EQ-KJ3000 is a CE-certified Forced air cold Water-cooled Chiller that provides a clean, environmentally friendly and reliable source of temperature-controlled fluid for closed-loop systems up to 10L/min. It eliminates scale buildup, sewerage cost, and tap water cooling expenses. This 9 Liters chiller provides high cooling capacity via air cold radiator at low cost and has a convenient digital reading and setting display. SPECIFICATIONS Power Supply AC 100-120V or AC 208-240V can be selected in the options bar (50/60Hz). Current 0.45A Cooling Method & Capacity Cooling via the radiator and cooling fanCooling Capacity: 50W/°C via Note: No target temperature. Temperature cannot go below room temperature due to the cooling method.Fixed high-temperature alarm: 60°C Temperature Digital Current Temperature displayTemperature accuracy: ± 1 °CBuilt in temperature alarm Max. Pump Head 10 meters (14psi) Pipe connectors Φ 12mm PTC connector 8mm I.D, 12mm O.D. polyurethane tube is included Water Flow Rate 10 Liters/minute Water Tank 9 Liters made of stainless steel The water chiller should not be connected to a system with a capacity more than the tank's capacity itself. Distilled water is required as the coolant. Do not use deionized water as the cooling agent, DI water may cause the copper pipe to corrode, mainly pitting, and leak over time. Protection Protected from overflow alarm Overall dimension 47 X 27 X 37 cm (L x W x H) Shipping Dimension 40" x 22" x 23" Shipping Weight 50 lbs Compliance CE approval No MET Certification (UL 1450) is available. MET Certified version of the water chiller, KJ-5000 (220V), is available upon request at extra cost Application Notes This chiller is using thermolysis cooling method. Thus, the chiller can't cool the temperature lower than ambient temperature. (e.g the room temperature is 14 °C. The minimum temperature cooled by the chiller is 14 °C). Please consider the KJ5000 water chiller if you want the temperature to be lower than ambient temperature. Use of tap water is prohibited. Please connect the chiller water outlet to the equipment water inlet, and the chiller water inlet to the equipment outlet. Otherwise, the water flow sensor on the equipment may fail to work due to wrong water flow direction
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