WATER COOLING CHILLERS

Explosion-proof Customized

High Temperature · Low Tempeature · Ultra Low Temperature

Water-cooled chillers are widely used in medical, biological, chemical, and other industries. Due to their heat exchange through water, they are suitable for coating, mechanical processing, rapid cooling, and stable temperature control, without being affected by environmental factors. LNEYA’s water cooled chiller does not require a cooling tower, so it is very simple to install and can be moved according to demand, making it convenient and suitable for situations where there is a lack of water sources without installing a water tower.

LNEYA’s water-cooled chillers have three types: constant temperature, low temperature and ultra-low temperature.

It can be used for temperature control of various chemical and pharmaceutical reaction processes, as well as temperature simulation of vehicle component quality test and temperature cooling of chip semiconductor manufacturing process.

customized indoor and outdoor chillers

Email: sales@cnzlj.com

WhatsApp: 086 13912479193

SUNDI series : Temperature control of various reactors and raw materials, temperature simulation of vehicle component quality testing and temperature control of chip manufacturing process.
TES series : Temperature control of chip manufacturing process; Fuel oil test heating and cooling.
WTD series : Special for temperature control of microchannel reactor.
KRY series ：Temperature simulation of vehicle component quality test; Temperature Simulation of Automobile Antifreeze Test
LT LJ CDLJ series : Refrigeration cooling unit for Extraction, Winterization, Crystallization, Chemosynthesis process etc.

Working Principle

Chilled water return

2. Evaporator

3. Compressor

4. Pressure controller

5. Water cooled condenser

6. Filter

7. Expansion valve

8. Water tank

9. Pump

10. Freezing water outlet

Ultra-low Temperature For Extraction, Pharmaceutical, Petrochemical

Model	Cooling Capacity	Circulation Pump	Expansion Tank	Power
LC -25°C~ 5°C	12kW~360kW	6.6m³/h~50m³/h 2.5BAR	100L~1800L	12kW~247kW
LJ -45°C~-10°C	6kW~360kW	6.6m³/h~50m³/h 2.5BAR	50L~1800L	102kW~247kW
LN -60°C~ -10°C	6kW~360kW	6.6m³/h~50m³/h 2.5BAR	100L~1800L	14kW~300kW
LD -80°C~ -30°C	4kW~270kW	10m³/h~250m³/h 2.5BAR	100L~2200L	14kW~588kW
CDLJ -110°C~-50°C	2kW~180kW	6.6m³/h~50m³/h 2.5BAR	50L~1000L	14kW~768kW
LT -120°C~-70°C	0.3kW~4kW	20L/min0.7BAR~35L/min1BAR		8.6kW~36kW
SLJ -110°C~-150°C	1.4kW~11kW		14L~40L	5.5kW~14kW

High & Low Temperature For Reaction/Lab Testing

Model	Cooling Capacity	Heaing Power	Circulation Pump	Power 220V 380V
SUNDI -30℃~180℃	0.3kW~3kW	2kW~3kW	10L/min 0.8bar~20L/min 2bar	2.9kW~4.5kW
SUNDI -10℃~200℃	1.5kW~15kW	2.5kW~15kW	20L/min 2bar~75L/min 2.5bar	3.6kW~20kW
SUNDI -25℃~200℃	1kW~200kW	2.5kW~200kW	20L/min 2bar~600L/min 2.5bar	4kW~260kW
SUNDI -25℃~300℃	1kW~200kW	2.5kW~200kW	20L/min 2bar~600L/min 2.5bar	4kW~260kW
SUNDI -45℃~250℃	0.45kW~200kW	3.5kW~200kW	35L/min 2bar~600L/min 2.5bar	6.5kW~280kW
SUNDI -45℃~300℃	0.9kW~25kW	5.5kW~25kW	35L/min 2bar~150L/min 2.5bar	9.5kW~38kW
SUNDI -60℃~250℃	2.5kW~60kW	0.25kW~60kW	20L/min 2bar~250L/min 2.5bar	5kW~95kW
SUNDI -70℃~250℃	0.4kW~15kW	2.5kW~15kW	20L/min 2bar~110L/min 2.5bar	5.2kW~28kW
SUNDI -80℃~250℃	0.3kW~80kW	3kW~80kW	20L/min 2bar~400L/min 2.5bar	7.5kW~150kW
SUNDI -90℃~250℃	0.2kW~80kW	3kW~80kW	20L/min 2bar~400L/min 2.5bar	8kW~170kW
SUNDI -100℃~135℃	0.45kW~80kW	3.5kW~80kW	35L/min 2bar~400L/min 2.5bar	12kW~200kW

High &Low Temperature Control For Semiconductor Test

Model	Heating Power	Refrigerating Output	Temp. control Accuracy	Power	Circulation Pump
TES -45℃~250℃	2.5kW~25kW	0.25kW~25kW	±0.3℃	6kW~36kW	20L~150L/min2.5bar
TES -85℃~200℃	2.5kW~25kW	0.25kW~25kW	±0.3℃	6.5kW~50kW	20L~150L/min2.5bar
TES -60℃~200℃	15kW~60kW	3kW~60kW	±0.3℃	28kW~105kW	110L~300L/min2.5bar

High &Low Temperaute Control For Vehicle/Battery Test

Model	Heating Power	Cooling Capacity	Temp. control Accuracy	Power
KRY -40℃~+100℃	5.5kW~38kW	1.2kW~60kW	±0.5℃	12kW~82kW
KRY 0℃~+100℃	2.5kW~38kW	1.8kW~60kW	±0.5℃	6.5kW~50kW
KRY -25℃~+100℃	5.5kW~25kW	2.8kW~38kW	±0.5℃	11kW~45kW

Used For Laboratory Rotary evaporator

Model	Cooling Capacity	Flow Control	Power
FL -5℃~35℃	1.8kW~50kW	25L/min 1bar~250L/min 2.5bar	1.5kW~17kW
FL 800	0.35kW~0.9kW	10L/min 0.6bar	0.6kW

Applications

Plastic industry: Precisely control the temperature of various plastic granulation molds, reduce beer forming cycle time, and ensure stable product quality.
Electronic Industry: Stabilize the molecular formula of electronic components in production lines, improve the standard rate of electronic components, apply in the field of ultrasonic cleaning, and reasonably avoid the damage caused by expensive detergent evaporation and evaporation.
Electroplating field: controlling electroplating temperature, improving the relative density and smoothness of electroplated parts, shortening electroplating cycles, improving productivity, and improving product quality.
Mechanical Engineering: Control the working pressure and oil temperature of the steam pressure system software, stabilize the water temperature and steam pressure, increase the use time of oil, improve the lubrication efficiency of mechanical equipment, and reduce wear.
Engineering construction industrial production: providing frozen water for concrete, making the molecular formula of concrete suitable for the main purpose of engineering construction, and reasonably improving the strength and ductility of concrete.
Vacuum coating: Control the temperature of the vacuum coating machine to ensure the high quality of the plated parts.
Chemical and pharmaceutical industries: In the medical industry, the key is to control the temperature of hair alcohol drugs. Pharmaceutical manufacturing enterprises should flexibly use chiller equipment, fully leverage its advantages, strengthen technological innovation, improve the cost-effectiveness of chillers, and better serve projects in the pharmaceutical industry.
Laser industry: used for laser marking machines, laser engraving machines, laser welding machines, laser inkjet printers, laser cutting machines and other laser processing equipment, accurately controlling the temperature required by laser equipment to ensure the normal operation of laser equipment.

Accessible Equipments

1.Reactor 2.Vacuum Chamber 3.Experimental Instruments 4.Microchannel

1.Semiconductor 2. Mechanical assembly 3.Dryer 4.Evaporator

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