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Liquid Cooling Systems

Robust liquid cooling systems (LCS) for many temperature-critical applications in medicine, analytics and industry. With high heat pump capacity, high heat flux density, and cooling capacities up to 5,000 watts and beyond, liquid chillers are designed to maximize temperature stabilization at temperatures above, below, or equal to ambient. The expected in-service life of Liquid-To-Air and Liquid-To-Liquid (water/oil/carrier liquid) liquid cooling systems can exceed 20 years.

	Product	Manufacturer	Qc Max	Flow Rate	Supply Voltage	Pump	Heat transfer type	Heat transfer cold side	Heat transfer hot side	Chassis	Length	Width	Heigth	Min. operating temperature	Max. operating temperature

Note

Artikel	Manufacturer	Qc Max	Flow Rate	Supply Voltage	Pump	Heat transfer type	Heat transfer cold side	Heat transfer hot side	Chassis	Length	Width	Heigth	Min. operating temperature	Max. operating temperature
EFC2400-A1-20-BT1 Nextrem Eco-Friendly Chiller	Laird Thermal Systems	2350 W	12 L/min @ 1,4 bar	230 V	High-Pressure	Liquid-To-Air	Convection	Convection	-	529 mm	498 mm	742 mm	10 °C	40 °C
LA5000 Flüssigkeitskühlsystem \| Liquid-To-Air \| 5000 W	Laird Thermal Systems	5000 W	8.26 L/min @ 6 bar	240 V	High-Pressure	Liquid-To-Air	Convection	Convection	-	468 mm	565 mm	529 mm	5 °C	40 °C
NRC1200-A1-10-ST1 Flüssigkeitskühlsystem \| Liquid-To-Air \| 1600 W	Laird Thermal Systems	1600 W	15 L/min @ 2.6 bar	100 \| 120 V	Turbine	Liquid-To-Air	Convection	Convection	-	520 mm	450 mm	670 mm	15 °C	40 °C
NRC1200-A1-20-ST1 Flüssigkeitskühlsystem \| Liquid-To-Air \| 1600 W	Laird Thermal Systems	1600 W	15 L/min @ 2.6 bar	220 \| 230 V	Turbine	Liquid-To-Air	Convection	Convection	-	520 mm	450 mm	670 mm	15 °C	40 °C
NRC2400-A1-20-ST1 Flüssigkeitskühlsystem \| Liquid-To-Air \| 2800 W	Laird Thermal Systems	2800 W	15 L/min @ 2.6 bar	220 \| 230 V	Turbine	Liquid-To-Air	Convection	Convection	-	520 mm	480 mm	750 mm	15 °C	40 °C
NRC400-T0-00-PC1 Flüssigkeitskühlsystem \| Liquid-To-Air \| 400 W	Laird Thermal Systems	400 W	1 L/min @ 1.05 bar	115 \| 230 V	Centrifugal	Liquid-To-Air	Convection	Convection	-	413 mm	274 mm	400 mm	10 °C	40 °C
NRC400-T0-00-PC2 Flüssigkeitskühlsystem \| Liquid-To-Air \| 400 W	Laird Thermal Systems	400 W	1 L/min @ 1.05 bar	115 \| 230 V	Centrifugal	Liquid-To-Air	Convection	Convection	-	413 mm	274 mm	400 mm	10 °C	40 °C
NRC5000-A1-20-ST1 Flüssigkeitskühlsystem \| Liquid-To-Air \| 4900 W	Laird Thermal Systems	4900 W	15 L/min @ 2.8 bar	220 \| 230 V	Turbine	Liquid-To-Air	Convection	Convection	-	590 mm	630 mm	910 mm	15 °C	40 °C
OL4503 Flüssigkeitskühlsystem / Liquid-To-Air / 4500 W	Laird Thermal Systems	4500 W	22 L/min @ 3.5 bar	230 V	High-Pressure	Liquid-To-Air	Convection	Convection	OL	650 mm	350 mm	750 mm	10 °C	40 °C
OW4002 Flüssigkeitskühlsystem \| Liquid-To-Liquid \| 4000 W	Laird Thermal Systems	4000 W	17 L/min @ 3.5 bar	230 V	High-Pressure	Liquid-To-Liquid	Convection	Convection	-	350 mm	621 mm	551 mm	5 °C	40 °C
VRC1200-A1-20-BT1 Flüssigkeitskühlsystem \| Liquid-To-Air \| 1200 W	Laird Thermal Systems	-	-	-	-	-	-	-	VRC	563 mm	482 mm	699 mm	15 °C	40 °C
VRC1200-A1-20-BV1 Flüssigkeitskühlsystem \| Liquid-To-Air \| 1200 W	Laird Thermal Systems	-	-	-	-	-	-	-	-	-	-	-	-	-

Hint: current revision of the supplier datasheet is applicable

Design-In Support

Do you have questions about our Liquid Cooling Systems products or are you looking for alternatives? As an authorized distributor, we maintain a very close exchange with our manufacturers and will be happy to advise you on the selection of suitable components and possible adaptations with our many years of experience. Talk to us!

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