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H-S Serisi
Hybrid Chillers

H-S Serisi

Model H-S

The H-S Series combines a free-cooling coil and a mechanical circuit in one frame, driven by scroll compressors. As ambient drops the load shifts to free cooling and the compressors stage off, cutting energy use sharply through the shoulder seasons and winter. Four compressors run across two independent circuits.

Cooling capacity
216 – 425 kW
Refrigerant
R 407 C
Technical data

Select a model

Performance figures, dimensions and the datasheet for every model in the series.

Technical specifications — P 154 H-S
Number of compressors pcs 4
Refrigeration circuits pcs 2
Capacity control % %25-%50-%75-%100
Fan quantity / diameter pcs / mm 4x Ø800
Fan sound pressure level (10 m) dBA 51
Required evaporator water flow m³/h 38
L mm 5190
W mm 1405
H mm 2615
Water inlet connection " 3
Water outlet connection " 3
Weight kg 2200
Cooling capacity kW 216
Cooling capacity kcal/h 185.760
Total compressor power kW 39,6
Total power input kW 47,4
Cooling capacity kW 200
Cooling capacity kcal/h 171.000
Total compressor power kW 46,1
Total power input kW 53,9
Cooling capacity kW 140
Cooling capacity kcal/h 120.000
Total compressor power kW 49,2
Total power input kW 57
Energy efficiency ratio (EER) 4,5

Specifications are indicative. Final performance is confirmed at design selection.

Technical drawing

P 154 H-S — Technical drawing
Technical specifications — P 204 H-S
Number of compressors pcs 4
Refrigeration circuits pcs 2
Capacity control % %25-%50-%75-%100
Fan quantity / diameter pcs / mm 4x Ø800
Fan sound pressure level (10 m) dBA 51
Required evaporator water flow m³/h 48
L mm 5190
W mm 1405
H mm 2615
Water inlet connection " 3
Water outlet connection " 3
Weight kg 2200
Cooling capacity kW 280
Cooling capacity kcal/h 240.800
Total compressor power kW 51
Total power input kW 58,8
Cooling capacity kW 260
Cooling capacity kcal/h 223.600
Total compressor power kW 60
Total power input kW 67,8
Cooling capacity kW 182,5
Cooling capacity kcal/h 157.000
Total compressor power kW 65,2
Total power input kW 73
Energy efficiency ratio (EER) 4,7

Specifications are indicative. Final performance is confirmed at design selection.

Technical drawing

P 204 H-S — Technical drawing
Technical specifications — P 254 H-S
Number of compressors pcs 4
Refrigeration circuits pcs 2
Capacity control % %25-%50-%75-%100
Fan quantity / diameter pcs / mm 5x Ø800
Fan sound pressure level (10 m) dBA 50
Required evaporator water flow m³/h 61
L mm 7000
W mm 1405
H mm 2665
Water inlet connection " 3
Water outlet connection " 3
Weight kg 2200
Cooling capacity kW 354
Cooling capacity kcal/h 304.715
Total compressor power kW 64,8
Total power input kW 74,6
Cooling capacity kW 326
Cooling capacity kcal/h 280.325
Total compressor power kW 76
Total power input kW 85,8
Cooling capacity kW 229
Cooling capacity kcal/h 197.000
Total compressor power kW 81,5
Total power input kW 91,3
Energy efficiency ratio (EER) 4,7

Specifications are indicative. Final performance is confirmed at design selection.

Technical drawing

P 254 H-S — Technical drawing
Technical specifications — P 304 H-S
Number of compressors pcs 4
Refrigeration circuits pcs 2
Capacity control % %25-%50-%75-%100
Fan quantity / diameter pcs / mm 7x Ø800
Fan sound pressure level (10 m) dBA 52
Required evaporator water flow m³/h 73
L mm 6170
W mm 2305
H mm 2630
Water inlet connection " 3
Water outlet connection " 3
Weight kg 2200
Cooling capacity kW 425
Cooling capacity kcal/h 365.672
Total compressor power kW 78,9
Total power input kW 92,5
Cooling capacity kW 391,3
Cooling capacity kcal/h 336.569
Total compressor power kW 92,2
Total power input kW 105,9
Cooling capacity kW 374
Cooling capacity kcal/h 321.708
Total compressor power kW 98,3
Total power input kW 112
Energy efficiency ratio (EER) 4,5

Specifications are indicative. Final performance is confirmed at design selection.

Technical drawing

P 304 H-S — Technical drawing

Key features

Technical specifications

Cooling capacity 216 – 425 kW
Refrigerant R 407 C

Specifications are indicative. Final performance is confirmed at design selection.

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