Summary of Contents for STIEBEL ELTRON WPE-I 05 H 400 Plus
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WPE-I 05 H 400 Plus / WPE-I 07 H 400 Plus / WPE-I 10 H 400 Plus / WPE-I 13 H 400 Plus / WPE-I 17 H 400 Plus / WPE-I 05 HW 400 Plus / WPE-I 07 HW 400 Plus / WPE-I 10 HW 400 Plus...
Table of contents 1 Special information ........... 3 14 Specification............. 13 14.1 Dimensions and connections......13 2 General information..........3 14.2 Output diagrams..........15 Symbols in this document ........ 3 14.3 Wiring diagram ..........22 Units of measurement ........3 14.4 Data table............
Special information Special information Symbol Meaning This symbol indicates that you must fulfil certain pre- requisites before you perform the following steps. – The following groups of people are not per- This symbol indicates a result or intermediate result. ...
Safety Qualified heating contractor Symbol Type of risk Electrocution Person with specialist expert knowledge in the following areas: heating technology, heating media, building services and engin- eering, ventilation and air conditioning technology, measuring Burns, scalding technology, heat pump technology, environmental technology, occupational safety and fire safety Qualified electrical contractor 3.1.4 Signal words...
DHW cylinder (not part of the standard delivery). Output Heat exchanger surface area Function WPE-I 05 H 400 Plus 2 m² – A sealed refrigerant circuit routes the refrigerant from the WPE-I 05 HW 400 Plus appliance into the ground and back again. The refrigerant...
Installation (qualified contractors) – Ensure that the entire appliance frame is in full contact with the substrate. Uneven substrates can increase sound emis- sions. – Avoid installation on large, echoing floor areas, e.g. tiled floors. – Implement pipe outlets through walls and ceilings with anti-vibration insulation.
Installation (qualified contractors) WPE-I HW 400 Plus ≥300 ≥300 ≥50 ≥600 D0000109647 Installing and filling the brine circuit Routing the brine lines through the wall outlets D0000109541 – Route the brine lines through separate wall outlets. Creating wall outlets – Route the brine lines through the wall outlets. u Establish wall outlets in the building wall with a slight fall –...
Installation (qualified contractors) Charging the brine circuit u NOTICE: Foreign bodies, such as rust or sealing material, 1,10 can impair the operational reliability of the heat pump. Be- fore connecting the heat pump to the heat source circuit, 1,09 flush the pipework thoroughly with brine. 1,08 u Connect the appliance to the brine circuit.
Installation (qualified contractors) Heating circuit oxygen diffusion u Vent the heating coil of the DHW cylinder via the air vent valve on the DHW cylinder e07 (WPE-I HW 400 Plus) or via If oxygen gets into the heating system, steel parts may become the air vent valve on the external DHW cylinder (WPE-I H corroded, e.g.
Installation (qualified contractors) Model Com- Compressor with electric emergency/ pressor auxiliary heater Com- Com- Compressor pressor + pressor + + 9 kW 3 kW 6 kW (stage 3) (stage 1) (stage 2) L1 L2 L3 N PE PE 2L 2N PE WPE-I 07 H 6 A 13 A 16 A 20 A 400 Plus...
Commissioning (qualified contractors) u Replace the cover. Commissioning (qualified contract- ð The cover clicks audibly into place. ors) Contact sensor AVF 6 Our customer support can assist with commissioning, which is a Install the sensor in the heating circuit flow if you wish to use a chargeable service.
Notify a qualified con- tractor if the fuses/ Brine circuit MCBs blow/trip again after switching the Ask STIEBEL ELTRON customer service for recommendations for system back on. the brine circuit filter. u If you cannot remedy the fault, contact a qualified con- tractor.
Shutdown (qualified contractors) 14 Specification 14.1 Dimensions and connections D0000109652 u Remove the cause of the fault. u Reset the high limit safety cut-out by pressing the reset but- ton. D0000109629 WPE-I H 400 Plus D0000110518 u Check whether the heating water is being circulated at a sufficiently high flow rate.
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Specification WPE-I HW 400 Plus D0000109665 WPE-I 05 WPE-I 07 WPE-I 10 WPE-I 13 WPE-I 17 WPE-I 05 WPE-I 07 WPE-I 10 H 400 H 400 H 400 H 400 H 400 HW 400 HW 400 HW 400 Plus Plus Plus Plus Plus...
Specification 14.2 Output diagrams 14.2.1 WPE-I 05 H(W) 400 Plus Heating output WPE-I_05_Plus_Waermeleistung Flow temperature of the heat pump [°C] Temperature of heat source system [°C] 35 °C 55 °C Heat pump heating output 45 °C 60 °C Power consumption WPE-I_05_Plus_Leistungsaufnahme Flow temperature of the heat pump [°C] Temperature of heat source system [°C] Electrical power consumption of the heat pump with auxiliary drives...
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Specification Coefficient of performance WPE-I_05_Plus_Leistungszahl Flow temperature of the heat pump [°C] Temperature of heat source system [°C] Coefficient of performance 14.2.2 WPE-I 07 H(W) 400 Plus Heating output WPE-I_07_Plus_Waermeleistung Flow temperature of the heat pump [°C] Temperature of heat source system [°C] 35 °C 55 °C Heat pump heating output...
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Specification Power consumption WPE-I_07_Plus_Leistungsaufnahme Flow temperature of the heat pump [°C] Temperature of heat source system [°C] Electrical power consumption of the heat pump with auxiliary drives Coefficient of performance WPE-I_07_Plus_Leistungszahl Flow temperature of the heat pump [°C] Temperature of heat source system [°C] Coefficient of performance www.stiebel-eltron.com WPE-I H(W) 400 Plus |...
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Specification 14.2.3 WPE-I 10 H(W) 400 Plus Heating output WPE-I_10_Plus_Waermeleistung Flow temperature of the heat pump [°C] Temperature of heat source system [°C] 35 °C 55 °C Heat pump heating output 45 °C 60 °C Power consumption WPE-I_10_Plus_Leistungsaufnahme Flow temperature of the heat pump [°C] Temperature of heat source system [°C] Electrical power consumption of the heat pump with auxiliary drives...
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Specification Coefficient of performance WPE-I_10_Plus_Leistungszahl Flow temperature of the heat pump [°C] Temperature of heat source system [°C] Coefficient of performance 14.2.4 WPE-I 13 H 400 Plus Heating output WPE-I_13_Plus_Waermeleistung Flow temperature of the heat pump [°C] Temperature of heat source system [°C] 35 °C 55 °C Heat pump heating output...
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Specification Power consumption WPE-I_13_Plus_Leistungsaufnahme Flow temperature of the heat pump [°C] Temperature of heat source system [°C] Electrical power consumption of the heat pump with auxiliary drives Coefficient of performance WPE-I_13_Plus_Leistungszahl Flow temperature of the heat pump [°C] Temperature of heat source system [°C] Coefficient of performance | WPE-I H(W) 400 Plus www.stiebel-eltron.com...
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Specification 14.2.5 WPE-I 17 H 400 Plus Heating output WPE-I_17_Plus_Waermeleistung Flow temperature of the heat pump [°C] Temperature of heat source system [°C] 35 °C 55 °C Heat pump heating output 45 °C 60 °C Power consumption WPE-I_17_Plus_Leistungsaufnahme Flow temperature of the heat pump [°C] Temperature of heat source system [°C] Electrical power consumption of the heat pump with auxiliary drives...
Specification Coefficient of performance WPE-I_17_Plus_Leistungszahl Flow temperature of the heat pump [°C] Temperature of heat source system [°C] Coefficient of performance 14.3 Wiring diagram BM card Description 605.T36 Y605 T36 DHW top sensor BM card Description 605.T37 DHW bottom sensor Y501 X11 Heating element 606.13...
Specification 14.4 Data table WPE-I 05 WPE-I 07 WPE-I 10 WPE-I 13 H WPE-I 17 H WPE-I 05 WPE-I 07 WPE-I 10 H 400 H 400 H 400 400 Plus 400 Plus HW 400 HW 400 HW 400 Plus Plus Plus Plus Plus...
Guarantee WPE-I 05 WPE-I 07 WPE-I 10 WPE-I 13 H WPE-I 17 H WPE-I 05 WPE-I 07 WPE-I 10 H 400 H 400 H 400 400 Plus 400 Plus HW 400 HW 400 HW 400 Plus Plus Plus Plus Plus Plus Condenser material 1.4401/Cu...
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www.stiebel-eltron.com WPE-I H(W) 400 Plus |...
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| WPE-I H(W) 400 Plus www.stiebel-eltron.com...
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