ZLJ -40℃~-15℃

Air cooled chiller for semiconductor production process

Direct Cooling Chiller Semiconductor Test Chillers

Compressor1.5hp~7hp
RefrigentR404A R507C R448
Power range380V 50HZ can choose 220V
Temperture accuracy±0.5℃

air cooled chiller ultra low temperature chiller

INQUIRY

Product data download

manual.pdf

Configuration Details

Model	ZLJ-41.0	ZLJ-41.5	ZLJ-42	ZLJ-43	ZLJ-44	ZLJ-46	ZLJ-48
Model	ZLJ-41.0W	ZLJ-41.5W	ZLJ-42W	ZLJ-43W	ZLJ-44W	ZLJ-46W	ZLJ-48W
Temperature range	-40℃～-15℃
Temperature control accuracy	±0.5℃ control evaporation temperature
Throttling method	Electronic expansion valve
Controller	Siemens PLC
Show record	7-inch touch screen, record temperature, system pressure and other information
Main components	Danfoss filter drier, Castor solenoid valve, Johnson Controls pressure sensor, EBM fan (air-cooled), Danfoss/Emerson oil separator,
Compressor	Secop, Taikang, Emerson, Carlisle
Refrigerant	R404A Optional R507C R448
High temperature cooling	With 150 degrees high temperature direct cooling technology, to meet the goal of rapid cooling ability during high temperature operation
Compressor	7/8HP	1.5HP	2HP	3HP	4HP	6HP	8HP
Power supply V	220V 50HZ			380V 50HZ Can be customized 220V

Model	ZLJ-81.0 ZLJ-81.0W	ZLJ-81.5 ZLJ-81.5W	ZLJ-82 ZLJ-82W	ZLJ-83 ZLJ-83W	ZLJ-84 ZLJ-84W	ZLJ-86 ZLJ-86W	ZLJ-88 ZLJ-88W
Temp Range	-80℃～-50℃
Temperature Control Accuracy	±0.5℃ control evaporation temperature
Refrigerated @-70℃	0.37kW	0.5kW	0.75kW	1.1kW	1.5kW	2.6kW	3.1kW
Refrigerant	R404A/R508B
High Temperature Cooling	Possess high-temperature 150°C direct cooling technology to meet the target and quickly cool down during high-temperature operation
Power	220V 50HZ			380V 50HZ 220V can be customized
Breaker	10A	16A	25A	16A	16A	25A	32A

Product Description

The product directly outputs and evaporates the refrigerant in the refrigeration system into the target control element (heat exchanger) for heat exchange, thereby cooling the target control object. Compared with the fluid (gas) transported into the heat exchanger, the heat exchange capacity is generally more than 5 times higher, which is especially suitable for applications where the heat exchange area of the heat exchanger is small but the heat exchange capacity is large.

The direct-cooling refrigerator can also be used as gas capture, the refrigerant is directly passed into the trap to evaporate, and the gas in the space is quickly captured through the condensation effect on the surface of the trap.