Model

OBAIR WHP Series Dual Compressor — WHP****MARSN [2530]

OBAIR WHP Series Dual Compressor — WHP****MARSN [2530] is listed in the OBAIR catalogue. Cooling capacity: 1785 kW; Heating capacity: 1837 kW. Confirm the project operating conditions before selection.

When to consider this equipment

Use this category for chilled-water or heat-pump duties after the design temperatures, capacity, ambient or source conditions and hydraulic arrangement are known.

What to include in an enquiry

Provide cooling and heating duty, water temperatures and flow, ambient or source range, refrigerant restrictions, electrical supply, sound limits and redundancy requirements.

Verified technical data

WHP****MARSN [2530]

Published model pattern
WHP****MARSN
Literal model column token
2530
Cooling capacity
1785 kW
Cooling input power
277.0 kW
Cooling input current
495.8 A
Cooling EER
6.44 W/W
Cooling evaporator water flow rate
307 m3/h
Cooling evaporator water pressure drop
79 kPa
Cooling evaporator pipe size
DN250 mm
Cooling condenser water flow rate
384 m3/h
Cooling condenser water pressure drop
31 kPa
Cooling condenser pipe size
DN250 mm
Heating capacity
1837 kW
Heating input power
351.1 kW
Heating input current
626.7 A
Heating COP
5.23 W/W
Heating evaporator water flow rate
383.8 m3/h
Heating evaporator water pressure drop
31 kPa
Heating evaporator pipe size
DN250 mm
Heating condenser water flow rate
307.0 m3/h
Heating condenser water pressure drop
63 kPa
Heating condenser pipe size
DN250 mm
Annual comprehensive performance coefficient
5.91 kW/kW
Energy-efficiency rating
Level 2
Compressor count
2 count
Compressor type
Semi-closed Twin-screw Compressor
Compressor start-up method
Star-Delta
Partial-load energy regulation range
Infinite Capacity Control
Maximum operating current
959 A
Unit start-up current
1116 A
Refrigerant type
R134a
Refrigerant charge
551 kg
Length
4950 mm
Width
1600 mm
Height
2130 mm
Unit weight
9210 kg
Operating weight
9840 kg
Manufacturer source

On request

3D model not yet available

Selection from project conditions is available on enquiry