Enfriadores de circulación

Direct cooling Chiller temperature control unit

TEMPERATURE RANGE -80℃~20℃

ZLTZ series is suitable for industries such as semiconductors, data centers, and new energy that require efficient, compact, reliable, and precise heat dissipation, especially in areas with high power density, limited space, and temperature sensitivity.

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<trp-post-container data-trp-post-id='14948'>Circulation Chiller ZLTZ</trp-post-container>（images 1）

ZLTZ SERIES

-80°C

más bajo

20°C

más alto

Rated test conditions for all equipment: Dry bulb temperature: 20°C; Wet bulb temperature: 16°C. Inlet water temperature: 20°C; Outlet water temperature: 25°C.

Modelo		ZLTZ-3 ZLTZ-3W	ZLTZ-6 ZLTZ-6W	ZLTZ-10 ZLTZ-10W	ZLTZ-15W
Rango de temperatura		-10℃ ~25℃
Capacidad de refrigeración	0℃	8.1kW	16.25kW	28.5kW	40.2kW
Capacidad de refrigeración	-10℃	5.48kW	11 kW	19.35kW	26.6kW
Tamaño de la interfaz	Outlet	φ12	φ12	φ28	φ28
Tamaño de la interfaz	Inlet	φ20	φ20	φ35	φ35
Refrigeración por agua	25℃	2m3/h	4m3/h	6.2m3/h	10m3/h
Interfaz de agua de refrigeración		G3/4	G3/4	G1	G1 1/4

Modelo		ZLTZ4-3 ZLTZ4-3W	ZLTZ4-6 ZLTZ4-6W	ZLTZ4-10 ZLTZ4-10W	ZLTZ4-15W
Rango de temperatura		-40℃ ~20℃
Capacidad de refrigeración	-10℃	5,2 kW	11.15kW	18.4kW	26.3kW
	-20℃	3.47kW	7.41kW	12.3kW	18.35kW
	-30℃	2.24kW	4.81kW	7.92kW	11.8kW
	-40℃	1.36kW	2.95kW	4.7kW	5.83kW
Tamaño de la interfaz	Outlet	φ12	φ12	φ16	φ22
Tamaño de la interfaz	Inlet	φ22	φ22	φ35	φ35
Refrigeración por agua	25℃	2m3/h	4.2m3/h	5.3m3/h	6.2m3/h
Interfaz de agua de refrigeración		G3/4	G3/4	G3/4	G1

Modelo		ZLTZ8-3 ZLTZ8-3W	ZLTZ8-6 ZLTZ8-6W	ZLTZ8-10 ZLTZ8-10W	ZLTZ8-15W
Rango de temperatura		-80℃~ -30℃
Capacidad de refrigeración	-30℃
	-40℃	6.9kW	14.8kW	24.4kW	36.7kW
	-60℃	3,3 kW	7.1kW	12kW	17.4kW
	-75℃	1.65kW	3.55kW	6kW	8.7kW
Tamaño de la interfaz	Outlet	φ12	φ12	φ16	φ22
Tamaño de la interfaz	Inlet	φ22	φ22	φ35	φ35
Refrigeración por agua	25℃	2.7m3/h	5.3m3/h	6.68m3/h	9.3m3/h
Interfaz de agua de refrigeración		G3/4	G3/4	G1	G1 1/4

The new Circulation Chiller has no secondary heat exchange. Compared with traditional liquid cooling equipment, it reduces the heat transfer loss caused by secondary heat exchange and improves energy efficiency by more than 30%. The new direct cooler can provide a pure liquid heat exchange medium. Compared with the traditional Circulation Chiller gas-liquid two-phase mixed heat exchange medium, the new Circulation Chiller makes full use of the latent heat of the refrigerant, greatly improves the heat exchange density, and reduces the required heat exchange area, which can meet the high power density requirements of semiconductor and other industries.

ZLTZ series circulation chiller has the ability to supply liquid in multiple ways, and can accurately control the cooling capacity of each branch to meet the temperature control requirements of each branch. The new direct cooling machine adopts PT100 high-precision temperature sensor and PID intelligent control system, with extremely small temperature error range and accurate and reliable temperature control.

Feature 1

One ZLTZ circulation chiller with multiple ESC Chucks to control different temperatures

Feature 2

Applicable to high heat absorption and high uniformity temperature control applications. Under the same flow conditions, the heat transfer efficiency of heat transfer and temperature control is more than 5 times that of heat transfer oil.

Feature 3

When the Chuck is set to 200℃ constant temperature, the refrigeration system supplies cold air and the equipment can operate normally for a long time. When the cold plate is replaced, the refrigerant can be automatically recovered.