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Summary of Contents for Shott BP-35WS-B
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Page 1: Installation Manual
B P - 3 5 W S - B B P - 5 0 W S - B B P - 5 0 H S - A B P - 8 5 H S - A B P - 1 0 0 H S - A Installation manual... -
Page 2: General Warnings And Information For The Addressee
Description and identification of the machinery: Heat pump BP-35WS-B, BP-50WS-B, BP-50HS-A, BP-85HS-A, BP-100HS-A The machinery is fulfils all the relevant provisions of these Directives: – 2004/108/EC Electromagnetic compatibility (EMC) – 2006/95/EC Low Voltage (LVD) – 2002/96/EC Waste electrical and electronic equipment (WEEE) –... -
Page 3: Warranty
E N G L I S H 1.2. Warranty. 1.2.1. General conditions. i. In accordance with these provisions, the dealer guarantees that the Product under this warranty (“the Product”) does not have any conformity defect upon delivery. ii. The Product Warranty Period is two (2) years, effective upon delivery to the purchaser. -
Page 4: Symbol Key
E N G L I S H 1.3. Symbol key. Indicates hazardous situations and warnings. The manual parts marked by this symbol must be read with the utmost care. Indicates that work must not be performed on live electrical equipment. This work can begin after taking safety measures 1.4. -
Page 5: Definitions
Failure to observe the instructions in this manual immediately null and voids the warranty. SHOTT International SRL is not liable for any damages due to improper heat pump use. The manual must be kept integral and in good conditions. It must accompany the heat pump until it is decommissioned. -
Page 6: Composition
E N G L I S H 2.2. Composition. Fan protection net Body display Refrigerant charge valve Pressure manometer Water outlet Power cord Water inlet Heat exchanger Compressor Pressure sensor Heat exchanger Water sensor Four way valve Ambient sensor Plate heat exchanger temperature sensor Flow sensor Figure 1: main heat pump parts. -
Page 7: Technical Specifications
E N G L I S H 3. Technical specifications. Model Unit of measure BP-35WS-B BP-50WS-B BP-50HS-A BP-85HS-A BP-100HS-A Thermal power (heating) [kW] 10.5 Refrigerant power (cooling) [kW] Absorbed power [kW] Absorbed current 220-240 Power voltage [Hz] (Coefficient Of Performance) -
Page 8: Installation
If the heat pump is installed under the pool level, any water leaks could cause significant water leaks or floods. Shott International SRL is not liable for any of said leaks, floods or consequent damages. -
Page 9: Necessary Clearance
E N G L I S H 4.3.2. Necessary clearance. Minimum clearance required for heat pump installation is illustrated in the following figure. Figure 2: Clearance required for correct installation. Clearance guarantees accessibility during SERIES BP heat pump maintenance and operations. -
Page 10: Electric/Electronic Waste Disposal
E N G L I S H o The body and various parts, if unusable, should be dismantled and divided according to their material type (for example, copper, aluminium, plastic, etc.) and must be sent to collection centres. 4.4.3. Electric/electronic waste disposal. In keeping “Implementation of Directives 2002/95/CE, 2002/96/CE and 2003/108/CE”... -
Page 11: Electrical Connections
Working on live electrical equipment is prohibited. Before starting work, make sure the heat pump is disconnected from the electrical mains. Modifying electrical connections inside the heat pump without Shott International SRL authorisation is strictly prohibited. Electrical connections must be performed as illustrated in the wiring diagram in Figure Power voltage must not vary more than 10 % from the nominal value. -
Page 12: Socket Installation For Mains Connections
E N G L I S H Figure 7: Protection device and/or contact switch. The electrical mains connected to the heat pump must be grounded. If a socket is installed for electrical mains connections, the latter must have a protection grade no lower than IPX4 and must have a grounding terminal. - Page 13 E N G L I S H Model BP-xxHS-A (xx=50, 85, 100) Model BP-xxWS-B (xx=35, 50). Figure 10: Wiring diagram. Four way valve Fan motor Compressor Control board LDB-1 Dispersion sensor Electrical mains connection terminals Compressor capacitor Fan capacitor Table 1: Control board part legend. Nome file: 7500016 - ISTR.INSTALL.
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Page 14: Commissioning, Preliminary Checks
E N G L I S H 4.9. Commissioning, preliminary checks. 4.9.1. Commissioning, precautions. Before starting the pump, make sure there is water in the pool, that the skimmer and suction fittings, when installed, are submerged, that the cut-off valves do not prevent water flow from the pool to the heat pump and vice versa and that the circulation pump is on. -
Page 15: Operations And Use
E N G L I S H 5. Operations and use. 5.1. Introduction. Please read the paragraph on energy savings, see Paragraph 1.5. SERIES BP heat pumps are equipped with control boards which, thanks to a simple but functional interface, allow heat pump programming to guarantee efficient service. Figure 11: Heat pump panel. -
Page 16: Starting The Heat Pump
E N G L I S H 5.2.4. Starting the heat pump. To start the heat pump, press . The heat pump starts within 3 minutes. The last selected operating mode (heating or cooling ), see Figure Figure 14 Paragraph 5.2.13.8, the last temperature set and the current pool water temperature (heating or cooling) is immediately displayed. -
Page 17: Automatic Start Settings
E N G L I S H restart temperature are a –15 [° C] and –13 [° C] respectively, minimum admissible values. The minimum working temperature must be at least 2 [° C] lower than the restart temperature. Proceed as follows to set minimum working temperature: When the pump is in standby, see Paragraph 5.2.2, press... -
Page 18: Manual Defrost
E N G L I S H 5.2.10. Manual defrost Frost may form on the plate heat exchanger during normal operations in heating mode, see Figure 1. Frost on the plate heat exchanger reduces heat pump performance. Frost is formed during heating mode because the heat pump cools surrounding ambient air to heat water. -
Page 19: Functional Parameter Settings
E N G L I S H The temperature read by each sensor can be displayed by pressing (for model BP-xxWS-B (xx=35, 50), press and hold down for 3 seconds with the pump is running, see Paragraph 5.2.4. To display temperatures read by the various sensors, press (for model BP-xxWS-B (xx=35, 50), press ). - Page 20 E N G L I S H key is pressed within 10 seconds or if is pressed, usual standby mode information is displayed, see Paragraph 5.2.2. Each parameter is marked by an identification number. The following table lists for each parameter: Identification number •...
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Page 21: Pool Temperature Regulation Range
E N G L I S H 5.2.13.1. Pool temperature regulation range Parameter 0 sets the water temperature regulation range. One of the following two ranges can be selected: 0. 5÷45 [° C]; 1. 5÷60 [° C]. With default settings, pool temperature can be regulated in the range 5÷45 [°... -
Page 22: Automatic Defrost Repetition Time
E N G L I S H 5.2.13.4. Automatic defrost repetition time Parameter 3 is used to select when the automatic defrost process is started. The value can be selected in range 10÷150 minutes. Default settings are 150 minutes (F0). The minimum increase or decrease of this parameter can be 10 minutes. -
Page 23: Automatic Restart
E N G L I S H 5.2.13.7. Automatic restart. Following a black out, the parameter enables automatic restart of the operating mode prior to the black out. Example: When parameter 8 (Parameter 2 for model BP-xxWS-B (xx=35, 50)) is 1, when a black out occurs with the heat pump running, see Paragraph 5.2.4, the heat pump... -
Page 24: Control Mode
E N G L I S H parameter settings were selected to guarantee maximum comfort and minimum energy consumption. BP-xxHS-A (xx=35, 50) models. BP-xxWS-B (xx=35, 50) model. Figure 35: Parameter 10 settings (0 parameter for model BP-xxWS-B (xx=35, 50)), default settings. 5.2.13.10. -
Page 25: Flow Sensor
E N G L I S H Figure 38: Pool water temperature sensor. Figure 37: Ambient temperature sensor. Temperature sensors are connected to connector CN4 (ambient temperature and water temperature) as indicated in the wiring diagram, see Figure 10. Sensor operations can be checked by measuring the resistance when temperature changes. -
Page 26: Low Pressure Sensor
E N G L I S H 6.2.3. Low pressure sensor. The low pressure sensor stops the compressor when suction pressure in the high pressure section is under the calibration value. Trigger pressure is 0.05 [bar]. After a low pressure alarm, the heat pump must be manually restarted, see Paragraph 5.2.4. -
Page 27: Pool, Ambient And Plate Heat Exchanger Temperature Sensor Resistance Values
E N G L I S H 6.3. Pool, ambient and plate heat exchanger temperature sensor resistance values. Table 3: Pool, ambient and plate heat exchanger temperature sensor resistance values. Nome file: 7500016 - ISTR.INSTALL. HEAT PUMP VERS. EN.doc Rev. 4 del/of 05/11/2009 Page 27-di/of 40... -
Page 28: Compressor Temperature Sensor Resistance Values
E N G L I S H 6.4. Compressor temperature sensor resistance values Table 4: Compressor temperature sensor resistance values. Nome file: 7500016 - ISTR.INSTALL. HEAT PUMP VERS. EN.doc Rev. 4 del/of 05/11/2009 Page 28-di/of 40... -
Page 29: Routine, Scheduled And Extraordinary Maintenance
E N G L I S H 7. Routine, scheduled and extraordinary maintenance. Periodic controls are required to keep SERIES BP heat pumps in good working order and to guarantee the foreseen performance and safety levels. Some controls can be performed by the user while specialised technicians are required for others. - Page 30 E N G L I S H turn off the heat pump, see Paragraph 5.2.3; turn on the heat pump, see Paragraph 5.2.1; start the heat pump, see Paragraph 5.2.4. Problem Possible cause solution solution The instructions in Follow the instructions in Paragraph 5.2.1 were not Paragraph 5.2.1...
- Page 31 E N G L I S H Problem Possible cause solution solution Put the heat pump in Probable accumulation of standby, see Paragraph condensation. See 5.2.2, if the leak stops, this Paragraph 4.3. is normal condensation. Water leaks from the heat Possible water leak from pump.
- Page 32 E N G L I S H Problem Possible cause solution solution Compressor temperature Wait until compressor too high. temperature drops. Check for leaks with a leak detector and replace The heat pump does not Refrigerant circuit leak work and error message defective refrigerant circuit EE 6 is displayed.
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Page 33: Spare Parts
E N G L I S H 8. Spare parts. Figure 44: Spare parts details. Description. Description. Fan protection net Public terminal Front panel Electrical box Control panel cover Transformer Wire controller Circuit board Verge board polyfoam Copper sensor Verge board Water sensor Exhaust pipe Ambient sensor... - Page 34 E N G L I S H Figure 45: Spare parts details. Description. Description. Fan protection net Terminal Front panel Public terminal Control panel cover Electrical box Control panel Transformer Verge board polyfoam Circuit board Verge board Water sensor Exhaust pipe Compressor sensor Compressor Motor capacitor...
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Page 35: Special Notes On Part Replacement
E N G L I S H 8.1. Special notes on part replacement. 8.1.1. Manometer replacement. Before replacing the manometer, close the valve upstream from the manometer. Valve to be closed Figure 46: Manometer replacement. 8.1.2. Pressure sensor replacement. Use blow torch for pressure sensor replacement. Figure 48: Low pressure sensor. -
Page 36: Table Of Contents
E N G L I S H Contents. General warnings and information for the addressee............2 1.1. CE declaration......................... 2 1.2. Warranty.......................... 3 1.2.1. General conditions....................3 1.2.2. Special conditions....................3 1.2.3. Restrictions......................3 1.3. Symbol key........................4 1.4. - Page 37 E N G L I S H 5.2.13.4. Automatic defrost repetition time..............22 5.2.13.5. Defrost duration..................... 22 5.2.13.6. Compressor protection temperature............... 22 5.2.13.7. Automatic restart.................... 23 5.2.13.8. Operating mode..................... 23 5.2.13.9. Maximum deviation from set temperature............23 5.2.13.10.
- Page 38 E N G L I S H Nome file: 7500016 - ISTR.INSTALL. HEAT PUMP VERS. EN.doc Rev. 4 del/of 05/11/2009 Page 38-di/of 40...
- Page 39 E N G L I S H Nome file: 7500016 - ISTR.INSTALL. HEAT PUMP VERS. EN.doc Rev. 4 del/of 05/11/2009 Page 39-di/of 40...
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Page 40: Di/Of
Nome file: 7500016 - ISTR.INSTALL. HEAT PUMP VERS. EN.doc Rev. 4 del/of 05/11/2009 Page 40-di/of 40...
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