/min 0. l/min.9 l/min 2. l/min 0. l/min.9 l/min Water flow rate Max. Cooling 8 l/min Water flow rate Max. Heating 8 l/min Insulation material Polyurethane foam Expansion vessel Volume 0 l Max. water pressure bar Pre-pressure bar Water filter Diameter perforations mm Material Brass Water circuit Piping connections diameter -/ MBSP Piping -/ Safety valve bar Manometer Yes Drain valve / Fill valve Yes Shut off valve Yes Air purge valve Yes Total water volume (6). l Refrigerant ciruit Gas side diameter.9 mm Liquid side diameter 9.2 mm Sound level Sound pressure () 28 dba Sound power 0 Part System Outline
ESIE08-0 Specifications Specification EKHBH* EKHBX* EKHBH06AA*/AB* EKHBH06AA*/AB* Outdoor units ERHQ0AA ERHQ0AA ERHQ06AA ERHQ0AA ERHQ0AA ERHQ06AA Operation range (ERHQ0** / AAV*) Operation range (ERHQ0** / AAW*) Ambient Cooling 0~6 C Heating -20~ C -20~ C Waterside Cooling ~22 C Heating () ~ C ~ C Ambient Cooling 0~6 C Heating (7) -2~ C -2~ C Waterside Cooling ~22 C () Heating ~ C ~ C Notes () With option kit EKHBDP installed: Height = 96 mm (2) Tamb C - LWE 7 C (DT = C) () DB/WB 7 C/6 C - LWC C (DT = C) () The sound pressure level is measured via a microphone at m from the unit. It is a relative value depending on the distance and acoustic environment. The sound pressure level mentioned is valid for pump medium speed. () C~2 C: BUH only, no Heatpump operation = during commissioning (6) Including piping + PHE + backup heater / excluding expansion vessel (7) -2 ~ -20 C: operation of heat pump possible, but no guarantee of capacity (if outdoor temperature < -2 C unit will stop) Electrical specifications Electric heater (optional) The table below contains the electrical specifications. Type V 6V 6WN 6T 9WN 9T Power supply () (2) Phase ~ ~ ~ ~ ~ ~ Frequency 0 Hz Voltage 20 V 20 V 00 V 20 V 00 V 20 V Current Running current A 26 A 8.7 A. A A 22.6 A Zmax List No requirements No requirements Out of scope No requirements Out of scope Zmax (electric heater) + booster heater (EKSWW* models) Text 0.2 + j0. List No requirements Out of scope No requirements Out of scope Text 0.2 + j0. 0. + j0.09 Voltage range Minimum 207 V 207 V 60 V 207 V 60 V 207 V Wiring connections Maximum 2 V 2 V 0 V 2 V 0 V 2 V For power supply backup heater Quantity of wires G G G G G G Type of wires Note () Note () Note () Note () Note () Note () For power supply connection to optional DHW tank + Q2L For connection with RT For connection with AP For connection with M2S For connection with MS Quantity of wires G Type of wires Note () and () Quantity of wires Note (7) Type of wires Note (7) Quantity of wires Note (6) Type of wires Note () and () Quantity of wires G Type of wires Note () and () Quantity of wires G or G Type of wires Note () and () Notes () Above mentioned power supply of the hydro-box is for the backup heater only. The switch box & pump of the hydro-box are supplied via the outdoor unit. The optional domestic warm water tank has a separate power supply. (2) Optional electric heater has 2 capacity steps except for the V model which has only one capacity step. Part System Outline
Specifications ESIE08-0 () Select diameter and type according to national and local regulations. () For more details of the voltage range and current refer to installation manual EKHBH/X06A**. () Voltage: 20 V / Maximum current: 00 ma / Minimum 0.7 mm². (6) Depends on thermostat type, refer to installation manual EKHBH/X06A**. (7) Wire included in option EKSWW*/EKHWS*/EKHWE*. 2 Part System Outline
ESIE08-0 Specifications 2. Technical and Electrical Specifications for EKSWW0~00V/Z2 & EKHWS0~00*V/Z2 Technical specifications Specification The table below contains the technical specifications. EKSWW0V EKHWS0*V EKSWW200V EKHWS0*V EKSWW00V EKHWS0*V EKSWW200Z2 EKHWS0*V EKSWW00Z2 EKHWS0*V Casing Colour Neutral white Material Epoxy-coated mild steel Dimensions Packing Height 90 mm 200 mm 60 mm 200 mm 60 mm Width 600 mm Depth 600 mm Unit Height 900 mm 0 mm 600 mm 0 mm 600 mm Width 80 mm Depth 80 mm Weight Machine weight 7 kg kg 9 kg kg 9 kg Gross weight (EKSWW) 0 kg 9 kg 6 kg 9 kg 6 kg Gross weight (EKHWS) 2 kg kg 66 kg kg 66 kg Packing Material EPS/Carton Weight kg kg kg kg kg Main components Tank Water volume 0 l 200 l 00 l 200 l 00 l Material Stainless steel (DIN.2) Max. temperature 8 C Max. water pressure 0 bar Insulation Material Polyurethane foam Insulation Min. thickness 0 mm Heat exchanger Quantity Material (EKSWW) Stainless steel (DIN.0) Material (EKHWS) Duplex steel LDX 20 Booster heater Quantity Capacity kw Temperature sensor Cable length 2 m Piping connections Water inlet H/E Diameter / FBSP (inch) Water outlet H/E Diameter / FBSP (inch) Cold water in Diameter / FBSP (inch) Hot water out Diameter / FBSP (inch) Electrical specifications Specification The table below contains the electrical specifications. EKSWW0V EKHWS0*V EKSWW200V EKHWS0*V EKSWW00V EKHWS0*V EKSWW200Z2 EKHWS0*V EKSWW00Z2 EKHWS0*V Unit Power supply Phase ~ 2~ Frequency 0 Hz Voltage 20 V 00 V Nominal running current A 7. A Fuse Size 20 A Phase ~ 2~ Part System Outline
Specifications ESIE08-0 2.6 Technical and Electrical Specifications for EKSWWU0~00V & EKHWSU0~00*V Technical specifications The table below contains the technical specifications. Specification EKSWWU0V EKHWSU0*V EKSWWU200V EKHWSU0*V EKSWWU00V EKHWSU0*V Casing Colour Neutral white Material Epoxy-coated mild steel Dimensions Packing Height 00 mm 280 mm 7 mm Width 600 mm Depth 600 mm Unit Height 0 mm 26 mm 7 mm Width 80 mm Depth 80 mm Weight Machine weight 8 kg 6 kg 60 kg Gross weight (EKSWW) kg 0 kg 6 kg Gross weight (EKHWS) kg 2 kg 67 kg Packing Material EPS/Carton Weight kg kg kg Main components Tank Water volume 0 l 200 l 28 l Material Stainless steel (DIN.2) Max. temperature 8 C Max. water pressure 0 bar Insulation Material Polyurethane foam Insulation Min. thickness 0 mm Heat exchanger Quantity Material (EKSWW) Stainless steel (DIN.0) Material (EKHWS) Duplex steel LDX 20 Booster heater Quantity Capacity kw Temperature sensor Cable length 2 m Piping connections Water inlet H/E Diameter / FBSP (inch) Water outlet H/E Diameter / FBSP (inch) Cold water in Diameter / FBSP (inch) Hot water out Diameter / FBSP (inch) Electrical specifications The table below contains the electrical specifications. Specification EKSWWU0V EKHWSU0*V EKSWWU200V EKHWSU0*V EKSWWU00V EKHWSU0*V Unit Power supply Phase ~ Frequency 0 Hz Voltage 20 V Nominal running current A Fuse Size 20 A Phase ~ Part System Outline
ESIE08-0 Specifications 2.7 Technical and Electrical Specifications for EKSOLHWAV Technical specifications The table below contains the technical specifications. Specification EKSOLHWAV Dimensions Packing Height 79 mm Width Depth 0 mm 29 mm Unit Height 770 mm Width Depth 0 mm 270 mm Weight of unit Machine weight 8 kg Gross weight Weight of packing materials Material Carton Weight Heat exchanger Type Brazed plate Pressure drop Solar side 2. kpa Maximum inlet temperature Heat exchange capacity Logarithmic mean temperature difference (LMTD) 9 kg kg Solar side 0 C 00 W/K Pump Type water cooled Number of speeds Nominal ESP Heating - Power input Medium speed 6 W Water flow rate Min. - Max. - Nom. - Sound Sound pressure 27 dba Water circuit Piping connection diameter / F BSP Insulation material Ambient temperature Max. C Min. C K EPP Electrical specifications The table below contains the electrical specifications. Specification EKSOLHWAV Unit Power supply Phase ~ Nominal running current Frequency Voltage 0 Hz 220-20 V Not applicable Fuse Size Not applicable Phase Not applicable Wiring connections For power supply Quantity Not applicable Voltage range Power supply intake For connection with indoor Remark Quantity Remark Not applicable Not applicable Not applicable Minimum -0% Maximum +0% indoor unit Part System Outline
Specifications ESIE08-0 2.8 Technical and Electrical Specifications for EKRTW / EKRTR Technical specifications The table below contains the technical specifications. Specification EKRTW EKRTR EKRTETS Thermostat Receiver Dimensions Packing Height (mm) 6 70 Width (mm) 7 200 7 Depth (mm) 00 0 7 Unit Height (mm) 87 87 70 m wire length Width (mm) 2 2 0 - Depth (mm) 28 - Weight of unit Net weight g 2 20 2 6 Gross weight g 0 66 80 Weight of packing Material Carton Carton Carton Carton Weight g 8 Ambient temperature Storage C -20~60-20~60-20~60-20~60 Operation C 0~0 0~0 0~0 0~0 Temperature setpoint range heating C -7-7 - - Temperature setpoint range cooling C -7-7 - - Temperature setting resolution C 0, 0, - - Clock Yes Yes - - Regulation function Proportional band Proportional band - - Features: Heating only Yes Yes - - Heating and cooling Yes Yes - - Comfort function mode (= comfort setpoint) Yes Yes - - Reduced function mode (= night setback setpoint) Yes Yes - - Scheduled function mode (= schedule timer) Yes Yes - - Number of setpoint changes 2/day 2/day - - Holiday function mode Yes Yes - - Off function (with integrated frost protection) Yes Yes - - Dew prevention No No - - Setpoint limitation Yes Yes - - Keylock function Yes Yes - - Floor temperature protection No Yes (only in combination with EKRTETS) - - Additional information The table below contains additional information. Comfort function mode Reduced function mode Use this mode for a fixed temperature on comfort level (comfort setpoint default on 2 C in heating mode, 2 C in cooling mode). Use this mode for a fixed temperature on reduced level (reduced setpoint default on 7 C in heating mode, 28 C in cooling mode). Scheduled function mode Holiday function mode Off function Setpoint limitation Floor temperature protection Use this mode to let your installation be controlled by the schedule timer. The actions programmed in the schedule timer will be executed automatically according to the actual time. This function uses the scheduled temperature setpoint. Use this mode to set a fixed temperature during a long absence. Use this mode to switch off your installation. Integrated frost protection remains activated (frost protection default on C in heating mode). Use this function to limit the setpoint range for the end customer. Use this function to set a maximum and a minimum floor temperature. 6 Part System Outline
ESIE08-0 Specifications Electrical specifications The table below contains the electrical specifications. Specification EKRTW EKRTR EKRTETS Thermostat Receiver Power supply Phase - - ~ - Frequency Hz - - 0 - Voltage V Battery powered x AA-LR6 (alkaline) Battery powered x AA-LR6 (alkaline) 20 - Voltage tolerance - - ± 0% - Connection Wired Wireless Wired Wired Max distance to receiver Indoor - Approx. 0 m - - Outdoor - Approx. 00 m - - Max rated switching current A (at 20 VAC) A - A - Part System Outline 7
Specifications ESIE08-0 8 Part System Outline
ESIE08-0 Functional Diagrams Functional Diagrams Part. What Is in This Chapter? Introduction This chapter contains the following information: Overview complete system Electrical connection diagram Pipe connection diameters. Functional diagrams This chapter contains the following functional diagrams: Topic See page.2 Complete System (ERHQ0~06AAV + EKHBH/X06AA*** + EKSWW) 0. Complete System (ERHQ0~06AAW + EKHBH/X06AB + EKHWS(U)/EKHWE) 2. Electrical Connection Diagram. Pipe Connection Diameters 6 Part System Outline 9
Functional Diagrams ESIE08-0.2 Complete System (ERHQ0~06AAV + EKHBH/X06AA*** + EKSWW) 28 M M T 26 27 IRT t > IRT t > FCU T OR2T ORT ORT ORT ORT OR6T COOLING HEATING p > IR2T t > M 2 2 IRT t > M t > IRT 6 8 : COOLING (EKHBX) : HEATING (EKHBX + EKHBH) EVAPORATOR CONDENSOR M p < 2 2 7 9 8 2 6 0 22 0 29 7 9 20 2 2 2 0 Part System Outline
ESIE08-0 Functional Diagrams Components The table below contains the different components of the functional diagrams. No. Name Outdoor Unit Heat exchanger (Outdoor unit) 2 Filter (Outdoor, refrigerant) Expansion valve Liquid stop valve with service port Gas stop valve with service port 6 Pressure sensor (Outdoor unit) 7 -way valve ON: heating 8 High pressure switch discharge pipe (Outdoor unit) 9 Compressor 0 Accumulator Service port /6 2 Propeller fan Crankcase heater compressor ORT Outdoor air temperature thermistor OR2T Discharge pipe thermistor (Outdoor unit) ORT Suction pipe thermistor (Outdoor unit) ORT Heat exchanger thermistor (Outdoor unit) ORT Heat exchanger middle thermistor (Outdoor unit) OR6T Liquid refrigerant thermistor (Outdoor unit) Hydro-box Heat exchanger PME (hydro-box) Backup heater 6 Expansion vessel 7 Drain valve 8 Manometer 9 Air purge valve 20 Pressure relief valve 2 Pump 22 Flow switch 2 Shut off valve with drain/fill valve 2 Filter (hydro-box, water) IRT Outlet water Heat exchanger thermistor (hydro-box) IR2T Outlet water Backup heater thermistor (hydro-box) IRT Liquid refrigerant thermistor (hydro-box) IRT Inlet water thermistor (hydro-box) IRT Domestic hot water tank thermistor (hydro-box) DHW 2 -way valve for domestic hot water tank 26 DHW tank 27 2-way valve to block heating supply to tank heat exchanger (EKSWWU only) 28 Booster heater Field supplied 29 By-pass valve 0 2-way valve for cooling mode to block floor heating loops Part System Outline
Functional Diagrams ESIE08-0. Complete System (ERHQ0~06AAW + EKHBH/X06AB + EKHWS(U)/EKHWE) T FCU M 7 6 M M 8 20 9 OR2T ORT ORT ORT ORT OR6T HEATING COOLING IRT t > T IRT IR2T 2 t > t > M IRT 2 t > 26 EVAPORATOR CONDENSOR : COOLING (EKHBX) : HEATING (EKHBX + EKHBH) t > t > p < 2 M 2 7 6 p > 8 9 2 0 22 2 2 7 2 6 2 29 0 28 IRT 27 2 Part System Outline
ESIE08-0 Functional Diagrams Components The table below contains the different components of the functional diagrams. No. Name Outdoor Unit Heat exchanger (Outdoor unit) 2 Filter (Outdoor, refrigerant) Expansion valve Liquid stop valve with service port Gas stop valve with service port 6 Pressure sensor (Outdoor unit) 7 -way valve ON: heating 8 High pressure switch discharge pipe (Outdoor unit) 9 Compressor 0 Accumulator Service port /6 2 Propeller fan Crankcase heater compressor ORT Outdoor air temperature thermistor OR2T Discharge pipe thermistor (Outdoor unit) ORT Suction pipe thermistor (Outdoor unit) ORT Heat exchanger thermistor (Outdoor unit) ORT Heat exchanger middle thermistor (Outdoor unit) OR6T Liquid refrigerant thermistor (Outdoor unit) Hydro-box Injection valve Capillary tube 6 Heat exchanger PME (hydro-box) 7 Backup heater 8 Expansion vessel 9 Drain valve 20 Manometer 2 Air purge valve 22 Pressure relief valve 2 Pump 2 Flow switch 2 Shut off valve with drain/fill valve 26 Filter (hydro-box, water) IRT Outlet water Heat exchanger thermistor (hydro-box) IR2T Outlet water Backup heater thermistor (hydro-box) IRT Liquid refrigerant thermistor (hydro-box) IRT Inlet water thermistor (hydro-box) IRT Domestic hot water tank thermistor (hydro-box) DHW 27 -way valve for domestic hot water tank 28 DHW tank 29 2-way valve to block heating supply to tank heat exchanger (EKHWSU + EKSOLHWAV only) 0 Booster heater Solar kit (EKSOLHWAV) 2 Heat exchanger PME (Solar kit) Part System Outline
Functional Diagrams ESIE08-0 No. Name Solar kit pump (with one-way integrated) One-way valve Thermistor from solar station (field supply) Field supplied 6 By-pass valve 7 2-way valve for cooling mode to block floor heating loops Part System Outline
ESIE08-0 Functional Diagrams. Electrical Connection Diagram Electrical connection diagram Altherma (0/0/06 class) Standard parts Applicable for the following models: OUTDOOR UNIT Power supply OUTDOOR UNIT : ERHQ0/0/06A*V INDOOR UNIT : EKHBH/X06A*V EKHBH/X06A*6V EKHBH/X06A*6W EKHBH/X06A*6T EKHBH/X06A*9W EKHBH/X06A*9T or core unit power supply: 20V or 00V + earth XM:L N earth XM:L L2 L N earth backup heater power supply (/6/9kW): 00V or 20V + earth XM: 2 earth Optional power supply: booster heater power supply (kw): 00V or 20V + earth core <0m:Gx. >0m:Gx2. Optional parts For more details please check unit wiring diagram or core core XM: 2 earth XM:L L2 L N earth XM:L N earth DHW TANK Field supply 2way valve 2 core 2x0.7 XM X7M F2B 20V QL QT CLIXON THERMOSTAT 2 WAY VALVE Room thermostat core ONLY FOR EKHWSU AP XM: 2 earth X2M: 2 core Gx2. X6M Power supply booster heater 20V 2way valve core M2S (EKHBX units) for cooling mode 20V or 00V Q2L CLIXON booster heater 20V NO valve: X2M:6 7 NC valve: X2M: 7 X2M: way valve MS (when EKHW* is installed) selection DHW floorheating 2 or core 2 core 20V spring return X2M: 9 0 SPST: X2M: 8 9 0 X9A (PCB AP) RT Thermistor water temperature INDOOR UNIT signal Thermistor cable NOTE : min. distance to power cable = cm user interface Part System Outline
Functional Diagrams ESIE08-0 Outdoor units. Pipe Connection Diameters The table below contains the refrigerant pipe connection diameters. Model Gas pipe (flare) Liquid pipe (flare) ERHQ0AAV*/W*.9 mm 9.2 mm ERHQ0AAV*/W* ERHQ06AAV*/W* hydro-box hydro-box + water side The table below contains the refrigerant pipe connection diameters. Model Gas pipe (flare) Liquid pipe (flare) EKHBH06A*.9 mm 9.2 mm EKHBX06A* The table below contains the water inlet/outlet connection diameters. Model Inlet pipe Outlet pipe EKHBH06A* EKHBX06A* EKSWW(U)0 EKSWW(U)200 -/ inch (MBSP) / inch (FBSP) 2 -/ inch (MBSP) / inch (FBSP) EKSWW(U)00 EKHWS(U)0 EKHWS(U)200 / inch (FBSP)² / inch (FBSP)² EKHWS(U)00 EKHWE0 EKHWE200 Rp / inch (female) Rp / inch (female) EKHWE00 Hot + cold water side Model Cold water Hot water Re-circulation connection EKHWS(U)0 EKHWS(U)200 / inch (FBSP)² / inch (FBSP)² / inch (FBSP)² EKHWS(U)00 6 Part System Outline
ESIE08-0 Functional Diagrams Model Cold water Hot water EKHWE0 EKHWE200 EKHWE00 G / inch (male) G / inch (male) Re-circulation connection G / inch (male) : MBSP = male British standard pipe 2: FBSP = female British standard pipe : Rp = internal parallel (ISO 7) : G = external + internal parallel (ISO 228) Part System Outline 7
Functional Diagrams ESIE08-0 8 Part System Outline
ESIE08-0 Piping Diagrams Piping Diagrams Part. What Is in This Chapter? Introduction Piping diagrams This chapter contains the following information: Piping diagrams This chapter contains the following piping diagrams: Topic See page.2 Piping Diagram for ERHQ0~06AAV(8) 60. Piping Diagram for ERHQ0~06AAW(8) 6. Piping Diagram for EKHBH(X)06A*** 6. Piping Diagram for EKSWWU0~00V 66.6 Piping Diagram for EKSOLHWAV 68 Part System Outline 9
Piping Diagrams ESIE08-0.2 Piping Diagram for ERHQ0~06AAV(8) RT 9 R6T 8 8 RT 7 RT p < 6 p > R2T EKHB*06* 0 RT 2 INDOOR UNIT 2 OUTDOOR UNIT HEATING COOLING 60 Part System Outline
p t > t > t > ESIE08-0 Piping Diagrams. Piping Diagram for ERHQ0~06AAW(8) 9 R6T 8 8 RT 7 RT RT R2T *KHB*06* RT 6 p > 6 0 2 INDOOR UNIT OUTDOOR UNIT HEATING COOLING 2 Components The table below contains the different components of the functional diagrams. No. Name Heat exchanger - 2 Service port /6 - Compressor MC Accumulator - Pressure sensor SNPH 6 High pressure switch SPH 7 -way valve YS 8 Filter - 9 Electronic expansion valve YE 0 Field piping φ9. C 220T-0 - Field piping φ.9 C 220T-0-2 Stop valve (with service port /6 flare) - Crank case heater EHC Fan motor MF-M2F Injection valve YS 6 Capillary tube - RT R2T Thermistor (AIR) Thermistor (Discharge) Part System Outline 6
Piping Diagrams ESIE08-0 No. RT RT RT R6T Name Thermistor (suction) Thermistor (heat exchanger) Thermistor (heat exchanger middle) Thermistor (liquid) Symbols The table below contains the different symbols used on the functional diagrams. Symbol Name Check valve Flare connection Screw connection Flange connection Pinched pipe Spinned pipe 62 Part System Outline
ESIE08-0 Piping Diagrams Caution for flare connection Refer to table below for correct flare dimensions and tightening torques. Too high tightening force may cause refrigerant leak because of flare cracking: Piping size Flare nut tightening torque A dimensions for processing flares (mm) Flare shape φ6..2~7.2 N m (~76 kgf cm) 8.7~9. φ9. 2.7~9.9 N m (~07 kgf cm) 2.8~.2 90 ±0. A ±2 φ2.7 9.~60. N m (0~66 kgf cm) 6.2~6.6 R=0.~0.8 φ.9 6.8~7. N m (60~770 kgf cm) 9.~9.7 φ9. 97.2~8.6 N m (989.8~208 kgf cm) 2.6~2.0 When connecting the flare nut, apply refrigerating machine oil to the flare (inside and outside) and first screw the nut or turns by hand. Coat the indicated surfaces using ether or ester oil: After completing the installation, carry out an inspection of the piping connections by pressure test using nitrogen. Part System Outline 6
Piping Diagrams ESIE08-0. Piping Diagram for EKHBH(X)06A*** WATER SIDE 0 9 FIELD INSTALLATION R2T t > 6 7 8 RT t > EVAPORATOR CONDENSOR REFRIGERANT SIDE REFR. OUT REFR. IN 2 2 FIELD INSTALLATION RT t > RT t > REFR. IN REFR. OUT 2 : COOLING (EKHBX) : HEATING (EKHBX + EKHBH) 6 Part System Outline
ESIE08-0 Piping Diagrams Components Symbols The table below contains the different components of the functional diagrams. No. Name Water outlet 2 Shut off valve with drain/fill valve Flowswitch Pump Back-up heater 6 Blow off 7 Safety valve 8 Air purge 9 Pressure gauge 0 Expansion vessel Drain 2 Plate heat exchanger Filter Water inlet RT Outlet water heat exchanger thermistor R2T Outlet water backup heater thermistor RT Refrigerant liquid side thermistor RT Inlet water thermistor The table below contains the different symbols used on the functional diagrams. Symbol Name Check valve Flare connection Screw connection Flange connection Pinched pipe Spinned pipe Part System Outline 6
Piping Diagrams ESIE08-0. Piping Diagram for EKSWWU0~00V FIELD INSTALLATION (DELIVERED WITH INDOOR UNIT) ( **** ) 2 M MS OVERVIEW OUTDOOR INDOOR LOAD WATER RETURN WATER FLOW OPTION DOMESTIC HOT WATER TANK OPTION DOMESTIC HOT WATER TANK WATER RETURN WATER FLOW WATER MAIN OUT WATER MAIN IN ( ** ) ( * ) ( *** ) ( * ) YS TPRV EKSWWU* EKHWSU* t > RT ( ** ) ( * ) ( * ) ( ** ) 6 ( ** ) ( * ) 7 ( ** ) ( ** ) ( * ) 9 ( * ) 0 ( * ) ( * ) ( ** ) 8 ( * ) : FIELD INSTALLATION DELIVERED WITH EKUSWW KIT 66 Part System Outline
ESIE08-0 Piping Diagrams Components Symbols The table below contains the different components of the functional diagrams. No. Name Shut off valve 2 -way motorized valve (MS) (****) 2-way solenoid valve (YS) (*) (***) Drain valve (*) (**) T-piece (*) (**) 6 Tundish (*) (**) 7 Expansion vessel (*) (**) 8 T-piece (*) (**) 9 Expansion relief valve (*) (**) 0 T-piece (*) Pressure reducing valve with integrated non return valve line strainer (*) (**) RT Domestic hot water thermistor (*): Field installation delivered with EKUSWW kit / EKUHWA kit (**): Field installation delivered with EKUHWB kit (***): Field installation delivered with EKUHW2B kit (only with EKSOLHWAV) (****): Field installation: - EKSWWU*: field supplied - EKHWSU*A*: field supplied - EKHWSU*B*: delivered with EKHWSU*B* The table below contains the different symbols used on the functional diagrams. Symbol Name Check valve Flare connection Screw connection Flange connection Pinched pipe Spinned pipe Part System Outline 67
Piping Diagrams ESIE08-0.6 Piping Diagram for EKSOLHWAV OVERVIEW FIELD SUPPLY 2 FIELD INSTALLATION (DELIVERED WITH INDOOR UNIT) M MS OUTDOOR INDOOR LOAD OPTION DOMESTIC HOT WATER TANK FIELD SUPPLY WATER FROM INDOOR FIELD SUPPLY WATER TO TANK MEDIUM FROM SOLAR COLLECTOR OPTION SOLAR KIT MEDIUM TO SOLAR COLLECTOR WATER FROM TANK WATER TO INDOOR EKSOLHWAV DETAIL ONLY FOR EKHWSU* YS WATER TO TANK WATER FROM INDOOR DETAIL 8 MEDIUM FROM SOLAR COLLECTOR FOR EKHW(S/E)* MEDIUM TO SOLAR COLLECTOR 6 7 WATER FROM TANK WATER TO INDOOR 6 (*): DELIVERED WITH EKUHWA KIT 68 Part System Outline
ESIE08-0 Piping Diagrams Components The table below contains the different components of the functional diagrams. No. Name Shut off valve 2 -way motorized valve Solar collector Solar pump station Plate heat exchanger 6 Non return valve 7 Pump 8 2-way solenoid valve (*) YS Solenoid valve MS -way motorized valve (*): Delivered with EKUHWA kit Symbols The table below contains the different symbols used on the functional diagrams. Symbol Name Check valve Flare connection Screw connection Flange connection Pinched pipe Spinned pipe Part System Outline 69
Piping Diagrams ESIE08-0 70 Part System Outline
ESIE08-0 Switch Box Layout Switch Box Layout Part. What Is in This Chapter? Introduction Altherma This chapter shows the switch box components. This chapter contains the following switch box layouts: Topic See page.2 Switch Box Layout for ERHQ0~06AAV 72. Switch Box Layout for ERHQ0~06AAW 7. Switch Box Layout for EKHBH(X)06A*** 7. Switch Box Layout for EKHBH(X)06AB*** 76.6 Switch Box Layout for EKSWW***V/Z2 78.7 Switch Box Layout for EKHWS***V/Z2 79.8 Switch Box Layout for EKSWWU***V 80.9 Switch Box Layout for EKHWSU***V 8.0 Switch Box Layout for EKHWE***V/Z2 82 Part System Outline 7
Switch Box Layout ESIE08-0.2 Switch Box Layout for ERHQ0~06AAV The illustration below shows the outdoor switch box layout: A2P AP AP AP AP A2P XM AP AP XM Item AP A2P AP AP XM Description Printed circuit board (control) Printed circuit board (service) Printed circuit board (noise filter) Printed circuit board (communication) Terminal strip 72 Part System Outline
ESIE08-0 Switch Box Layout. Switch Box Layout for ERHQ0~06AAW FRONT The illustration below shows the outdoor switch box layout: AP Control PCB A2P Inverter PCB XM AP Control PCB A2P inverter PCB XM Item AP A2P XM Description Printed circuit board (control) Printed circuit board (inverter) Terminal strip Part System Outline 7
Switch Box Layout ESIE08-0 BACK The illustration below shows the outdoor switch box layout: AP Noise filter PCB A2P Inverter PCB LR Reactor AP Noise filter PCB LR Reactor Item A2P AP LR Description Printed circuit board (inverter) Printed circuit board (noise filter) Reactor 7 Part System Outline
ESIE08-0 Switch Box Layout. Switch Box Layout for EKHBH(X)06A*** The illustration below shows the switch box layout: TR KM KM K2M TR KM KM K2M AP KM AP KM FB F2B KM FU2 FB F2B KM XM X2M FU2 XM X2M XM XM XM XM Item Description KM Contactor backup heater step K2M Contactor backup heater step 2 KM Contactor booster heater KM Pump relay KM Safety contactor backup heater step /2 XM Terminal strips: power supply backup heater + in/outdoor wiring (2) X2M Terminal strips: field wiring XM Terminal strips: booster heater supply to contactor XM Terminal strips: from contactor to booster heater FB Fuse backup heater F2B Fuse booster heater AP Printed circuit board (main) TR Transformer (220 V/2 V) FU2 Fuse pump Part System Outline 7
Switch Box Layout ESIE08-0. Switch Box Layout for EKHBH(X)06AB*** The illustration below shows the switch box layout: TR KM K7M AP KM EKRPMB FU2 XM XM KM K2M KM FB F2B X2M XM Item Description KM Contactor backup heater step K2M Contactor backup heater step 2 KM Contactor booster heater KM Pump relay KM Safety contactor backup heater step /2 K7M Relay for EKSOLHWAV pump (relay delivered with EKSOLHWAV) EKRPMB Alarm/operation signal and solar input PCB (PCB delivered with EKSOLHWAV) XM Terminal strips: power supply backup heater + in/outdoor wiring (2) X2M Terminal strips: field wiring XM Terminal strips: booster heater supply to contactor 76 Part System Outline
ESIE08-0 Switch Box Layout XM Terminal strips: from contactor to booster heater FB Fuse backup heater F2B Fuse booster heater AP Printed circuit board (main) TR Transformer (220 V/2 V) FU2 Fuse pump Part System Outline 77
Switch Box Layout ESIE08-0.6 Switch Box Layout for EKSWW***V/Z2 The illustration below shows the switch box layout: Item Description XM Terminal strip nr -2: power supply booster heater Q2L Thermal protector booster heater: connection nr -2 EH Booster heater kw 20 V () / 00 V (Z2) Q2L Thermal protector input hydrobox: connection nr. - () Remark: Internal connection of Booster heater kw 00 V is slightly different. 78 Part System Outline
ESIE08-0 Switch Box Layout.7 Switch Box Layout for EKHWS***V/Z2 The illustration below shows the switch box layout: X6M X8M Q2L QL EH Item X6M X8M Q2L Description Terminal strip nr -2: power supply booster heater Terminal strip nr -2: power supply to EKSOLHWAV pump Terminal strip nr -: power supply from Hydrobox (X2M: 9-20) Thermal protector booster heater: connection nr -2 (V) / -2 - (Z2) QL Thermal protector DHW tank for EKSOLHWAV: connection nr -2 QL (Z2) Thermal protector input towards Hydrobox: connection nr - Q2L (V) Thermal protector input towards Hydrobox: connection nr - EH Booster heater kw 20 V () (V) 00V (Z2) () Remark: Internal connection of Booster heater kw 00 V is slightly different. Part System Outline 79
Switch Box Layout ESIE08-0.8 Switch Box Layout for EKSWWU***V The illustration below shows the switch box layout: XM Q2L QL X6M QT Item Description XM Terminal strip nr -2: power supply to solenoide valve (YS) from hydrobox (X7M: -2) X6M Terminal strip nr -2: power supply booster heater Q2L Thermal protector booster heater: connection nr -2/- EH Booster heater kw 20 V () QT Thermostat DHW water tank QL Thermal protector DHW water tank connection nr -2/- 80 Part System Outline
ESIE08-0 Switch Box Layout.9 Switch Box Layout for EKHWSU***V The illustration below shows the switch box layout: TBC Item X6M Description Terminal strip nr -2: power supply booster heater QL Thermal protector booster heater: connection nr - QL Thermal protection EKSOLHWAV pump: connection nr. -2 EH Booster heater kw 20 V Q2T Thermostat DHW tank for EKUHW2WB: connection nr -2 Q2L Thermal protector DHW tank for EKUHW2WB: connection nr -2 Q2L Thermal protection input hydrobox: connection nr. - QT Thermostat DHW tank for EKSOLHWAV: connection nr -2 XM Terminal strip nr 2-: power supply EKUHW2WB from Hydrobox (X7M: -2) X8M Terminal strip nr -2: power supply to EKSOLHWAV pump Terminal strip nr -: power supply from Hydrobox (X2M: 9-20) Part System Outline 8
Switch Box Layout ESIE08-0.0 Switch Box Layout for EKHWE***V/Z2 EKHWE***V The illustration below shows the switch box layout: Q2L X0M X9M A EH EKHWE***Z2 The illustration below shows the switch box layout: Q2L X0M X9M QL A EH 82 Part System Outline
ESIE08-0 Switch Box Layout Item Description X9M Terminal strip nr -2: power supply booster heater QL Thermal protector DHW tank for EKSOLHWAV pump: connection nr -2 (Z2) EH Booster heater kw 20 V (V) 00 V (Z2) Q2L Thermal protector booster heater: connection nr -2 (V) / -2. 2-22 (Z2) Q2L Thermal protector DHW for EKSOLWAV pump: connection nr. -2 (V) Q2L Thermal protection input towards hydrobox: connection nr. 2-22 (V) / -2 (Z2) A Anode enamel tank X0M Terminal strip nr 9-20: power supply from Hydrobox (X2M: 9-20) Terminal strip nr p-p2: power supply to EKSOLHWAV pump Part System Outline 8
Switch Box Layout ESIE08-0 8 Part System Outline
ESIE08-0 6 Wiring Diagrams Wiring Diagrams Part 6. What Is in This Chapter? Introduction Altherma: This chapter contains the wiring diagrams of the outdoor, hydro-box and domestic hot water tank. This chapter contains the following wiring diagrams: Topic See page 6.2 Wiring Diagram for EKHBH(X)06AAV 86 6. Wiring Diagram for EKHBH(X)06ABV 88 6. Wiring Diagram for EKHBH(X)06AA6V 90 6. Wiring Diagram for EKHBH(X)06AB6V 92 6.6 Wiring Diagram for EKHBH(X)06AA6T/9T 9 6.7 Wiring Diagram for EKHBH(X)06AB6T/9T 96 6.8 Wiring Diagram for EKHBH(X)06AA6WN/9WN 98 6.9 Wiring Diagram for EKHBH(X)06AB6WN/9WN 00 6.0 Wiring Diagram for ERHQ0~06AAV* 02 6. Wiring Diagram for ERHQ0~06AAW* 0 6.2 Wiring Diagram for EKSWW0~00V/Z2 06 6. Wiring Diagram for EKHWS0~00*V/Z2 & EKHWSU0~00*V 08 6. Wiring Diagram for EKSWWU0~00V 0 6. Wiring Diagram for EKHWE0~00*V/Z2 2 6.6 Wiring Diagram for EKRTR / EKRTW Part System Outline 8
Wiring Diagrams ESIE08-0 6.2 Wiring Diagram for EKHBH(X)06AAV Wiring diagram The illustration below shows the wiring diagram of the unit. DHW tank only for EKSWW*V option See Note 7 For EKSWWU*V option POWER SUPPLY 20V N~0Hz >> SEE NOTE 2 << OUTDOOR UNIT AP only for EKSWW option WHT/BLU WHT/ORG BLU BRN VIO only for EKSWW option electric heater fuse FB 20A EKSWW kit fuse F2B 20A BLK WHT NO valve C/H NC valve thermostat on/off 20V AC supply from PCB spring return type wire type (SPST) heating cooling A2P user interface BRN BLK WHT BRN DHW tank only for EKSWW*V option See Note 7 For EKSWWU*V option BRN BLU GRY BRN BLK BRN BLK BRN BLK BRN BLK BRN BLK PNK BRN BLU WHT/BLK WHT/BRN WHT/VIO WHT/GRN WHT/BLK WHT/RED YLW ORG GRN WHT WHT/RED AP 86 Part System Outline
ESIE08-0 Wiring Diagrams Legend AP Main PCB MP Pump A2P User interface PCB M2S 2-way valve for cooling mode AP Thermostat field supply (PC=power circuit) MS -way valve: floorheating/domestic hot water EH Backup heater element (kw) QL Thermal protector backup heater EH Booster heater (kw) Q2L Thermal protector booster heater FB Fuse backup heater QDI Earth leakage protector F2B Fuse booster heater RT (AP) Outlet water heat exchanger thermistor FT Thermal fuse backup heater R2T Outlet water backup heater thermistor FU Fuse.A T 20 V for PCB RT Refrigerant liquid side thermistor FU2 Fuse A T 20V for pump RT Inlet water thermistor KM Contactor backup heater RT Domestic hot water thermistor KM Contactor booster heater SL Flowswitch KM Pump relay TR Transformer 2 V for PCB KM Contactor for backup heater all pole disconnection XM-XM Terminal strips VS, V2S Spark suppression, 2 Notes This wiring diagram only applies to the hydro-box 2 Use one and same dedicated power supply for hydro-box, outdoor unit and EKSWW option. NO/ Field wiring Normal open / Normal closed NC SPS T Single pole single throw Terminal strip Connector Terminal Protective earth Do not operate the unit by short-circuiting any protection device. 6 BLK = Black, RED = Red; BLU = Blue, WHT = White, PNK = Pink, YLW = Yellow, BRN = Brown, GRY = Grey, GRN = Green, ORG = Orange, VIO = Violet 7 For EKSWWU*V, refer to option manual Symbols Wiring dependent on model Field wiring Option Field wiring PCB BRN Wire colour Part System Outline 87
Wiring Diagrams ESIE08-0 6. Wiring Diagram for EKHBH(X)06ABV Wiring diagram The illustration below shows the wiring diagram of the unit. X8A WHT BRN 2 /2 /22 Q2L K7M 9 WHT BRN 20 X2M 2 X2M X9M KM QL FU2 A2 A KM X2M FT X2M 2 domestic hot water tank X2M only for EKSOLHWAV option Solar pump connection only for *KHWE*V option See Note 9 KM WHT/ORG WHT/BLU only for *KHW(S/E)*V option See Note 7 For *KHWSU*V option X2A XA FU X9A X2A XA KR K2R KR KR X0A X7A X20A X6A XA XA X2A XA XA XA YLW BRN ORG YLW AP CN FuS FuR CN2 7 8 M WHT/RED WHT/BLK XM XA X6A X9A AP TR KPR KVR A2P P P2 RT R2T RT KCR 2 2 6 M M 7 M 2 2 2 BLU BRN VIO PNK WHT/VIO WHT/GRN WHT WHT/RED GRN BRN BLU WHT/BLK WHT/BRN SL 6 7 X2M 9 0 X2M VS A2 A2 A A M2S MS V2S KM KM KM K7M X2M AP 0 8 9 X2M X2M heating cooling ~ ~ 2 2 BRN BLU GRY L 6 6 BLK WHT Q2L EH X9M 2 2 Q2L MP EH SS SS XA N L L X7A X8A RT RT 2 2 W a M only for EKSOLHWAV option 2 only for *KHW* option spring return type C/H M2S MS 2 BRN BLK QDI FB KM L N 2 U R V S T BRN BLK U V KM R S T EH 2 2 W XM L N F2B U V KM R S T W BRN BLK BLK BRN XM POWER SUPPLY 20V N~0Hz >> SEE NOTE 2 << XM L OUTDOOR UNIT *HB(H/X)06*V N BRN BLK BLK BRN Alarm output Unit on/off output Solar input domestic hot water tank only for *KHWS*V option See Note 7 For *KHWSU*V option domestic hot water tank only for *KHWE*V option only for EKRPHB option See Note 8 NO valve user interface only for *KHW* option 2 20V AC supply from PCB 2 t electric heater fuse FB 20A t t t thermostat t PC *KHW* kit fuse F2B 20A on/off wire type NC valve (SPST) ON OFF t PHC YC Y Y2 Y Y 88 Part System Outline
ESIE08-0 Wiring Diagrams Legend AP Main PCB M2S 2-way valve for cooling mode A2P User interface PCB MS -way valve: floorheating/domestic hot water AP Thermostat (PC=power circuit) PHC Optocoupler input circuit AP Solar/remote alarm PCB QL Thermal protector backup heater EH Backup heater element Q2L Thermal protector booster heater EH Booster heater (kw) QDI Earth leakage protector FB Fuse backup heater RT Outlet water heat exchanger thermistor F2B Fuse booster heater R2T Outlet water backup heater thermistor FT Thermal fuse backup heater RT Refrigerant liquid side thermistor FU Fuse.A T 20 V for PCB RT Inlet water thermistor FU2 Fuse A T 20V RT Domestic hot water thermistor FuS, FuR Fuse A 20V for solar/remote alarm PCB SL Flowswitch KM Contactor backup heater step SS Solar pumpstation relay KM Contactor booster heater SS Dip switch KM Pump relay TR Transformer 2 V for PCB KM Contactor for backup heater all pole disconnection XM-X9M Terminal strips K7M Relay for solar pump VS, V2S Spark suppression, 2 MP Pump Notes This wiring diagram only applies to the hydro-box 2 Use one and same dedicated power supply for hydro-box, outdoor unit and EKSWW option. NO/ Field wiring Normal open / Normal closed NC SPS T Single pole single throw Terminal strip Connector Terminal Do not operate the unit by short-circuiting any protection device. Protective earth 6 BLK = Black, RED = Red; BLU = Blue, WHT = White, PNK = Pink, YLW = Yellow, BRN = Brown, GRY = Grey, GRN = Green, ORG = Orange, VIO = Violet 7 For EKSWWU*V, refer to option manual Symbols Wiring dependent on model Field wiring Option Field wiring PCB BRN Wire colour Part System Outline 89
Wiring Diagrams ESIE08-0 6. Wiring Diagram for EKHBH(X)06AA6V Wiring diagram The illustration below shows the wiring diagram of the unit. DHW tank only for EKSWW*V option See Note 7 For EKSWWU*V option POWER SUPPLY 20V N~0Hz >> SEE NOTE 2 << OUTDOOR UNIT AP only for EKSWW option WHT/BLU WHT/ORG BLU BRN VIO PNK only for EKSWW option electric heater fuse FB 2A EKSWW kit fuse F2B 20A BLK WHT spring return type wire type (SPST) C/H thermostat on/off 20V AC supply from PCB NO valve NC valve heating cooling A2P user interface AP BRN BLK WHT BRN DHW tank only for EKSWW*V option See Note 7 For EKSWWU*V option BRN BLU GRY BRN BLK BRN BLK BRN BLK BRN BLK BRN BLK BRN BLK BRN BLU WHT/BLK WHT/BRN WHT/BLK ORG RED WHT YLW WHT/RED WHT/VIO WHT/GRN GRN WHT WHT/RED 90 Part System Outline
ESIE08-0 Wiring Diagrams Legend AP Main PCB MP Pump A2P User interface PCB M2S 2-way valve for cooling mode AP Thermostat field supply (PC=power circuit) MS -way valve: floorheating/domestic hot water EH Backup heater element (kw) QL Thermal protector backup heater E2H Backup heater element 2 (kw) Q2L Thermal protector booster heater EH Booster heater (kw) QDI Earth leakage protector FB Fuse backup heater RT (AP) Outlet water heat exchanger thermistor F2B Fuse booster heater R2T Outlet water backup heater thermistor FT Thermal fuse backup heater RT Refrigerant liquid side thermistor FU Fuse.A T 20 V for PCB RT Inlet water thermistor FU2 Fuse A T 20V for pump RT Domestic hot water thermistor KM/K2M Contactor backup heater step /2 SL Flowswitch KM Contactor booster heater TR Transformer 2 V for PCB KM Pump relay XM-XM Terminal strips KM Contactor for backup heater all pole disconnection VS, V2S Spark suppression, 2 Notes This wiring diagram only applies to the hydro-box 2 Use one and same dedicated power supply for hydro-box, outdoor unit and EKSWW option. NO/ Field wiring Normal open / Normal closed NC SPS T Single pole single throw Terminal strip Connector Terminal Do not operate the unit by short-circuiting any protection device. Protective earth 6 BLK = Black, RED = Red; BLU = Blue, WHT = White, PNK = Pink, YLW = Yellow, BRN = Brown, GRY = Grey, GRN = Green, ORG = Orange, VIO = Violet 7 For EKSWWU*V, refer to option manual Symbols Wiring dependent on model Field wiring Option Field wiring PCB BRN Wire colour Part System Outline 9
Wiring Diagrams ESIE08-0 6. Wiring Diagram for EKHBH(X)06AB6V Wiring diagram The illustration below shows the wiring diagram of the unit. domestic hot water tank Q2L /2 9 Solar pump connection /22 20 X2M only for See Note 9 X9M *KHWE*V option X2M WHT/ORG WHT/BLU XM L N F2B U V KM R S T Q2L EH X9M 2 2 Q2L EH 2 2 2 W BRN BLK BLK BRN BRN BLK BLK BRN QDI XM XM FB KM L N 2 U R V S W KM T BLK BRN U V KM R S T EH L N W 6 2 K2M E2H CN CN2 XA ON OFF 6 6 SS X0A SS N L L L X7A RT X8A RT U R V S W T 2 2 2 WHT BLK 2 BRN BLU GRY XA RT X6A R2T XA X9A X2A RT KPR XA 2 KVR K2R KR KR X6A XA XA X2A XA XA XA 2 VIO PNK WHT/GRN WHT/VIO SL 9 0 KM KM K2M KM K7M FU KCR X20A X7A GRN WHT WHT/RED WHT/BRN WHT/BLK BLU BRN X9A AP A2P P P2 X8A WHT BRN X2A only for *KHW(S/E)*V option 6 TR M M KR 7 M 2 2 2 BRN BLU WHT/RED WHT/BLK X2M X2M VS M2S V2S a 2 heating cooling ~ ~ XM 8 BLK BRN BRN BLK M WHT RED ORG YLW FuS AP FuR 2 YLW BRN A2 A2 A2 A A A domestic hot water tank only for *KHWS*V option MS See Note 7 For *KHWSU*V option domestic hot water tank 8 9 0 X2M AP X2M 6 7 C/H M2S thermostat PC MS 7 X2M only for *KHWE*V option POWER SUPPLY 20V N~0Hz >> SEE NOTE 2 << OUTDOOR UNIT FU2 PHC electric heater fuse FB 2A *KHW* kit fuse wire type F2B 20A (SPST) YC Y Y2 Y Y A2 MP K7M WHT only for EKSOLHWAV option BRN 2 X2M QL KM X2M FT X2M A 2 KM *HB(H/X)06*6V M Alarm output Unit on/off output Solar input only for EKRPHB option See Note 8 user interface only for *KHW* option See Note 7 For *KHWSU*V option 2 spring return type only for *KHW* only for option EKSOLHWAV option NO valve 20V AC supply from PCB 2 t t t t t t NC valve on/off 92 Part System Outline
ESIE08-0 Wiring Diagrams Legend AP Main PCB M2S 2-way valve for cooling mode A2P User interface PCB MS -way valve: floorheating/domestic hot water AP Thermostat (PC=power circuit) PHC Optocoupler input circuit AP Solar/remote alarm PCB QL Thermal protector backup heater EH-E2H Backup heater element -2 Q2L Thermal protector booster heater EH Booster heater (kw) QDI Earth leakage protector FB Fuse backup heater RT Outlet water heat exchanger thermistor F2B Fuse booster heater R2T Outlet water backup heater thermistor FT Thermal fuse backup heater RT Refrigerant liquid side thermistor FU Fuse.A T 20 V for PCB RT Inlet water thermistor FU2 Fuse A T 20V for pump RT Domestic hot water thermistor FuS, FuR Fuse A 20V for solar/remote alarm PCB SL Flowswitch KM/K2M Contactor backup heater step /2 SS Solar pumpstation relay KM Contactor booster heater SS Dip switch KM Pump relay TR Transformer 2 V for PCB KM Contactor for backup heater all pole disconnection XM-X9M Terminal strips K7M Relay for solar pump VS, V2S Spark suppression, 2 MP Pump Notes This wiring diagram only applies to the hydro-box 2 Use one and same dedicated power supply for hydro-box, outdoor unit and EKSWW option. NO/ Field wiring Normal open / Normal closed NC SPS T Single pole single throw Terminal strip Connector Terminal Do not operate the unit by short-circuiting any protection device. Protective earth 6 BLK = Black, RED = Red; BLU = Blue, WHT = White, PNK = Pink, YLW = Yellow, BRN = Brown, GRY = Grey, GRN = Green, ORG = Orange, VIO = Violet 7 For EKSWWU*V, refer to option manual Symbols Wiring dependent on model Field wiring Option Field wiring PCB BRN Wire colour Part System Outline 9
Wiring Diagrams ESIE08-0 6.6 Wiring Diagram for EKHBH(X)06AA6T/9T Wiring diagram The illustration below shows the wiring diagram of the unit. DHW tank only for EKSWW*V option See Note 7 For EKSWWU*V option POWER SUPPLY ~20V 0Hz >> SEE NOTE 2 << OUTDOOR UNIT AP only for EKSWW option WHT/BLU WHT/ORG BLU BRN VIO PNK only for EKSWW option electric heater fuse model 6T 9T FB 20A 2A EKSWW kit fuse F2B 20A spring return type NO valve wire type (SPST) C/H thermostat on/off 20V AC supply from PCB NC valve heating cooling A2P user interface BRN BLK WHT BRN BLK WHT GRY only for EKSWW*V option See Note 7 For EKSWWU*V option DHW tank BRN BLU GRY BRN BLK BRN BLK BRN BLK BRN BLK GRY BRN BLK GRY BRN BLK GRY BRN BLU WHT/BLK WHT/BRN WHT/BLK ORG YLW RED WHT WHT/RED WHT/VIO WHT/GRN GRN WHT WHT/RED AP 9 Part System Outline
ESIE08-0 Wiring Diagrams Legend AP Main PCB MP Pump A2P User interface PCB M2S 2-way valve for cooling mode AP Thermostat field supply (PC=power circuit) MS -way valve: floorheating/domestic hot water EH Backup heater element (6T: 2kW / 9T: kw) QL Thermal protector backup heater E2H Backup heater element 2 (6T: 2kW / 9T: kw) Q2L Thermal protector booster heater EH Backup heater element (6T: 2kW / 9T: kw) QDI Earth leakage protector EH Booster heater (kw) RT (AP) Outlet water heat exchanger thermistor FB Fuse backup heater R2T Outlet water backup heater thermistor F2B Fuse booster heater RT Refrigerant liquid side thermistor FT Thermal fuse backup heater RT Inlet water thermistor FU Fuse.A T 20 V for PCB RT Domestic hot water thermistor FU2 Fuse A T 20V for pump SL Flowswitch KM/K2M Contactor backup heater step /2 TR Transformer 2 V for PCB KM Contactor booster heater XM-XM Terminal strips KM Pump relay VS, V2S Spark suppression, 2 KM Notes Contactor for backup heater all pole disconnection This wiring diagram only applies to the hydro-box 2 Use one and same dedicated power supply for hydro-box, outdoor unit and EKSWW option. SPS T Field wiring Single pole single throw NO/ NC Terminal strip Connector Normal open / Normal closed Terminal Protective earth Do not operate the unit by short-circuiting any protection device. 6 BLK = Black, RED = Red; BLU = Blue, WHT = White, PNK = Pink, YLW = Yellow, BRN = Brown, GRY = Grey, GRN = Green, ORG = Orange, VIO = Violet 7 For EKSWWU*V, refer to option manual Symbols Wiring dependent on model Field wiring Option Field wiring PCB BRN Wire colour Part System Outline 9
Wiring Diagrams ESIE08-0 6.7 Wiring Diagram for EKHBH(X)06AB6T/9T Wiring diagram The illustration below shows the wiring diagram of the unit. domestic hot water tank Q2L /2 9 Solar pump connection /22 20 X2M See Note 9 only for X9M *KHWE*V option KM WHT/ORG WHT/BLU MP X2A KM KM K2M KM K7M electric heater fuse model 6T 9T FB 20A 2A 2 FU2 CN CN2 XA ON SS OFF 6 6 X0A SS N L L L A2 X7A RT X8A RT 2 M 2 2 WHT BLK 2 BRN BLU GRY XA RT XA X6A X2A R2T X9A RT XA TR KPR 2 KVR KR K2R KR KR X6A XA XA X2A XA XA XA 2 VIO PNK WHT/GRN WHT/VIO SL 9 0 *KHW* kit fuse wire type F2B 20A (SPST) K7M BRN WHT X2M 2 QL KM X2M FT X2M A 2 KM FU KCR X20A X7A GRN WHT WHT/RED WHT/BRN WHT/BLK BLU BRN X9A AP A2P P P2 X8A WHT BRN 6 M M 7 M 2 2 2 BLU BRN WHT/RED WHT/BLK FuS XM AP FuR 8 M 2 YLW BRN WHT RED ORG YLW POWER SUPPLY ~20V 0Hz X2M >> SEE NOTE 2 << KM K2M X2M 2 a NO valve 20V AC supply from PCB AP X2M 6 7 L L2 L QDI 2 MS L L2 L L2 L 8 9 0 XM XM L L2 L L2 L F2B X2M VS M2S V2S M2S FB 2 6 U V W U V W KM KM R S T R S T XM X2M MS 7 W Q2L EH See Note 7 EH EH For *KHWSU*V option E2H X9M 2 A2 A2 A2 A A A 2 Q2L EH KM U V W R S T K2M PHC YC Y Y2 Y Y *HB(H/X)06*(6/9)T 2 2 2 U R V S T 2 6 BRN BLK GRY BRN BLK GRY BLK BRN BRN BLK BRN BLK BRN BRN BLK BLK GRY GRY domestic hot water tank only for *KHWS*V option domestic hot water tank only for *KHWE*V option OUTDOOR UNIT user interface only for *KHW* option 2 2 t only for *KHW(S/E)*V option X2M See Note 7 For *KHWSU*V option t spring return type only for EKSOLHWAV option only for *KHW* option t t t t only for EKSOLHWAV option thermostat heating cooling ~ ~ C/H PC on/off NC valve Alarm output Unit on/off output Solar input only for EKRPHB option See Note 8 96 Part System Outline
ESIE08-0 Wiring Diagrams Legend AP Main PCB MP pump A2P User interface PCB M2S 2-way valve for cooling mode AP Thermostat (PC=power circuit) MS -way valve: floorheating/domestic hot water AP Solar/remote alarm PCB PHC Optocoupler input circuit EH-EH Backup heater element - QL Thermal protector backup heater EH Booster heater (kw) Q2L/QL Thermal protector /2 booster heater FB Fuse backup heater QDI Earth leakage protector F2B Fuse booster heater RT Outlet water heat exchanger thermistor FT Thermal fuse backup heater R2T Outlet water backup heater thermistor FU Fuse.A T 20 V for PCB RT Refrigerant liquid side thermistor FU2 Fuse A T 20V for pump RT Inlet water thermistor FuS, FuR Fuse A 20V for solar/remote alarm PCB RT Domestic hot water thermistor KM/K2M Contactor backup heater step /2 SL Flowswitch KM Contactor booster heater SS Solar pumpstation relay KM Pump relay SS Dip switch KM Contactor for backup heater all pole disconnection XM-X9M Terminal strips K7M Relay for solar pump VS, V2S Spark suppression, 2 Notes This wiring diagram only applies to the hydro-box 2 Use one and same dedicated power supply for hydro-box, outdoor unit and EKSWW option. NO/ Field wiring Normal open / Normal closed NC SPS T Single pole single throw Terminal strip Connector Terminal Protective earth Do not operate the unit by short-circuiting any protection device. 6 BLK = Black, RED = Red; BLU = Blue, WHT = White, PNK = Pink, YLW = Yellow, BRN = Brown, GRY = Grey, GRN = Green, ORG = Orange, VIO = Violet 7 For EKSWWU*V, refer to option manual Symbols Wiring dependent on model Field wiring Option Field wiring PCB BRN Wire colour Part System Outline 97
Wiring Diagrams ESIE08-0 6.8 Wiring Diagram for EKHBH(X)06AA6WN/9WN Wiring diagram The illustration below shows the wiring diagram of the unit. DHW tank only for EKSWW*V option See Note 7 For EKSWWU*V option POWER SUPPLY ~(/N)~00(/20V) 0Hz >> SEE NOTE 2 << only for EKSWW option WHT/BLU WHT/ORG BRN BLU PNK VIO WHT only for EKSWW option electric heater fuse model 6WN 9WN FB 6A 20A EKSWW kit fuse F2B 20A WHT/RED WHT/BLK WHT/VIO WHT/GRN BLK WHT spring return type wire type (SPST) OUTDOOR UNIT BRN AP WHT BRN A2P user interface NO valve 20V AC supply from PCB heating cooling C/H thermostat NC valve on/off BRN BLK BRN BLK BRN BLK BRN BLK BRN BLK BRN BLK BRN BLK GRY BRN BLK GRY BRN BLK GRY BRN BLK GRY YLW ORG BLK GRY RED GRN WHT WHT/RED BRN BLU WHT/BLK WHT/BRN AP DHW tank DHW tank only for EKSWW*V option only for EKSWW*Z2 option See Note 7 For EKSWWU*V option 98 Part System Outline
ESIE08-0 Wiring Diagrams Legend AP Main PCB KM Contactor for backup heater all pole A2P User interface PCB disconnection AP Thermostat field supply (PC=power circuit) MP Pump EH E2H EH Backup heater element (6WN: 2kW / 9WN: kw) Backup heater element 2 (6WN: 2kW / 9WN: kw) Backup heater element (6WN: 2kW / 9WN: kw) M2S MS QL Q2L QDI RT (AP) 2-way valve for cooling mode -way valve: floorheating/domestic hot water Thermal protector backup heater Thermal protector booster heater Earth leakage protector Outlet water heat exchanger thermistor EH Booster heater (kw) R2T Outlet water backup heater thermistor FB Fuse backup heater RT Refrigerant liquid side thermistor F2B Fuse booster heater RT Inlet water thermistor FT Thermal fuse backup heater RT Domestic hot water thermistor FU Fuse.A T 20 V for PCB SL Flowswitch FU2 Fuse A T 20V for pump TR Transformer 2 V for PCB KM/K2M Contactor backup heater step /2 XM-XM Terminal strips KM Contactor booster heater VS, V2S Spark suppression, 2 KM Pump relay Notes This wiring diagram only applies to the hydro-box 2 Use one and same dedicated power supply for hydro-box, outdoor unit and EKSWW option. NO/ Field wiring Normal open / Normal closed NC SPS T Single pole single throw Terminal strip Connector Terminal Protective earth Do not operate the unit by short-circuiting any protection device. 6 BLK = Black, RED = Red; BLU = Blue, WHT = White, PNK = Pink, YLW = Yellow, BRN = Brown, GRY = Grey, GRN = Green, ORG = Orange, VIO = Violet 7 For EKSWWU*V, refer to option manual Symbols Wiring dependent on model Field wiring Option Field wiring PCB BRN Wire colour Part System Outline 99
Wiring Diagrams ESIE08-0 6.9 Wiring Diagram for EKHBH(X)06AB6WN/9WN Wiring diagram The illustration below shows the wiring diagram of the unit. *HB(H/X)06*(6/9)WN L BRN BRN BLK BLK BRN BLK GRY F2B KM U V W R S T XM XM Q2L Q2L EH X9M 2 X9M 2 2 Q2L Q2L EH EH 2 2 N 2 X8A 2 BLK BRN BRN BLK EH N 2 6 BRN GRY L L2 L L2 L GRY BLK BRN BRN BLK BLK BRN BLK L L2 L QDI XM N L L L2 L L2 XM XM L 2 2 F2B FB KM W KM W 2 U V W KM W R S T K2M WHT BRN U R V KR K2R KR KR X8A X9A X0A X7A X20A X6A XA XA X2A XA XA XA S T U R V S T 6 U AP R V S T 2 YLW BRN WHT RED ORG YLW AP CN FuS FuR CN2 X2A 7 XA 8 FU X9A M WHT/RED WHT/BLK XM A2P P P2 RT X2A XA TR R2T KPR RT QL / /2 domestic hot water tank /2 Q2L domestic hot water tank 2 K7M 9 KVR WHT BRN KM /22 Solar pump connection 6 20 X2M only for EKSOLHWAV option X2M 2 M M KCR 7 X9M M 2 2 2 XA X6A 2 BLU BRN VIO PNK WHT/VIO WHT/GRN WHT WHT/RED GRN BRN BLU WHT/BLK WHT/BRN SL 6 7 X2M 9 0 X2M KM K2M 2 2 VS A2 A2 A2 A A A M2S MS V2S KM KM K2M KM K7M X2M AP 0 8 9 X2M X2M BRN BLK GRY heating cooling ~ ~ 2 2 BRN BLU GRY L 6 6 BLK WHT 2 2 22 SS C/H M2S MS SS N L L RT RT XA X7A 2 M a 2 2 only for *KHWE*Z2 option X9M only for *KHWE*V option KM QL FU2 A2 A X2M FT X2M 2 KM MP electric heater fuse model 6WN 9WN FB 6A 20A *KHW* kit fuse wire type F2B 20A (SPST) See Note 9 only for *KHW(S/E)*Z2 option X2M WHT/BLU WHT/ORG POWER SUPPLY (/N)~00(/20V) 0Hz >> SEE NOTE 2 << domestic hot water tank domestic hot water tank only for *KHWS*V only for *KHWS*Z2 option option only for *KHW(S/E)*V option X2M See Note 7 For *KHWSU*V option See Note 7 EH EH For *KHWSU*V option E2H domestic hot domestic hot water tank water tank only for *KHWE*V only for *KHWE*Z2 option option OUTDOOR UNIT ON OFF PHC YC Y Y2 Y Y only for EKSOLHWAV option spring return type NO valve user interface only for *KHW* option 20V AC supply from PCB thermostat PC NC valve only for *KHW* option t t t t t t on/off 2 2 Alarm output Unit on/off output Solar input only for EKRPHB option See Note 8 00 Part System Outline
ESIE08-0 Wiring Diagrams Legend AP Main PCB M2S 2-way valve for cooling mode A2P User interface PCB MS -way valve: floorheating/domestic hot water AP Thermostat (PC=power circuit) PHC Optocoupler input circuit AP Solar/remote alarm PCB QL Thermal protector backup heater EH-EH Backup heater element - Q2L/QL Thermal protector /2 booster heater EH Booster heater (kw) QDI Earth leakage protector FB Fuse backup heater RT Outlet water heat exchanger thermistor F2B Fuse booster heater R2T Outlet water backup heater thermistor FT Thermal fuse backup heater RT Refrigerant liquid side thermistor FU Fuse.A T 20 V for PCB RT Inlet water thermistor FU2 Fuse A T 20V for pump RT Domestic hot water thermistor FuS, FuR Fuse A 20V for solar/remote alarm PCB SL Flowswitch KM/K2M Contactor backup heater step /2 SS Solar pumpstation relay KM Contactor booster heater SS Dip switch KM Pump relay TR Transformer 2 V for PCB KM Contactor for backup heater all pole disconnection XM-X9M Terminal strips K7M Relay for solar pump VS, V2S Spark suppression, 2 MP pump Notes This wiring diagram only applies to the hydro-box 2 Use one and same dedicated power supply for hydro-box, outdoor unit and EKSWW option. NO/ Field wiring Normal open / Normal closed NC SPS T Single pole single throw Terminal strip Connector Terminal Do not operate the unit by short-circuiting any protection device. Protective earth 6 BLK = Black, RED = Red; BLU = Blue, WHT = White, PNK = Pink, YLW = Yellow, BRN = Brown, GRY = Grey, GRN = Green, ORG = Orange, VIO = Violet 7 For EKSWWU*V, refer to option manual Symbols Wiring dependent on model Field wiring Option Field wiring PCB BRN Wire colour Part System Outline 0
Wiring Diagrams ESIE08-0 6.0 Wiring Diagram for ERHQ0~06AAV* Wiring diagram The illustration below shows the wiring diagram of the unit. OPTION EKBPHT6Y ONLY FOR *RHQ0*AAV(7) indoor A2P DS 2 X20A H2P HP H6P AP HP HP HP H7P ON OFF BS BS2 BS BS X809A XA X9A X6A X2A F7U EH F8U GRN/YLW BLU GRN N= Z2C BLK E NC + F6U X06A VR BLU ZC N=6 WHT M V E KR WHT X2A LC WHT ZC GRN NA ZF F7U EH F8U ZF PS R2 X7A R0T RT R2T RT RT RT R6T X2A XA XA X2A XA W M2F C X2A Z 2 F + N GRY LB RED R KR + C2 + U MC LF X80A ZF RED FU K0R HAP + C VR VT C W MS ~ SNPH L 2 KR LR X28A U NB NF BLU BLU SPH P> YS EHC t t t t t t FU XM V2R X80A ORG N X07A YE L + - - N~0Hz 20V U QDI W AP WHT AP POSITION OF COMPRESSOR TERMINAL WIRE ENTRANCE RED LA FU MS ~ N=2 LE RED RED LD HAP XM N MF + MS ~ RC AP (BACK) TC ONLY FOR *RHQ0*AAV8 outdoor (NOTE ) LR A2P AP C AP XM (FRONT) EL.COMPO.ASSY (POSITION OF ELEMENTS) V V - t P t t 02 Part System Outline
ESIE08-0 Wiring Diagrams Legend AP Printed circuit board (main) PS Switching power supply A2P Printed circuit board (inverter) QDI Field earth leakage breaker (00mA) AP Printed circuit board (noise filter) R Resistor AP Printed circuit board R2 Resistor BS~BS Push button switch RT Thermistor (air) C~C Capacitor R2T Thermistor (discharge) DS Dip switch RT Thermistor (suction) EH Bottomplate heater RT Thermistor (heat exchanger) EHC Crankcase heater RT Thermistor (heat exchanger middle) FU, FU, FU Fuse (T 6.A / 20V) R6T Thermistor (liquid) F6U Fuse (T.0A / 20V) RC Signal receiver circuit F7U, F8U Fuse (F.0A / 20V) R0T Thermistor (fin) HP~7P (A2P) Light emitting diode (serv. monitor-orange) SNPH Pressure sensor [H2P] prepare test - - - - - - - - - - - flickering SPH Pressure switch (high) [H2P] malfunction detection - - - - light up TC Signal transmission circuit HAP (AP) Light emitting diode (service monitor-green) VR Power module KR Magnetic relay (YS) V2R, VR Diode module KR Magnetic relay (EHC) VT IGBT K0R Magnetic relay XM Terminal strip (power supply) KR Magnetic relay YE Electronic expansion valve LR Reactor YS Solenoid valve ( way valve) MC Motor (compressor) ZC~ZC Noise filter (ferrity core) MF Motor (fan - upper) ZF~ZF Noise filter M2F Motor (fan - lower) Notes This wiring diagram only applies to the outdoor unit. 2 L Live N Neutral Field wiring Terminal strip Connector Terminal Connection Protective earth (screw) Noiseless earth Relay connector Refer to the option manual for connecting wiring to X6A. Refer to the wiring diagram sticker (on back of front plate) on how to use BS~BS and DS switch. 6 Do not operate the unit by short-circuiting protection device SPH. 7 Colours: BLU = Blue, BRN = Brown, GRN = Green, RED = Red, WHT = White, YLW = Yellow, ORG = Orange, BLK = Black 8 Confirm the method of setting the selector switches (DS) by service manual. Factory setting of all switches: OFF. 9 Option Wiring dependent on model Part System Outline 0
Wiring Diagrams ESIE08-0 6. Wiring Diagram for ERHQ0~06AAW* Wiring diagram The illustration below shows the wiring diagram of the unit. OPTION EKBPHT6Y ONLY FOR *RHQ0*AAW EH F8U F9U RT R2T RT RT RT R6T t t t t t t XA X2A XA FU KR K2R KR YS YS XA X2A X27A X28A H2P HP H6P HAP HP HP HP H7P DS ON BS2 BS BS OFF BS X0A HAP P< X2A SPH N= F8U F9U LR Z6C Z2C N L2 L XM L2A LA L2A RED WHT ZC N=2 AP LB N= RED XA VR U MC BLK GRN /YLW GRN BLK E RED YE M + F6U NA ZF U + V + + + X0A WHT BLK X09A Z2F FU NA XA X9A BLU ZC N=2 LB NB L2B LR LA BLK L2B ZF L22B X08A X9A R2 PS VR F7U N= N=6 RED WHT BLK M2F MS ~ ~ - FU X07A X7A F2U L2A KM Z7C Z8C X06A Z9C X6A W MS MF MS ~ L2R LR LR EHC X6A - C A2P V2R X77A - W X06A X07A POWER SUPPLY N~ 00V N 0Hz L L2 L QDI REACTOR TERMINAL POSITION L2R AP A2P AP A B LR LR ZC N=2 R7T COMPRESSOR TERMINAL POSITION W AP LA LA BLK RED HAP WHT N= L2B RED WHT REACTOR BOX indoor WHT ZF FU X8A KR C X2A SNPH L X7A XM L22A L2A R C2 K2M XM ZC N= NOTE. NOTE. X80A outdoor EH U V BLU ONLY FOR *RHQ0*AAW8 t + V E t FRONT ARROW A ARROW B EL.COMPO.ASSY 2 t 2 BLK WHT WHT BLK RED RED L22A L22B L2A L2B L2B L2A 0 Part System Outline
ESIE08-0 Wiring Diagrams Legend AP Printed circuit board M2F Motor (fan - lower) A2P Printed circuit board (inverter) PS Switching power supply AP Printed circuit board (noise filter) R~R Resistor BS~BS Push button switch RT Thermistor (air) C~C Capacitor R2T Thermistor (discharge) DS Dip switch RT Thermistor (suction) EHC Crankcase heater RT Thermistor (heat exchanger) EH Bottomplate heater RT Thermistor (heat exchanger middle) FU, F2U Fuse (.A, 20V) R6T Thermistor (liquid) FU~F6U Fuse (T 6.A / 20V) R7T Thermistor (fin) F7U Fuse (T.0A / 20V) SNPH Pressure sensor F8U, F9U Fuse (T.0A / 20V) SPH Pressure switch (high) HAP (AP) Pilot lamp (service monitor-green) VR, V2R Power module HAP (A2P) Pilot lamp (service monitor-green) VR Diode module HP~7P (AP) Pilot lamp (service monitor-orange) XM Terminal strip (power supply) KM - K2M Magnetic contactor YE Electronic expansion valve KR (AP) Magnetic relay (YS) YS Solenoid valve ( way valve) KR (A2P) Magnetic relay YS Solenoid valve K2R (AP) Magnetic relay (Y2S) ZC~Z9C Noise filter KR (AP) Magnetic relay (EHC) ZF~ZF Noise filter LR~LR Reactor QDI Earth Leakage protector LR Reactor (for outdoor fan motor) Optional connector MC Motor (compressor) X6A connector MF Motor (fan - upper) X77A connector Notes This wiring diagram only applies to the outdoor unit. 2 L Live N Neutral Field wiring Terminal strip Connector Terminal Connection Protective earth (screw) Noiseless earth Relay connector Refer to the option manual for connecting wiring to X6A and X77A. Refer to the wiring diagram sticker (on back of front plate) on how to use BS~BS and DS switch. 6 Do not operate the unit by short-circuiting protection device SPH. 7 Colours: BLU = Blue, BRN = Brown, GRN = Green, RED = Red, WHT = White, YLW = Yellow, ORG = Orange, BLK = Black 8 Confirm the method of setting the selector switches (DS) by service manual. Factory setting of all switches: OFF. 9 Option Wiring dependent on model Part System Outline 0
Wiring Diagrams ESIE08-0 6.2 Wiring Diagram for EKSWW0~00V/Z2 Wiring diagram The illustration below shows the wiring diagram of the domestic hot water tank. EKHB SWB 7 8 2 22 YLW/GRN BRN BRN RESET 2 BLK Q2L 2 00V 20V EH 06 Part System Outline
ESIE08-0 Wiring Diagrams Legend EH Q2L Booster heater Thermostat protector booster heater Notes This wiring diagram applies to the EKSWW option. 2 Field wiring Protective earth (screw) Terminal strip BLK = Black, YLW = Yellow, BRN = Brown, GRN = Green Please refer to the EKSWW**0V/Z2 option manual for more installation details. Part System Outline 07
Wiring Diagrams ESIE08-0 6. Wiring Diagram for EKHWS0~00*V/Z2 & EKHWSU0~00*V Wiring diagram The illustration below shows the wiring diagram of the domestic hot water tank. EKHWS*B*V SWITCHBOX EKHWS*B*Z2 SWITCHBOX X7M EKSOLHWAV EKUHW2WB YS F2U N F2B U V W KM R S T EKHBH/X* SWITCHBOX 2 L BRN BLK BRN BLK EKSOLHWAV WITH EKHWS*B*V EKSOLHWAV WITH EKHWSU*B*V BRN YLW/GRN EKHWSU*B*V SWITCHBOX X2M EKHBH/X* SWITCHBOX 9 20 M X8M BRN BRN EKSOLHWAV YLW/GRN BRN 2 YLW/GRN Q2T 2 Q2L EKHBH/X* SWITCHBOX EKSOLHWAV WITH EKHWS*Z2 BRN BRN BLK Q2L EH BRN Q2L 2 2 BLU BRN YLW/GRN QL 2 2 X6M XM X2M X2M EKHBH/X* SWITCHBOX 2 9 20 M 2 2 X8M BLU BRN YLW/GRN BRN QL Q2L BLK EH BRN QL M 2 2 2 2 2 2 BRN BRN YLW/GRN EKSOLHWAV EKHBH/X* SWITCHBOX 2 BLU BRN YLW/GRN X2M 9 20 X2M X6M XM BLK XM 2 BLU YLW/GRN X2M 2 BLK BRN X8M QL QT BRN BRN BRN YLW/GRN XM 2 Q2L X6M QL EH BRN BRN YLW/GRN 08 Part System Outline
ESIE08-0 Wiring Diagrams Legend EH F2B F2U KM L N Q2L Q2T QL QT X2M~XM XM~X8M YS Booster heater Fuse booster heater Fuse A / 20V Contactor booster heater Line Neutral Thermal protector domestic hot water tank Thermostat protector domestic hot water tank Thermal protector 2 domestic hot water tank Thermostat protector 2 domestic hot water tank Terminal strip Terminal block Solenoid valve Notes Field wiring Protective earth Terminal strip Field wiring BRN Wire colour 2 BLK = Black, YLW = Yellow, BRN = Brown, GRN = Green, RED = Red, BLU = Blue, WHT = White, PNK = Pink, VIO = Violet, GRY = Grey, ORG = Orange For more installation details, please refer to the relevant installation manual. Part System Outline 09
Wiring Diagrams ESIE08-0 6. Wiring Diagram for EKSWWU0~00V Wiring diagram The illustration below shows the wiring diagram of the domestic hot water tank. SOLENOID VALVE YS QT QL XM BRN 2 2 YLW/GRN EKHBH/X00/6/7 SWITCHBOX L N F2B BRN BLK X7M F2U R S U V W BRN 2 22 7 BLK T KM 8 XM BRN Q2L Q2L 2 EH BLK QL BRN BLK YLW/GRN X6M 0 Part System Outline
ESIE08-0 Wiring Diagrams Legend EH F2B F2U KM L N QT Q2L QL XM XM~X7M YS Booster heater Fuse booster heater Fude A/20V Contactor booster heater Line Neutral Thermostat domestic hot water tank Thermostat protector booster heater Thermostat protector domestic hot water tank Terminal block Terminal block Solenoid valve Notes This wiring diagram applies to the EKSWWU option. 2 Field wiring Protective earth (screw) Terminal strip BLK = Black, RED = Red, BLU = Blue, WHT = White, PNK = Pink, YLW = Yellow, BRN = Brown, GRY = Grey, GRN = Green, ORG = Orange, VIO = Violet Please refer to the EKSWWU**0V option manual for more installation details. Part System Outline
R V S T 2 2 2 M 2 Wiring Diagrams ESIE08-0 6. Wiring Diagram for EKHWE0~00*V/Z2 Wiring diagram The illustration below shows the wiring diagram of the domestic hot water tank. *KHWE*00AZ2 WATER TANK SWITCHBOX SETPOINT Q2L & QL: 89 C X0M X9M 2 9 Q2L 20 P 2 2 22 P2 2 QL 22 2 2 EH 00V~ YLW/GRN BLU BRN SOLAR PUMP EKSOLHWAV (OPTION) X2M 9 20 *KHBH/X* SWITCHBOX *KHBH/X* SWITCHBOX *KHWE**0AV WATER TANK SWITCHBOX N XM L L2 XM L SETPOINT Q2L: 89 C 2 X0M X9M F2B F2B 2 9 20 P Q2L BRN BLK P2 BRN BLK 2 22 2 W U V W KM KM EH 20V~ R S T U BRN BLK BRN BLK X2M 2 XM 20 9 X2M X2M XM YLW/GRN M BLU BRN SOLAR PUMP EKSOLHWAV (OPTION) 2 Part System Outline
ESIE08-0 Wiring Diagrams Legend EH F2B KM L N Q2L QL X2M~XM X9M~X0M Booster heater Fuse booster heater Contactor booster heater Line Neutral Thermal protector Booster heater Thermal protector Hotwater tank Terminal block Terminal block Notes Field wiring Protective earth Terminal strip Field wiring BRN Wire colour 2 BLK = Black, RED = Red, BLU = Blue, WHT = White, PNK = Pink, YLW = Yellow, BRN = Brown, GRY = Grey, GRN = Green, ORG = Orange, VIO = Violet Please refer to the *KHWE* manual for more installation details. Part System Outline
Wiring Diagrams ESIE08-0 6.6 Wiring Diagram for EKRTR / EKRTW Wiring diagram The illustration below shows the wiring diagram of the EKRTR / EKRTW. X2M 2 a 8 H C L N AP only for EKRTW option XM C COM H t RT X2M 2 a 8 only for H C L N EKRTR option XM H C COM X2M L N PC AP only for EKRTETS option AP R2T t RT XM t %H2O RH Part System Outline
ESIE08-0 Wiring Diagrams Legend AP AP RH RT R2T XM-X2M Thermostat (PC= power circuit) Receiver PCB Humidity sensor Ambient sensor External sensor (floor or ambient) Terminal strips Notes This wiring diagram only applies to the indoor unit. 2 Use one and same dedicated power supply for indoor unit, outdoor unit and *KHW* option. NO/ Field wiring Normal open / Normal closed NC SPS T Single pole single throw Terminal strip Connector Terminal Protective earth Do not operate the unit by short-circuiting any protection device. 6 BLK = Black, RED = Red, BLU = Blue, WHT = White, PNK = Pink, YLW = Yellow, BRN = Brown, GRY = Grey, GRN = Green, ORG = Orange, VIO = Violet 7 For *KHWSU*V, refer to option manual. 8 Option PCB works with an external 20V AC power supply (L, N). 9 For EKSOLHWAV, refer to option manual. Symbols Wiring dependent on model Field wiring Option Field wiring PCB BRN Wire colour Part System Outline
Wiring Diagrams ESIE08-0 6 Part System Outline
ESIE08-0 7 PCB Layout PCB Layout Part 7. What Is in This Chapter? Introduction This chapter contains the following information: It describes which unit uses which PCB types It shows the PCB connectors. Outdoor units This chapter contains the following PCB layouts: Topic See page 7.2 PCB Layout for ERHQ0~06AAV 8 7. PCB Layout for ERHQ0~06AAW* 2 7. PCB Layout for EKHBH(X)06 0 Part System Outline 7
PCB Layout ESIE08-0 7.2 PCB Layout for ERHQ0~06AAV Control & inverter PCB (AP The illustration below shows the PCB connectors. X06A X07A F6U XA P X6A N X9A WVU XA X2A XA XA X2A XA XA X7A X2A LE NC LC X2A HAP X28A X77A LD FU 8 Part System Outline
ESIE08-0 PCB Layout Control & inverter PCB (AP) The picture below shows the PCB connectors. X06 X07A F6U XA P X6A M X9A WVU XA LE X2A XA XA X2A XA NC X7A X2A LC X2A XA HAP X28A X77A LD FU Part System Outline 9
PCB Layout ESIE08-0 Connectors The table below describes the PCB connectors. Connector Connected to Description XA X20A On service PCB X6A For optional PCB KRP8M X9A X809A On communication PCB XA RT Air thermistor X2A R2T ~RT Coil thermistor XA R6T Discharge pipe thermistor X7A SNPH Suction pipe thermistor X2A YE Expansion valve X2A YS -way valve X28A EHC Crankcase heater XA SPL Low pressure switch X2A SPH High pressure switch XA Connector for spare parts adaptor X77A For optional PCB KRP8M X06A MF Fan motor X07A M2F Fan motor XA R0T Fin thermistor HAP - Indication CPU / Power supply MC-ML MB-LB On noise filter M-P C Capacitor FU - Fuse 6.A/20V for YS, EHC F6U - Fuse.0A/20V for MF, M2F U-V-W MC Compressor LE-LD LR Reactor coil 20 Part System Outline
ESIE08-0 PCB Layout Service PCB (A2P) The illustration below shows the PCB connectors. X20A X20A Connectors The table below describes the PCB connectors. Connector Connected to Description X20A XA Inverter & control PCB Part System Outline 2
PCB Layout ESIE08-0 Noise filter PCB (AP) The illustration below shows the PCB connectors. NB LB NB LB FU NF LF FU NF LF NA LA E NA LA E Connectors The table below describes the PCB connectors. Connector Connected to Description E XM Via ZC to XM FU - Fuse 6.A/20V LA-NA XM Power supply ~ 20V LB-NB LC-MC Inverter and control PCB LF-NF X80A Communication PCB 22 Part System Outline
ESIE08-0 PCB Layout Communication PCB (AP) The illustration below shows the PCB connectors. X809A X80A FU E X809A X80A X80A FU E X80A Connectors The table below describes the PCB connectors. Connector Connected to Description X80A MF-LF Noise filter PCB X80A WM (, 2, ) To hydro-box X809A AP main Inverter and control PCB E XM Earth FU - Fuse 6.A/20V Part System Outline 2
PCB Layout ESIE08-0 7. PCB Layout for ERHQ0~06AAW* Control PCB (AP) The illustration below shows the PCB connectors. 2 Part System Outline
ESIE08-0 PCB Layout Control & inverter PCB (AP) The picture below shows the PCB connectors. Part System Outline 2
PCB Layout ESIE08-0 Connectors The table below describes the PCB connectors. Connector Connected to Description X9A X09A On Inverter PCB (Diode module fan motor) X8A X08A On Inverter PCB (PS Module) X80A XM (-2-) Towards Hydrobox X77A - For Optional PCB X6A - For Optional PCB XA X0A On Inverter PCB XA Connector for spare capacity adaptor XA X0A On Inverter PCB XA X28A EHC Crankcase heater X27A YS Liquid Injection Valve X2A YS -way valve X2A YE Expansion valve X7A SNPH Pressure sensor XA R6T Liquid thermistor X2A R2T-RT Discharge-Suction-HEX-HEX middle- thermistor XA RT Ambient thermistor NA NB On Noise filter AP LA LB On Noise filter AP L2A L2B On Noise filter AP LA~NA XM Towards main power supply (L-L2-L-N) LA LB On Noise filter AP F6U - Fuse 6.A / 20V for Hydrobox FU - Fuse 6.A / 20V for YS-YS-EHC- FU - Fuse 6.A / 20V for MF-M2F (AC) FU - Fuse 6.A / 20V for PS Module A2P F2U - Fuse.A / 20V for Inverter Module L A2P FU - Fuse.A / 20V for Inverter Module L2 A2P E GRN Protective earth E GRN Protective earth HAP - Indication CPU/power supply 26 Part System Outline
ESIE08-0 PCB Layout Inverter PCB (A2P) The illustration below shows the PCB connectors. Part System Outline 27
PCB Layout ESIE08-0 Connectors The table below describes the PCB connectors. Connector Connected to Description X08A X8A On Control PCB X0A XA On Control PCB X2A SPH High pressure switch L2A LR Reactor inverter MC L2A L2R Reactor inverter MC L22A LR Reactor inverter MC WVU MC Compressor X9A LR Reactor inverter MF-M2F W09A X9A On Control PCB F7U - Fuse.0A / 20V for MF-M2F (DC) X06A MF Fan Motor upper X07A M2F Fan Motor lower TP - Inverter DC checkpin TP2 - Inverter DC checkpin XA - - X2A - - XA R7T Inverter Fin thermistor X0A XA On Control PCB 28 Part System Outline
ESIE08-0 PCB Layout Noise filter PCB (AP) The illustration below shows the PCB connectors. Connectors The table below describes the PCB connectors. Connector Connected to Description LB LA On Control PCB (L) L2B L2A On Control PCB (L2) LB LA On Control PCB (L) NB NA On Control PCB (N) L2B LR Reactor inverter MC L22B L2R Reactor inverter MC L2B LR Reactor inverter MC Part System Outline 29
PCB Layout ESIE08-0 7. PCB Layout for EKHBH(X)06 Main PCB The illustration below shows the PCB connectors. XA X9A XA XA X2A FU X20A X6A XA XA X2A XA X8A X0A X0A X7A HAP XA X6A X60A X2A XA X9A X8A X7A X6A XA 0 Part System Outline