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WATER COOLED 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.

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.

Air Cooled Chillers Vs Water Cooled Chillers
- Air cooled chillers require less maintenance than water-cooled chillers.
- Air cooled chillers do not require a cooling tower or a condenser water pump.
- Consume approximately 10% more power than a water-cooled unit due to wet surfaces transferring heat better than dry surfaces.
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 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 Distillation ExtractionLow&High Temperature
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LJ -45°C~ -10°C
Cooling capacity @-20℃ 12kW~360kW Power range 12kW~270kW
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LN -60°C~ -10°C
Cooling capacity @-55℃ 6kW~180kW Power range 14kW~300kW
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LD -80°C~ -30°C
Cooling capacity @-75℃ 4kW~180kW Power range 14kW~588kW
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CDLJ -110°C~ -50°C
Cooling capacity @-105℃ 2kW~120kW Power range 14kW~768kW
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Used For Semiconductor TestLow&High Temperature
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MD -75℃~225℃
Thermal chuck or Thermal plate/Thermal control unit for ic test cooling
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FLT -80℃~+80℃ Reverse ltricat Refrigeration
Cooling Power 0.6~3kW Heating Power 2~3.5kW Flow Control 12~45L/min Heat Transfer Oil Fluorinated fluid
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FLTZ -30℃~40℃ Double Frequency Conversion
Temperture accuracy ±0.1℃ Cooling Power 5~11kW Heating Power 2.5kW
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FLT -45℃~40℃
Temperture accuracy ±0.1℃ Cooling Power 6~40kW Refrigent R410A
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