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Industrial Water Cooled Chiller with good cooling effect 1

Industrial Water Cooled Chiller with good cooling effect 2

Industrial Water Cooled Chiller with good cooling effect 3

Industrial Water Cooled Chiller with good cooling effect 4

Industrial Water Cooled Chiller with good cooling effect 5

Industrial Water Cooled Chiller with good cooling effect 6

Industrial Water Cooled Chiller with good cooling effect

Minimum Order Quantity：1

Model： LXT-WC03/LXT-WC05/LXT-WC06/LXT-WC08/LXT-WC10/LXT-WC12/LXT-WC15/LXT-WC20/LXT-WC25/LXT-WC30/LXT-WC40/LXT-WC50/LXT-WC60

Industrial water-cooled chillers are core equipment based on the vapor-compression refrigeration cycle, primarily used in industrial scenarios requiring efficient and stable cooling. These include cooling injection molds, temperature control for laser equipment, maintaining thermal stability in chemical reaction vessels, heat dissipation in data centers, and food processing applications.

Cooling temperature range 5℃-50℃.

Anti-corrosion water tank; anti-icing protection device.

Adopt R22 refrigerant with good cooling effect.

Refrigeration circuit is controlled by high and low voltage switch.

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Technical Parameter

Model			LXT-WCO3	LXT-WCO5	LXT-WOO6	LXT-WOD8	LXTWC )	XT-WC	LXT-WCT	LXT-WC20	LXT-WC25	XT-WC30	LXT-WC40	LXT-WC50	XT-WO60
Cooling Capacity	KW/hr	50HZ	9.59	15.91	19.18	24.85	31.83	38.37	50.14	67.14	81.53	99.19	129.06	153.91	198.12
Cooling Capacity	Kcal	50HZ	8251	13690	16503	21370	27370	32994	43120	57748	70120	85303	110984	132359	170383
Temperature Range			5"C-50CRoom Temperature (Below 5C Can Be Customized)
Power Supply			5N-380V 50HZ
Total power	KW		2.62	4.12	5.25	8.25	8.25	10.50	12.75	17.25	22.00	26.50	34.00	41.50	50.50
Control Mode			Capillary tube								Expansion valve
Compressor	Type		Hermetic scroll type or piston
	Number of compressors		1	1	1	2	2	2	3	4	2	3	4	4	5
	Compressor brand		Copeland	Panasonic
	Power(kw)		2.25	3.75	4.50	7.50	7.50	9.00	11.25	15.00	18.00	22.50	30.00	36.00	45.00
Condensato	Use refrigerant		R22
Condensato	Form		Straight tube type
Evaporaton	Water quantity (m·/H)		1.65	2.75	3.30	4.27	5.47	6.59	8.62	11.55	11.55	17.06	22.19	22.19	33.28
	Water solubility (m3)		0.05	0.058	0.058	0.15	0.15	0.15	0.285	0.300	0.300	0.380	0.560	0.560	0.610
	Tank capacity (L)		45	51	51	110	110	110	190	260	260	345	395	395	250
	Import and export caliber		Dn25	Dn25	DN25	Dn40	Dn40	Dn40	DN50	Dn65	Dn65	Dn65	Dn80	Dn80	Dn100
Circulating Pump	Power(kw)		0.37	0.37	0.37	0.75	0.75	1.50	1.50	2.25	4.00	4.00	4.00	5.50	5.50
	Flow(L/MIN)		100	100	100	110	110	340	340	500	800	800	800	1000	1000
	Lift(m)		18	18	18	25	25	17	17	17	20	20	20	20	20
Oimension	L/mm		870	870	870	1300	1300	1300	1500	1840	1840	2000	2000	2000	2750
	W/mm		550	550	550	780	780	780	750	750	750	850	1000	1000	1000
	H/mm		1000	1000	1000	1400	1400	1400	1400	1600	1600	1600	1600	1600	1600
Panel	Panel brand		Brunp
Electrical Equipment	Electrical equipment brand		DELIXI
Unit Price	KG		129	139	147	278	288	310	394	556	566	707	862	950	1190
Features	● Compressor and pump have overload protection. ● Shell and tube condenser, fast heat conduction, good heat dissipation. (Cooling tower is required to provide cooling circulation, otherwise it can not run) ● Stainless steel tube evaporator, excellent cooling effect. ● Intelligent microcomputer control system, temperature control precision up to ±1℃. ● Simple operation, reasonable structural design, easy maintenance.
Specifications are subject to change without notice.

Product Selection Guide

Product Details

TOP FAN

Large elevation angle,large.air volume,low rotation speed,mute external rotation axial flow fan.

ELECTRIC CABINET

Highly reliable.control elements for electrical appliances industry control,procedure ensure long-term stability run.

HIGH AND LOW PRESSURE OIL METER

Wind brand oil meter, with clear digital display and accurate data.

BRAND PUMP

Light weight, stable throttling, light resistance corrosion.

Working Principle Diagram

Their operating principle involves: a compressor pressurizing refrigerant into a high-temperature, high-pressure gas; this gas then enters a water-cooled condenser where it releases heat to cooling water (typically supplied by a cooling tower) and condenses into liquid; the liquid refrigerant passes through an expansion valve, undergoing throttling to become a low-pressure, low-temperature mist mixture; finally, in the evaporator, the refrigerant absorbs heat from the chilled water and evaporates, thereby cooling the chilled water (e.g., from 12°C down to 7°C). The cooled chilled water is pumped to industrial equipment to absorb heat, then returns to the evaporator for re-cooling, forming a closed-loop system. This water-cooled approach leverages water's high specific heat capacity, offering superior energy efficiency, greater cooling capacity, and better performance in high-temperature environments compared to air-cooled systems. Thus, it serves as the preferred solution for medium to large-scale industrial cooling demands.