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SUBJECT 

Model WHP05600VUKQA7JG6  

SPECIFICATION 

PAGE:1/29 

1. SCOPE

This specification is applied to SHANGHAI HIGHLY Heat pump water heater
compressor.

2.

SPECIFICATION OF COMPRESSOR

2.1 Model 

WHP05600VUKQA7JG6 

   

2.2 Power source  input  to  HIGHLY inverter 

Rated Voltage/Frequency/Phase 
 2.3 Application  

  220V/

1/

50Hz

  

Heat pump water heater 

2.4 Refrigerant 

2.5 Compressor Cooling 

R410A/R454C/R454B/R134a    

Forced air 

2.6 Displacement 

14.1ml/rev 

2.7 Performance

Performance   

Refrigerant 

R410A 

R454C 

R454B 

R134a 

Rotational speed 

3600 min-1 

3600 min-1 

3600 min-1 

3600 min-1 

Nominal Heating

 

Capacity 

5570 

3875 

5425 

2620 

Motor input 

1330 

855 

1280 

570 

Current 

 

4.6 

3.26 

4.32 

2.00 

COP(see*) 

4.19 

4.53 

4.24 

4.60 

Test Conditions  

Evaporating temp. ℃ 

7.2 

 Condensing temp. ℃ 

54.4 

Liquid temp. entering 
expansion valve.  

46.1 

Return gas temp. ℃ 

35 

Ambient temp.

 C

 

35 

Summary of Contents for Highly WHP05600VUK

Page 1: ...pezifikation Installation Manual WHP05600VUKQA7JG6 RIES GmbH Rudolf Diesel Str 10 D 64569 Nauheim GERMANY Phone 49 6152 9741 0 Fax 49 6152 9741 21 Email info ries gmbh de Website www ries gmbh de R410A R454C R454B R134a 14 1 cm3 rev 1000 7200 min 1 2021 1 19 ...

Page 2: ...ompressor specifications 3 Motor parameters 4 List of parts and drawings 5 General characteristics Standards for the use of special compressors for heat pump water heaters 5 15 1 Acceptance 2 Basis for acceptance 17 28 Four drawings Five specification revision experience 29 ...

Page 3: ... pump water heater 2 4 Refrigerant 2 5 Compressor Cooling R410A R454C R454B R134a Forced air 2 6 Displacement 14 1ml rev 2 7 Performance Performance Refrigerant R410A R454C R454B R134a Rotational speed 3600 min 1 3600 min 1 3600 min 1 3600 min 1 Nominal Heating Capacity 5570 3875 5425 2620 Motor input 1330 855 1280 570 Current 4 6 3 26 4 32 2 00 COP see 4 19 4 53 4 24 4 60 TestConditions Evaporati...

Page 4: ...2 14 Hermetic Terminal 1200 ml 9 4kg incl oil 1 4 quick connect type 2 15 Motor Type Direct current brushless motor Insulation class Class E Winding resistance 1 532Ω at 20 Nominal heatingcapacityequals refrigerant capacityaddingmotor input Refrigerantcapacityand motor inputare measured bysecondary Refrigerantcalorimeter Methods ofGB5773byShanghaiHighlyElectricalAppliancesCo Ltd Allowableheating c...

Page 5: ...Rate 3 4 Inductance Ld mH Sheet 1 3 5 Inductance Lq mH Sheet 1 Project Parameter Description 3 6 Winding Resistance Ω 20 1 532 20 Phase to Phase 3 7 Voltage Constant Vrms krpm 49 5 Phase to Phase 3 8 Torque Constant N m Arms 0 78 Torque Current 3 9 Inertia Kg m2 0 000388 3 10 Flux Φa Wb 0 1286 φ Per Phase Peak 3 11 Magnet Material NdFeB 1 Measuring frequency 100Hz Current RMS 1 0 2 0 3 0 4 0 5 0 6...

Page 6: ... 3 4CYC00851 4CYC00940 M8 Electrical Parts Terminal cover Gasket Sleeve Nut 1 1 1 1 1 1 4CYC01043 4CYC01044 4CYC01042 3CYC00004 4CYC00174 4CYC01045 4CYC01426 1 2 3 Lead routing Pressure guarantee Chart Oil level datum Notes for rotational speed change Appendix Out of supply for reference 5 CHARACTERISTICS 5 1 Residual moisture 200mg MAX 5 2 Residual impurities 100mg MAX Rubber Washer Thermostat ...

Page 7: ... or breaker 2 Source voltage Specified inverter is linked up with compressor terminals Applied voltage of this inverter should be voltage specified in this compressor specification Alternating voltage should never be applied on terminals for example because that if applied alternating current the direct current motor will demagnetize 3 Operating voltage range and overload condition of rated freque...

Page 8: ...erature 30 25 25 It can also be 0 101 0 172 MPa when in transition but should not be used when it is less than 0 101 MPa Compressor case bottom temp 99 or below and 6 degrees higher than condensing temperature Motor winding temp Rated voltage 105 MAX Rated Voltage 10 120 MAX Accumulator temp Higher than outlet pipe of evaporator Notes O verload condition should not be continuous 0 10 20 30 40 50 6...

Page 9: ...3 P4 P5 Graph 1 b P1 P2 P3 P4 P5 Condensing temperature 75 28 5 65 75 Evaporation Temperature 25 25 30 30 10 35 30 25 20 15 10 5 0 5 10 15 20 25 30 Evaporating temperature Condensening Temperature 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 P1 P2 P3 P4 P5 P6 P7 Graph 1 P1 P2 P3 P4 P5 P6 P7 Condensing temperature 80 25 10 10 52 70 80 Evaporation temperature 25 25 10 25 25 15 5 R134a ...

Page 10: ...ith urethane foam to prevent the effect of wind 8 Air leakage test pressure The pressure should be less than 2 847MPa 28kgf cm2 G 9 Oil Back and height of the oil level The oil should be returned continuously to the compressor and the structure of the refrigerating system should not make oil stay in the system The oil level in compressor should be satisfied with chart 2 If not keep the oil level t...

Page 11: ...antity of water should be less than 0 15 ml 15 Impurities in refrigerating system 1 Theweight ofresidueon the inside surface oftheheatexchangerand tubeshouldbeless than 0 01g m2 But metallic dust should not be permitted in the system This value means the weight of foreign residue collected by filer paper after washing inside surface of the heat exchanger tubes with R 11 1 Prevent the impurities fr...

Page 12: ...uld not be used on moving equipment such as automobiles trains ships etc 20 Installation The rotational axis of compressor should be kept vertical during operation But in actual application the axis incline must be within 5 at all directions during operation 21 Pipe vibration Thedisplacement ofthepipes whichconnectfromthecompressor tootherpartsof the refrigerate or systems should be less than 0 8m...

Page 13: ...eofcrossvalve electromagneticvalve defroster refrigerantcontroller fanmotor usedin refrigerating systemmay cause compressoraccident So their reliabilityshouldbe ensuredcompletely Moreover the wayof design manufacture applicationof refrigeration cycle with less leak shouldbeadopted 8 The mainelectriccircuitshould be equipped with fuseor breaker 9 Refrigerantshouldbecharged fromtheend ofcondenserof ...

Page 14: ...ature is below 10 19 Set a thermistor on the case cover of compressor to prevent from accident of leakage of refrigerant The thermistror can stop the operation of compressor when compressor in abnormal temperature The lead wires of thermostat is enveloped with tube as same as that of the terminals to avoid direct contact with the compressor and pipe 20 The compressor should not be splashed with wa...

Page 15: ...frigeration system and make sure no leakage of refrigerant during the operating course It s required to direct the erector and maintenance man of air conditioner 25 Adjust the start up torsion of the compressor to above 0 55Nm by inverter Confirm and measure the start up current if change the parts and design 25 PROCESS LIMITATIONS 25 1 The degree of vacuum in the refrigerating system should be le...

Page 16: ...ew point of dry air Below 20 C Dry nitrogen should be charged in compressor before assembly of system Welding should be finished within one minute after charge of nitrogen Dry nitrogen needs to be charged again and weld if over one minute Always purge the compressor with dry nitrogen during assembly of system 25 5 The motor winding temperatures should be less than 149 in process of manufacturing t...

Page 17: ...lar electrical appliances General requirements and GB 4706 17 Safety Of household and similar electrical appliances Particular requirements for Motor compressor 2 Rule for Checking upon Delivery If come across any quality problem please notify the company in written form Within 30 days after the arrival of the cargo the company shall exchange Exactly the number of the products otherwise they shall...

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Page 28: ... speed range Min 1000min 1 Max 7200min 1 Rotational speed rpm Pd limit MPa R410A R454C R454B R134a a 1000 2 73 1 80 2 55 1 148 b 2100 4 76 3 47 4 44 2 633 c 5000 4 76 3 47 4 44 2 633 d 7200 3 51 2 31 3 28 1 528 1000 1800 min 1 ...

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Page 30: ...rehzahländerung dargestellt in den Darstellungen 1 3 Drehzahländerungsfrequenz 1Hz s minimum und maximum min 1 wie dargestellt in dieser technischen Anforderung von 0 min 1 zu max min 1 Nicht kontinuierlicher Lauf bei niedriger Geschwindigkeit 37Hz 1 min 3 min Minimum min 1 Abtauung 4 Wege Ventilschaltung 4 Wege Ventilschaltung Max Geschwindigk Niedrig o Stop Niedrig o Stop Low or Stop 30 60s ...

Page 31: ...29 29 Specification Revision Record No Date Page in Spec Revision Reason Conclusion Date A B C D E F G H J K L M N P Q R S T U ...

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