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Semi-hermetic compressors, Reciprocating compressor HG, HGX34

BOCK, HGX34/110-4 SH CO2 T, Semi-hermetic CO2 transcritical

097C5720

Refrigerants: R744, Compressor power supply [V]: 380-420V Y/YY -3- 50Hz PW, Oil type: C170E, Anti-vibration pads: Yes, Legacy BOCK ID: 16240

Product specifications

Characteristic
Value
Anti-vibration padsYes
Approval standardNo
BrandBOCK
Capacity regulatorNo
ColourBlue (standard)
Compressor power supply [V]380-420V Y/YY -3- 50Hz PW
Cylinder4
DescriptionCompressor HGX34/110-4 SH CO2 T
DG Indicator ProfileContains Gas
Discharge connection size [in]7/8 in
Discharge connection size [mm]22.00 mm
Discharge connection size typeNon-Standard
Discharge connection typeSoldering/welding
FamilyHG CO2 T Compressors
Frequency Hz50
Hot gas temperature sensorNo
In scope of WEEENo
In scope of WEEE and contain batteriesNo
Intermediate flange/adapterNo
IP classIP66
Legacy BOCK ID16240
Material DescriptionCompressor HGX34/110-4 SH CO2 T
Max pressure (PS) - high side150.00 bar
Max pressure (PS) - low side100.00 bar
Characteristic
Value
Model numberHGX34/110-4 SH CO2 T
Motor protectionINT69 G 115-230V AC, 50/60 Hz, IP00
Oil differential pressure sensorNo
Oil level regulatorNo
Oil sump heater220-240V AC (V2A)
Oil temperature sensorNo
Oil typeC170E
Phase3
Product groupSemi-hermetic compressors
Product lineDanfoss BOCK®
Product nameReciprocating compressor HG
Product TypeHGX34
REACH Candidate List substancesLead (CAS no. 7439-92-1)
RefrigerantsR744
SCIP dossier no.3349a591-a927-4d1d-8ca6-9b04387c341d
SCIP dossier product nameHG(X)34/…. CO2 T
Screw-in valveNo
Suction connection size [in]1-1/8 in
Suction connection size [mm]28.00 mm
Suction connection size typeNon-Standard
Suction connection typeSoldering/welding
TechnologySemi-hermetic CO2 transcritical
Thermal protection thermostatNo
Type designationHGX34/110-4 SH CO2 T

General specifications

Characteristic
Value
Gross weight222.7 Kilogram
Net weight200.9 Kilogram
Volume428.8 Liter
Characteristic
Value
EAN5715162889060
Proposition 65Cancer and Reproductive Harm