Commercial Hvac Water Cooled Screw Chiller , 99kw Heat Recovery To Heat Water
Description
1. High efficiency and saving energy as compared with the dry-type, it will save 10%-15% energy at least
2. The designs of chiller and radiator are unique, has high heat exchanger efficiency .
3. .This series chiller can customize base on the requirement of acid resistant & acidity- resistant .
4. Stable quality, long using life. The chiller can operation more then 5 years without main component
problem, like compressor, heat exchanger.
5. Condenser is shell ans tube type .Water side max pressure is 1(MPa)
6. .Both Evaporator and Condenser are made of grooved copper tubes.
7. Danfoss/Alco expansion valve,LG reply. Other brand like PUNP,Schneider.
Competitive Advantage
Phase reversion protection;
Phase lack protection;
Overload current protection;
Discharge air temp. protection;
Safety valve abnormal by coolant high pressure;
Ice water by-pass circuit leakage;
Cooling water bad heat loose protecting and indicating lamp;
Ice water freeze protecting and indicating lamp;
Coolant lose protecting and indicating lamp;
Coolant high pressure gauge;
Coolant low pressure gauge;
Break down alarm buzzer;
Specifications
1. CE Certification
2. Cooling capacity: 388KW
3. Cooling in Summer; Heating in Winter With heat revovery
Screw-type Water Chiller (with Heat recovery)
|
Model HLWW
|
325S
|
|
325SR
|
Rated Cooling Capacity
|
×1000Kcal/h
|
280.2
|
|
KW
|
326
|
|
USRT
|
92.7
|
lnput power
|
KW
|
69.4
|
Comp. Current (A)
|
122.7
|
Refrigerant Charge (kg)
|
59
|
Dia. of Pipe to Condenser (inch)
|
4"
|
Cooling Water Flow (m3/h)
|
68.0
|
Condenser Water Pressure drop (kPa)
|
50
|
Dia.of Pipe to Evaporator (inch)
|
4"
|
Chilled Water Flow (m3/h)
|
56.0
|
Evaporator Water Pressure drop (kPa)
|
61
|
|
|
Heat recovery parameter
Refrigerant Charge (Kg)
|
62
|
Heat Reclaimed Volume
|
×1000kcal/h
|
84.1
|
|
KW
|
98
|
|
USRT
|
27.8
|
Dia. of Pipe to Heat Recover (inch)
|
2"
|
Water Side Max Pressure (MPa)
|
1
|
Reclaimed Water Flow (m3/h)
|
16.8
|
Heat recovery unit water pressure Drop (kPa)
|
<
|