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Related Manuals for Sinclair SWH-190P
Summary of Contents for Sinclair SWH-190P
- Page 1 TECHNICAL MANUAL 01 |30 - 08 - 2024 HEAT PUMP WATER HEATER R290 SWH-190P SWH-300P...
- Page 2 I M P O R T A N T N O T E : Read this manual carefully before installing or operating your new heat pump. Make sure to save this manual for future reference.
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Page 3: Table Of Contents
Contents PART 1 GENERAL INFORMATION ..........2 1. M ......................2 EASUREMENTS 2. E ....................2 XTERNAL APPEARANCE 3. N ......................2 OMENCLATURE PART 2 PERFORMANCE ............3 1. F ........................3 EATURES 2. R ....................4 EFRIGERANT CIRCUIT 3. U ...................... -
Page 4: Part 1 General Information
Part 1 General information 1. Measurements Model Net/Gross weight (kg) Dimension (mm, WxDxH) Power Supply SWH-190P 91/112 595x560x1730 220-240V~, 50Hz, 1Ph SWH-300P 123/148 695x660x1895 2. External appearance SWH-190P SWH-300P 3. Nomenclature H - 190 P R290 (Propan) Volume (L) Heater... -
Page 5: Part 2 Performance
Part 2 Performance 1. Features Microchannel heat transfer technology Design of multi-loop flat channels reduce condensation pressure Enhanced surface with parallel flow design effectively increases heat transfer efficiency High-strength design, endured 9 MPa pressure High performance heat-conductive paste significantly improves heat transfer efficiency ... -
Page 6: Refrigerant Circuit
2. Refrigerant circuit Water Tank Water Outlet Pipe Strainer Four-way E-Heater Valve Hi-pressure Switch Water inlet Pipe Compressor: RDSN89V11TZL(190L) & RDSN108V11TBZ(300L), R290 high efficiency compressor, supplied by GMCC. Evaporator: copper tube and aluminum fin type heat exchanger. EXV: electronic expansion valve, the opening is regulated according to the discharge air temperature of compressor. Fan: centrifugal fan. -
Page 7: Unit Structure
3. Unit structure (Optional) -
Page 8: Specifications
4. Specifications Model SWH-190P SWH-300P Ph-V- Power supply 1-220～240-50 1-220～240-50 Heat pump -7～43 -7～43 Running ambient ℃ temp. E-heater -20～46 -20～46 Storage size Maximum inlet water pressure Net/gross weight 91/112 123/148 Dimension (D×H) 660×695×1895 560×595×1730 Packing (W×D×H) 775×745×2110 655x675x1945 ℃... - Page 9 Copper-aluminum finned Copper-aluminum finned Evaporator coil coil Aluminum tube wound Aluminum tube wound Condenser outside tank outside tank Material Solar coil Surface Max pressure Load profile Water heating energy Data according to efficiency class EN 16147: 2017 Water heating energy standard for 131.1 efficiency -η...
- Page 10 RaTBD current(RLA) 1.88 2.42 Locked rotor Amp(LRA) URP-267-XX URP-267-78 Thermal protector HPA-315 HPA-315 15μF/450V 20μF/450V Capacitor Refrigerant oil XS-601C1 / 140ml PAG VG60 / 170ml Number of rows 18×17.3 18×17.3 Tube pitch(a)x row pitch(b) Fin spacing Fin type (code) Hydrophilic aluminum Hydrophilic aluminum Evaporator coil Φ5 Inner groove copper...
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Page 11: Dimension (Unit: Mm)
5. Dimension (Unit: mm) Connector spec. hot water outlet R3/4” cold water inlet R3/4” PTR valve RC3/4” drain pipe NPT3/4” SWH-190P SWH-300P... -
Page 12: Performance Diagram
6. Performance diagram Heat source will be automatically selected by unit. But manually E-Heater operation is available. Operation range Setting water temperature target range: 38~70°C. 0°C Min. temperature of room of installation 43°C Max. temperature of room of installation Heat pump -7°C Minimum air inlet temperature(a) E-heater... - Page 13 E-heater will account for. SWH-190P HEAT UP TIME (FROM 9 TO 55℃) (The test conditions: inlet water at 9 °C, and setting temperature at 55 °C) 14.9...
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Page 14: Ambient Temperature
The curve between heat up time and ambient temperature Heat Up Time within Different Temperature 800,0 600,0 400,0 200,0 15-45 688,2 478,1 424,0 339,8 268,5 242,3 228,2 203,4 196,2 194,5 180,5 172,0 15-55 768,2 666,0 581,5 486,5 377,1 340,5 295,2 283,6 271,6 272,2... - Page 15 The curve between COP and ambient temperature 10,00 COP within Different Temperature 8,00 6,00 4,00 2,00 0,00 15-45 1,87 2,61 2,85 3,58 4,35 4,87 5,36 5,93 6,26 6,57 7,55 8,25 15-55 1,33 2,23 2,49 3,03 3,76 4,18 4,84 5,07 5,38 5,54 6,44 7,10...
- Page 16 The curve between heat up time and ambient temperature Heat Up Time within Different Temperature 1200,0 1000,0 800,0 600,0 400,0 200,0 15-45 840,5 694,6 617,6 536,8 361,8 336,6 313,5 278,1 268,4 260,0 227,9 222,9 15-55 951,3 980,4 860,8 791,1 533,0 493,9 459,9 408,1...
- Page 17 The curve between COP and ambient temperature 10,00 COP within Different Temperature 8,00 6,00 4,00 2,00 0,00 15-45 1,64 2,04 2,29 2,61 3,82 4,12 4,45 5,05 5,27 5,42 6,19 6,73 15-55 1,48 1,69 2,11 2,14 3,14 3,39 3,64 4,11 4,34 4,55 5,15 5,48...
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Page 18: Wiring Diagram
7. Wiring diagram Smart Grid and EVU function： Smart Gird: The device has a reserved connection port on the main control PCB, to realize this function it is necessary to connect a third-party smart grid switch externally. There is a dip switch next to the SG port, factory setting SW2 = ON (conduct electricity from the grid directly), it is required to manually dial the dip switch to 1 (disconnect) before connecting an external smart grid switch, after which the smart gird icon will light up on the display when the system gets electricity from the grid. - Page 19 when the system gets photovoltaic input. Function control logic： EVU=0 refers to no free photovoltaic power, EVU=1 refers to free photovoltaic power SG=0 refers to high price electricity, SG=1 refers to low price electricity 1. When EVU=0 and SG=1, the unit operates normally 2.
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Page 20: Installation
8. Installation 8.1 Transport Please carry the unit according to the factory state, do not disassemble it by yourself. This unit is heavy, it need to be carried by two or more people, otherwise might cause injury and damage. No contact of fingers and other things with the vanes. In order to avoid scratch or deformation of the unit surface, put a guard on the surface in contact with hard objects. - Page 21 It is convenient for piping and wiring. The ambient air temperature must also be considered when installing this unit, in heat pump mode the air inlet temperature must be above -7 °C and below 43°C. If the inlet air temperature falls outside these upper and lower limits, the electrical elements will be activated to meet the hot water demand and the heat pump does not operate.
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Page 22: Fixing Method
8.4 Fixing method After finishing all the installation procedures, fix the unit to prevent accidental toppling. Water heater fixing steps are as follows: 1 Take off the front decorative board. 2 Install the expansion bolts (not provided) in the wall according to the drawing. 3 Fix the end with less holes for mounting the fixing strip on the expansion bolt. - Page 23 8.5 Water system piping (Hydraulic connection) Connect water pipes as the above figure. Water temperature limiting valve is recommended for mixing the inlet cold water with outlet hot water to prevent burns caused by hot water. Check before connection, make sure the pipe is clean and free of any foreign matter. Cold water connection The spec of the water inlet thread is DN20(external thread).
- Page 24 CAUTION: Water temperature over 50°C can cause severe burns instantly or death from scalds. We recommend installing a thermostatic mixer valve on the water delivery line. Drainage connection The spec of the Drainage is NPT3/4. The unit comes with a plug. Replace the plug with a shut of valve and connect the unit to the drain pipe open to air.
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Page 25: Air Duct Connection
8.6 Air duct connection It is strongly recommended to use rigid ducts meeting the following requirements: SWH-190P: Ø160mm, total length≤5m; SWH-300P: Ø190mm, total length≤10m; * 1 bend = 1m duct NOTE：... - Page 26 8.7 Electric connection CAUTION: The power supply should be an independent circuit with rated voltage. Power supply circuit should be earthed effectively. The wiring must be performed by professional technicians in accordance with national wiring regulations and this circuit diagram. An all-pole disconnection device which has at least 3mm separation distance in all pole and a residual current device (RCD)with the rating of above 10mA(30 mA is recommended) shall be incorporated in the fixed wiring according to the national rule.
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Page 27: Installation Checklist
When wiring the power supply, please add additional insulation sheath at the place without rubber insulation layer. WARNING: The unit must be installed with a Creepage Breaker near the power supply and must be effectively earthed. 8.8 Installation checklist Location & Space □The floor must be able to bear the weight of the unit when filled with water. - Page 28 Post Installation Review □Make sure the users understand how to use the User Interface Module to set the different modes and access the different functions. □Make sure the users understand the importance of routine inspection/maintenance of the condensate drain pan and lines.
- Page 29 8.9 PCB I/O Ports description Name Meaning Name Meaning Water level switch for water leakage FAN-H CN12 The outer Fan TLS-H CN10 detection in the water tray Comp out RY1-4 Comp output DISPLAY CN53 DISPLAY in485/204 Comp in RY1-3 Comp input CN50 North American 2045 port Modbus...
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Page 30: Use
Temp Sensor T3:Evaporator Inlet Temp T4:Ambient Temp T3/T4/Tp CN28 Sensor Electromagnetic valve TP:Comp Discharge Temp Sensor T5U:Upper Tank Water Temp Sensor T5U/T5L CN24 PUMP Solar Pump T5L:Lower Tank Water Temp Sensor Middle Tank Water CN26 Crank Crank Heater Temp Sensor Chassis leak CN36 N output... - Page 31 The water tank should be filled when the unit is used again after emptying. Caution: The water tank must be filled when using the unit again after emptying it. Ensure that there is no water leakage in the pipe before starting up. Operation without water in water tank may result in the damage of E-Heater.
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Page 32: Maintenance
Water temperature display The temperature shown on the display is the maximum of the temperatures registered by the upper sensor and the lower sensor. It is possible that once the display shows that the setpoint temperature has been reached on one of the sensors, compressor still running, because the water temperature around the other sensor does not get to set temperature. - Page 33 inlet directly (namely, air inlet without connecting with duct): - Unscrew the air duct connector anti-clockwise. - Take out the filter and clean it completely; - Remount it to the unit Operate and check the PTR valve every 6 months to prevent blockage. CAUTION: The following maintenance items need to be performed by qualified persons.
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Page 34: Trouble Shooting
11. Trouble shooting Error phenomenon shooting Error phenomenon Possible reason Solution Bad connection between power supply 1. Plug in; plug and socket 2. Setting water temp. higher; Cold water tapped out and 3. Contact service center. Setting water temperature too low. display screen extinguished. - Page 35 Malfunction and protection codes Code Content EH0b Tank and wired controller communication error. EH00 EEPROM chip error EH03 Dc fan fault PH15 Electric leakage protection EC54 Compressor discharge temperature sensor TP error. EH5H Compressor suction temperature sensor TH error EC53 Ambient temperature sensor T4 error.
- Page 36 T3<-30°C lasting for 10s，Protection active. T3≥-30°C，Protection inactive EH0b Power off, then restart the unit after 2 minutes. Does a problem remain? The unit is operating normally Check the wirings and connections Are all the Ensure proper connections connections good? Replace the indoor main P CB Does the error still exist? The problem is solved Replace the wired controller...
- Page 37 EH03 Power off, then restart the unit after 2 minutes. Does a problem remain? The unit is operating normally Check the wiring of fan motor. Ensure proper connections Is it improperly wired? Measure the voltage for the fan motor from the PCB. Is it within normal parameters? Replace the main PCB Replace the fan motor...
- Page 38 EC52, EC53, EC54, EH5H The temperature sensor T3(T4, TP,TH) error Check the connection between temperature sensor and PCB. Ensure proper Is it properly wired? connections. Measure the resistance value of the sensor. Is it within acceptable Replace the sensor. parameters? Replace the main PCB Notes: T3 is the evaporator temperature sensor.
- Page 39 Notes: T5U is the upper water temperature sensor. T5L is the lower water temperature sensor. T5M is solar temperature sensor. EH5d Notes: E-heater open-circuit error means that IEH (Current difference E-heater on and off) <2A. PHdH Dry burning protection Check if the water tank is low on water. You can determine this by shaking the water tank, if it feels Check whether the water heavy and there is no splashing sound, then it's...
- Page 40 PH20 Compressor abnormally stopped protection Check whether the sensor port on PCB is loose or Fasten the port or sensor defective (Tp & T3) replace the sensor Replace the wire Check whether the power line of compressor is broken Replace the capacitance Check whether the capacitance of the compressor is ineffective System is lack of refrigerant.
- Page 41 PH21 Compressor overloaded protection Fasten the port or Check whether the sensor port on PCB is loose or replace the sensor defective (T5U, T5L, Tp, Th, T3) sensor Restart the unit until Check whether power voltage exceeds 220- voltage recover 240V Full fill the tank Check whether the water tank is lack of water...
- Page 42 PH24 Anti-freeze protection for low-temperature conditions Check the temperature displayed in the water tank, turn the domestic hot water tap to the hottest, and use a thermometer to test the temperature of the hot Check T5U(T5L) water discharged if the hot water temperature has dropped below 12°C Check whether the T5U(T5L) Fasten the port, and...
- Page 43 PC30 High pressure protection Check whether the T5U (T5L) port on Fasten the port or PCB is loose or defective replace the sensor Fasten the port or Check whether the high pressure switch replace the pressure on PCB is loose or switch defective switch Replace the EXV or The EXV is defective or the EXV coil is loosen...
- Page 44 PC06 High discharge temperature protection Check whether the sensor port on PCB is loose or Fasten the port or sensor defective (T5U, T5L, Tp, Th, T3) replace the sensor Full fill the tank Check whether the water tank is lack of water Check the fan over Check whether the fan is running and eliminate the...
- Page 45 PH9b Over-temperature protection for water tanks Check the temperature displayed in the water tank, turn the domestic hot water tap to the hottest, and use a thermometer to test the Check T5U(T5L) temperature of the hot water discharged if the hot water temperature has reached 75°C or above(pay attention to prevent hot water scalding) Check whether the T5U(T5L)
- Page 46 PH91 Anti-freeze protection for refrigeration status Check whether the T3 port on PCB is Fasten the port or loose or defective replace the sensor Replace the EXV or The EXV is defective or the EXV coil is correctly install the coil loosen switch Check up the system...
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Page 47: Function
12. Function Weekly Disinfect Under disinfection mode, the unit will immediately start to heat water up to 65°C to kill the potential legionella bacteria inside water tank. ‘ ’ icon will light on the display screen during disinfection. Unit will quit disinfection mode if water temperature is higher than 65°C and extinguish ‘... - Page 48 0：Ac Fan 1：Dc Fan 1(E-heater control type) 0(Compressor control type) Tank capacity Four-way valve status 0: Integral water heater Version Host software version Version LCD panel software version Version Electric heating 0: One electric heater code 1: Two electric heaters machine code Fault codes Last error code...
- Page 49 Parameter setting In off state, press COPY button for 3 seconds, to enter the engineering mode and reset the parameters. Setting Setting Code Definition Default Code Definition Default instruction instruction Unit conversion Step size （APP does not 190L：70 0-Centigrade； Set temp for auto- Channel 1 Channel 17 (60-70) unit: ℃...
- Page 50 190L：Step size time 10, (10-300) unit: 0-0-20pa 190L: No 190L：60 electric heater ESP setting (under 1-20-40pa Channel 14 Channel 40 this function forced developing) 2-40-60pa 300L：840 300L：Step size 300L:1 compensation 3-60-80pa 10, (10-1500) unit: min Burned protection Channel 41 Channel 15 (for internal use 0-Off；1-On Channel 42...
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Page 51: Operation
13. Operation 13.1 Display explanation... -
Page 54: Button Explanation
14.2 Button explanation Notes: Any press of button is effective only under button and display unlocked state. - Page 57 Use Your Appliance with the MSmartHome App Ensure that your mobile phone is connected to the home wireless network, the 2.4GHz band wireless signal is enabled on your wireless router and you know the network password. Turn on Bluetooth on your phone and the device must also be powered up. Step 1: Download the Smart Home app Scan the QR code below to download the Smart Home app from app store or search for it directly on the Google Play Store or Apple's App Store.
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Page 58: Accessories
14. Accessories Name Qty. Main unit One way valve Air duct connector Fixing strip Filter Condensate drain pipe Safety manual User’s manual... -
Page 59: Resistance Characteristic Of Temperature Sensor
15. Resistance characteristic of temperature sensor Resistance characteristic of ambient Temp., pipe Temp. and suction Temp. sensor. ➢ Temp. Resistance Temp. Resistance Temp. Resistance Temp. Resistance (°C) value (kΩ) (°C) value (kΩ) (°C) value (kΩ) (°C) value (kΩ) 115.266 12.6431 2.35774 0.62973 108.146... - Page 60 ➢ Resistance characteristic of discharge temperature sensor Temp. Resistance Temp. Resistance Temp. Resistance Temp. Resistance value (°C) value (kΩ) (°C) value (kΩ) (°C) value (kΩ) (°C) (kΩ) 542.7 68.66 13.59 3.702 511.9 65.62 13.11 3.595 62.73 12.65 3.492 455.9 59.98 12.21 3.392 430.5...
- Page 61 ➢ Resistance characteristic of water tank temperature sensor &solar temperature sensor Temp. Max. Resistance Normal Resistance value Min. Resistance value Temp. Tol. (°C) value (kΩ) (kΩ) (kΩ) (°C) -1.78 965.72 867.29 778.18 1.73 -1.78 907.28 815.80 732.88 1.72 -1.77 852.73 767.68 690.49 1.72...
- Page 62 Temp. Max. Resistance Normal Resistance value Min. Resistance value Temp. Tol. (°C) value (kΩ) (kΩ) (kΩ) (°C) -1.34 104.71 98.227 92.060 1.34 -1.33 99.722 93.634 87.839 1.33 -1.31 94.992 89.278 83.832 1.32 -1.30 90.510 85.146 80.028 1.31 -1.28 86.261 81.225 76.415 1.29 -1.27...
- Page 63 Temp. Max. Resistance Normal Resistance value Min. Resistance value Temp. Tol. (°C) value (kΩ) (kΩ) (kΩ) (°C) -0.77 18.128 17.600 17.072 0.80 -0.79 17.465 16.943 16.423 0.83 -0.82 16.830 16.315 15.801 0.85 -0.84 16.221 15.713 15.207 0.88 -0.87 15.637 15.136 14.638 0.90 -0.89...
- Page 64 Temp. Max. Resistance Normal Resistance value Min. Resistance value Temp. Tol. (°C) value (kΩ) (kΩ) (kΩ) (°C) -1.85 4.6990 4.4381 4.1880 1.84 -1.88 4.5579 4.3022 4.0572 1.87 -1.91 4.4218 4.1711 3.9312 1.90 -1.94 4.2903 4.0446 3.8096 1.92 -1.97 4.1633 3.9225 3.6923 1.95 -2.00...
- Page 65 United Kingdom www.sinclair-world.com This product was manufactured in China (Made in China). R E P R E S E N T A T I V E SINCLAIR Global Group s.r.o. Purkynova 45 612 00 Brno Czech Republic T E C H N I C A L S U P P O R T SINCLAIR Global Group s.r.o.
- Page 66 N O T E S...
- Page 67 N O T E S...
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