Products – LNEYA Thermal Test Chillers https://www.lneyathermal.com 丨Semiconductor Testing Chiller Manufacturer Wed, 17 Apr 2024 06:18:38 +0000 zh-Hans hourly 1 https://www.lneyathermal.com/wp-content/uploads/2022/10/cropped-Lneya-logo2-32x32.jpg Products – LNEYA Thermal Test Chillers https://www.lneyathermal.com 32 32 Coolant Distribution Unit (CDU) https://www.lneyathermal.com/product/semiconductor-testing-chillers/coolant-distribution-unit-cdu.html https://www.lneyathermal.com/product/semiconductor-testing-chillers/coolant-distribution-unit-cdu.html#respond Sun, 26 Nov 2023 05:15:57 +0000 https://www.lneyathermal.com/?p=2437

Coolant Distribution Unit (CDU)

For Data Center Cooling

A coolant distribution unit does what it sounds like, it just pumps liquid at the desired temperature directly to the chip or server. This can be seen as a middleman in the IT cooling infrastructure.

A Coolant Distribution Unit (CDU)/chiller that will be placed between the data center cooling system and the heat rejection unit, with a circulation pump to drive the coolant circulation and heat exchange. The principle is that a reservoir is a container that stores excess process fluid, from which a pump draws fluid, and from which a heat exchanger discharges fluid. A temperature sensor senses the temperature of the process loop and sends a signal to the controller. Controllers are electrical devices that control the function of pumps, temperature sensors, and regulating valves. The CDU is attached and mounted to a semi-custom cabinet.

CDUs are divided into the following categories:

Liquid to Liquid CDU: Best Cooling Performance of All Types
Liquid to Gas CDU: Limited cooling capacity in comparison, but requires no water piping and is easier to install
Closed-loop liquid-cooled CDU

The coolant distribution unit of our LNEYA can be said to be a liquid-to-liquid type, which greatly reduces the ratio of high loss of coolant in the past, and has high safety and reliability.

CDU will become the mainstream thermal solution in the data center. In general, cooling systems with radiators, fans, air conditioning units, etc. are considered insufficient for CPUs over 300W. To continue normal operation of the 300-1000W high-power CPU and improve computing and processing efficiency, it is necessary to properly handle the heat through the CDU.

High cooling performance is not the only advantage of the CDU: Compared with air-cooled units, its major advantage is that it consumes less power and has less loss of liquid cooling media.

The customer is required to provide parameters such as heat dissipation and volume, and the required equipment power can be calculated based on the formula.

Cold Plate Liquid Cooling CDU-15kW

Used for the renovation of small and medium-sized old data computer rooms.

  • Fengliu structure
  • Heat dissipation up to 12kW
  • PUE≤1.2
  • Plug-in frame design
  • Hot and cold aisle isolation

Cabinet-type liquid cooling CDU-300kW

Used in data center micro-modules liquid cooling.

  • Annual PUE＜1.2
  • Heat dissipation 300kW
  • 42U cabinet design
  • Water pump frequency conversion operation


CDU working principle

The cooling water enters the unit, exchanges heat with the heat transfer medium, takes away the heat of the heat transfer medium, and reaches the intended temperature. It can be automatically adjusted by frequency conversion according to system pressure, temperature and flow.

The main heat source is cooled by liquid-cooled heat exchange, reducing the use of air-cooled systems. The cooling liquid circulation is provided for the heating element through the liquid cooling equipment, which saves the air heat exchange link and saves a lot of energy consumption of the refrigeration system.

Cooling methods for data center coolant distribution units:

  • Liquid cold plate heat exchange
  • Liquid-liquid cycle

CDU-15kW

Air-cooled liquid-cooling cold plate chiller

The heat dissipation is as high as 15kW, which can quickly complete the construction of edge computer rooms and the transformation of old computer rooms. Annual OUE≤1.2, heat exchange increased by 10%.

CDU-300kW

Liquid Cooling – Liquid Cooling Integrated System


The heat dissipation reaches 300kW, which can realize the natural heat dissipation of server equipment. It has an independent heat exchange system, power supply system and monitoring system, and can be used in data center micromodules.

CDU parameter

ZLFQ series Temperature accuracy ±0.2℃

ModelZLFQ-15ZLFQ-25ZLFQ-50ZLFQ-75ZLFQ-100ZLFQ-150
Temp RangeCooling Water Temperature+5℃～35℃   
Cooling Water 5℃~30℃ Adopt Siemens/Honeywell regulating valve to control cooling water flow
Temp Control Accuracy±0.2℃±0.5℃
Flow Control10～25L/min25～50L/min40～110L/min70～150L/min150～250L/min200～400L/min
 The flow control is adjusted by frequency converter, the precision ±0.3L/min
Cooling Capacity（MAX）15kW25kW50kW75kW100kW150kW
Storage Volume15L30L60L100L150L200L
BrineWater, silicone oil, fluorinated liquid, ethylene glycol aqueous solution, etc.
ControllerPLC, fuzzy PID control algorithm, with cascade control algorithm
Temp ControlHeat transfer medium outlet temperature control mode, with cascade control algorithm
Letter of agreementEthernet interface TCP/IP protocol  
RS485 interface modbus RTU protocol
Device Internal Temperature FeedbackEquipment heat transfer medium outlet temperature, medium inlet temperature, cooling water temperature
Tank LevelImport and export pressure sensor detection, cooling water pressure detection
Medium PipelineSUS304
Heat ExchangerPlate heat exchanger, special attention: need to use clean factory water
Operation PanelLNEYA customized 7-inch color touch screen, temperature curve display\EXCEL data export
SecurityWith self-diagnosis function; phase sequence and phase failure protector; pressure protection, overload relay, thermal protection device and other safety protection functions.
In and out interface sizeG3/4G1G1DN32DN40DN50
Cooling water interfaceG3/4G1DN40DN50DN50DN65
Cooling MethodWater-cooled, the factory water temperature is lower than the minimum temperature provided by the equipment by more than 3°C, and the water temperature fluctuation is ≤3°C
Cooling Water Flow   7～20℃2.5m³/h4m³/h8m³/h13m³/h17m³/h25m³/h
Power 380V 50HZ 1kW1.5kW3kW4kW5kW6kW
Shell MaterialCold-rolled sheet spray RAL7035

ZLFQ series Temperature accuracy ±0.5℃

ModelZLFQ-200ZLFQ-250ZLFQ-300ZLFQ-400ZLFQ-500
Temp RangeCooling Water Temperature+5℃～35℃ 
Temp Control Accuracy±0.5℃
Flow Control  15～30m³/h20～35m³/h25～40m³/h30～60m³/h40～70m³/h
 Flow control is adjusted by frequency converter
Cooling Capacity（MAX） 200kW250kW300kW400kW500kW
Storage Volume250L300L600L1000L1200L
Cooling MethodHeat exchange between factory service water and brine, and brine provides cooling capacity for heating equipment
BrineWater, silicone oil, fluorinated liquid, ethylene glycol aqueous solution, etc.
ControllerPLC, fuzzy PID control algorithm, with cascade control algorithm
Temp ControlHeat transfer medium outlet temperature control mode
Letter of agreementEthernet interface TCP/IP protocol  
RS485 interface modbus RTU protocol
Device Internal Temperature FeedbackEquipment heat transfer medium outlet temperature, medium inlet temperature, cooling water temperature
Tank LevelPressure sensor real-time monitoring
Medium PipelineSUS304
System PressureUsing the pressure sensor to detect and display on the touch screen
Heat ExchangerPlate heat exchanger, special attention: need to use clean factory water
Operation PanelLNEYA customized 7-inch color touch screen, temperature curve display\EXCEL data export
SecurityWith self-diagnosis function; phase sequence and phase failure protector; pressure protection, overload relay, thermal protection device and other safety protection functions.
In and out interface sizeDN65DN65DN65DN80DN80
Cooling water interfaceDN80DN80DN100DN100DN125
Cooling MethodWater-cooled, the factory water temperature is lower than the minimum temperature provided by the equipment by more than 3°C, and the water temperature fluctuation is ≤3°C
Cooling Water Flow       7～20℃34m³/h43m³/h51m³/h69m³/h86m³/h
Power 380V 50HZ7kW7kW8kW9kW13kW
Shell MaterialCold-rolled sheet spray RAL7035

Mainly Used For:

  • High-performance computing Center
  • Managed Data Center
  • Telecommunications/Mobile
  • Semiconductor
  • Enterprise Data Center
  • Universities

Easy Maintenance

Valve components are mostly split type, which is easy to disassemble and replace.

Efficient & Reliable

Direct liquid cooling of the device reduces the server’s operating temperature and extends its life.

Safe & Reliable

Supports dual power supply configuration, improving power supply stability.

Attentive service

ModularStandard 42U cabinet design, highly modular products
System StabilityPressure, temperature, flow, current, leakage and other protection functions, safe and reliable
Frequency Conversion OperationThe frequency conversion of the water pump can automatically adjust the sub-frequency according to the system pressure, temperature and flow
Easy MaintenanceMost of the valve components are split, which is easy to disassemble and replace
Efficient and ReliableCool the equipment directly by liquid, reduce the operating temperature of the server and prolong the life
Safe and ReliableSupport dual power supply configuration, improve power supply stability
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]]> https://www.lneyathermal.com/product/semiconductor-testing-chillers/coolant-distribution-unit-cdu.html/feed 0 YQH -75℃~-40℃ https://www.lneyathermal.com/product/yqh-75-40.html https://www.lneyathermal.com/product/yqh-75-40.html#respond Sun, 26 Nov 2023 05:01:45 +0000 https://www.lneyathermal.com/?p=2434
YQH -75℃~-40℃

YQH -75℃~-40℃

Used in gas condensation and liquefaction recovery. VOCS gas or other electronic gases are connected to the equipment through an induced draft fan, and are liquefied, captured and separated into a collection tank by lowering the temperature, and other gases are discharged, thereby achieving condensation capture and recovery of the gas.

INQUIRY

Configuration Details

Model

YQH-3520EXd

YQH-3520Wexd

YQH-7520EXd

YQH-7520WEXd

YQH-3530EXd

YQH-3530WEXd

YQH-7530EXd

YQH-7530WEXd

Gas flow

20m3/h

20m3/h

30m3/h

30m3/h

Lowest temperature

-35℃

-75℃

-35℃

-75℃

First level temperature

0℃

0℃

0℃

0℃

Cold box pressure

8bar

8bar

8bar

8bar

Heat exchange area

3m2*2

3m2*2

5m2*2

5m2*2

Heat exchanger material

SUS304

SUS304

SUS304

SUS304

Pressure monitoring

Anti-ice blocking pressure monitoring and protection for the inlet and outlet of the primary and secondary evaporation traps

Defrost control

Defrost control can be performed based on pressure monitoring

Air inlet diameter

DN40 PN16

DN40 PN16

DN50 PN16

DN50 PN16

Recovery liquid storage tank

10L Optional installation of recovery transfer pump

15L Optional installation of recovery transfer pump

Drain port diameter

G1/2

G1/2

G1/2

G1/2

Control System

Siemens PLC

Display and record

7-inch color touch screen

Compressor

Emerson Copeland Scroll flexible compressor (explosion-proof is epoxy resin encapsulated)

Power supply 380V 50HZ  MAX

3.5KW  

5KW

4KW

6KW

Size

800*1200*1850

800*1200*1850

1000*1500*1850

1000*1500*1850

Cooling water (water cooling)20℃

1800L/H  1BAR~4BAR  G3/4

3000L/H  1BAR~4BAR  G3/4

Product Description

The gas heat exchange system has a pressure resistance of 8bar and a heat exchange cold box with a pressure resistance of 25bar can be customized.
The temperature range is from -40℃~-75℃, which can meet different temperatures;
All use environmentally friendly refrigerants;
Using secondary subcooling technology, cooling is rapid and the extreme temperature is low;
Use well-known brand compressors, mainly self-branded Taikang, Emerson Copeland, and Carlisle;
The evaporator adopts plate heat exchanger, which has small size, long residence time and high efficiency;
Use cold controls (Danfoss pressure controller, balance valve, solenoid valve, filter dryer, Emerson oil separator, etc.);
Using Danfoss expansion valve and Emerson electronic expansion valve, the control accuracy is high;
Adopts Siemens PLC, 7-inch color touch screen display, automatic control operation, and has temperature and pressure curve display, temperature recording USB disk, and fault alarm record;
For complete machine installation, the system has been tested at the factory. The user only needs to install the refrigerant pipeline and cooling water pipeline before operation;


Factory test: Each refrigeration unit is tested under load in the factory for no less than 12 hours;

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]]> https://www.lneyathermal.com/product/yqh-75-40.html/feed 0 ZLJ-2.5P&4P https://www.lneyathermal.com/product/zlj-2-5p4p.html https://www.lneyathermal.com/product/zlj-2-5p4p.html#respond Sat, 25 Nov 2023 08:48:30 +0000 https://www.lneyathermal.com/?p=2425
ZLJ-2.5P&4P

ZLJ-2.5P&4P

Utilizing the condensation effect on the collector surface

  • Cooling TypeAir cooling
  • Cooling Power5kW &10kW
  • RefrigerantR134A
  • Suction Pressure300kpa
  • Temperature distinguish±0.1℃
air cooling chillerdirect coolingsemiconductor test chiller
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Configuration Details

Model ZLJ-2.5P-S ZLJ-4P-S
Cooling Capacity 5kw～6kw 10kw
Refrigerant R134a R134a
Suction pressure (control according to actual battery pack matching) 300kpa 300kpa
Suction pressure control accuracy ±30kpa ±30kpa
Condensing pressure 1500kpa 1500kpa
Condensing pressure control accuracy ±60kpa ±60kpa
Pressure Measurement Resolution 0.1kpa 0.1kpa
Temperature measurement resolution 0.1℃ 0.1℃
Subcooling degree (expansion valve front end temperature) 3℃～5℃ 3℃～5℃
Superheat (battery pack outlet temperature) 0℃～5℃ 0℃～5℃
Cooling method Air Cooling Air Cooling
Compressor Automotive Air Conditioning Compressor Automotive Air Conditioning Compressor
Control screen display The control pressure, superheat (battery pack outlet temperature), subcooling (expansion valve front temperature), equipment inlet and outlet exhaust pressure and suction pressure, exhaust temperature and suction temperature must be displayed. The above data are displayed in real time and support curves View historical data and export
Control System PLC PLC
Protocol CAN CAN
Noise ≤75dB(A) ≤75dB(A)
Total Power ≤3KW ≤6KW
Power Supply 380V/50HZ 380V/50HZ
Size 550*680*1450（mm） 1000*1500*1850（mm）

Product Description

The refrigerant in the refrigeration system is directly output and evaporated into the target control element (heat exchanger) for heat exchange, thereby cooling the target control object. Compared with the fluid (gas) transported into the heat exchanger, it has a higher heat exchange capacity, which is especially suitable for applications where the heat exchange area of the heat exchanger is small but the heat exchange capacity is large. It can also be used as gas capture, the refrigerant is directly passed into the trap to evaporate, and the gas in the space is quickly captured through the condensation effect on the surface of the trap.

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]]> https://www.lneyathermal.com/product/zlj-2-5p4p.html/feed 0 MD -75℃～225℃ https://www.lneyathermal.com/product/thermal-thuck-md-75225.html https://www.lneyathermal.com/product/thermal-thuck-md-75225.html#respond Sat, 25 Nov 2023 08:29:28 +0000 https://www.lneyathermal.com/?p=2422
MD -75℃～225℃

MD -75℃～225℃

Thermal chuck or Thermal plate/Thermal control unit

  • Temperture accuracy±0.1℃
  • Heating Power-60°C to +25°C: 2 min 0°C to +25°C: 2 min +25°C to +220°C: 6 min
  • Cooling Power220°C to +25°C: 2 min +25°C to -60°C: 6 min
  • Source Power2.8KW
  • Flat ShapeRound/Square
semiconductor test chillerthermal platethermal thuck
INQUIRY

Configuration Details

Model

MD-708

MD-712

MDL-708

Temp. Range

-75℃～225℃

-75℃～225℃

-75℃～225℃

Temperature control accuracy

±0.1℃

±0.1℃

±0.1℃

temperature uniformity

±1℃

±1℃

±1℃

Flatness

±50um

±50um

±50um

Tablet Size

200mm diameter disc

300mm diameter disc

150mm*200mm

Host and card cable

2.5m (other lengths can be customized)

Flat surface treatment

Electroplated nickel (optional gold plating)

Heat Up

-60°C to +25°C: 2 min

0°C to +25°C: 2 min

+25°C to +220°C: 6 min

Cool Down

220°C to +25°C: 2 min

+25°C to -60°C: 6 min

Control System

PLC controller, heating feed-forward PID fuzzy algorithm, cooling electronic expansion valve PID adjustment control cooling capacity

Display and Record

7-inch color touch screen, record temperature curve

Communication

Ethernet interface TCP/IP protocol

Refrigeration Compressors

Taikang

Power Supply

220V 50/60HZ 2.8KW

220V 50/60HZ 4.5KW

220V 50/60HZ 2.8KW

Host size mm

550×650×370

550×650×370

550×650×370

Product Description

MD’s greatest innovation in thermal testing is the series of thermally controlled chucks, which are mainly used for performance testing, modeling, process development, design defect or IC failure analysis of semiconductor wafers. It can realize rapid temperature change and precisely control the temperature. The system itself has its own refrigerator, which avoids the consumption of liquid nitrogen, carbon dioxide, etc., and each system includes a chuck and a cold and hot control unit.

The inside of the plate adopts the direct evaporation method of refrigerant, which greatly improves the heat exchange efficiency and the heat exchange power per unit area of the plate compared with the liquid cooling method.


Features:
Rapid cooling/heating rates up to 25°C/min
Built-in refrigerator to avoid the consumption of liquid nitrogen, carbon dioxide, etc. Programmable automation, temperature stability +/-0.1
Controller provides touch screen and remote interface to precisely control and monitor equipment temperature
Display test status – real-time data

Thermal Chuck MD series provides an open flat surface working platform, rapid temperature rise and fall, and constant temperature control, which can be used for testing RF devices and high-density power devices (IGBTSAND MOSFETS), and can also be used for rapid cooling of laboratory flat panels (plasma, biological products, batteries), etc.

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]]> https://www.lneyathermal.com/product/thermal-thuck-md-75225.html/feed 0 ETCU+5 ℃~90 ℃ heat exchange system without compressor https://www.lneyathermal.com/product/etcu5-90-heat-exchange-system.html https://www.lneyathermal.com/product/etcu5-90-heat-exchange-system.html#respond Sat, 25 Nov 2023 08:17:34 +0000 https://www.lneyathermal.com/?p=2419

ETCU 5℃～+90℃

Heat exchange system without compressor

  • Temperture accuracy±0.3℃
  • Cooling Power5~30kW
  • Tank Volume6～15L
  • Power Source0.6kW~1.6kW
heat exchange systemsemiconductor test chiller

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Configuration Details

Model

ETCU-005W

ETCU-008W

ETCU-015W

ETCU-030W

Temp control 

Cooling water +5℃~90℃   ±0.3℃

Cooling water temp.

7℃~30℃ Use Siemens/Honeywell regulating valve to control cooling water flow

Cooling Capacity

5kw

8kw

15kw

30kw

 

Test conditions: At maximum circulation volume, the temperature difference between the temperature control temperature and the cooling water temperature is 15°C

Circulation pump flow

7~20L/min 5bar

7~20L/min 5bar

15~40L/min 5bar

20~60L/min 5bar

Tank volume

6L

8L

10L

15L

Weight

480*750*390

480*750*390

480*750*390

480*750*500

Power source

220V 50HZ/60hz    0.6kw

220V 50HZ/60hz1.3kw

220V 50HZ/60hz 1.6kw

Product Description

Product Applications

Chip-Specific High and Low Temperature Tester In the manufacture of semiconductor electronic components for harsh environments, the IC packaging assembly and engineering and production testing phases include electronic thermal testing at temperatures (-100°C to +80 °C) and other environments. Test the simulation. Once put into practical use, these semiconductor devices and electronic products can be exposed to extreme environmental conditions to meet demanding military and telecommunications reliability standards.
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]]> https://www.lneyathermal.com/product/etcu5-90-heat-exchange-system.html/feed 0 FLT -100℃～+80℃ Reverse ltricat Cooling https://www.lneyathermal.com/product/flt-10080-reverse-ltricat-cooling.html https://www.lneyathermal.com/product/flt-10080-reverse-ltricat-cooling.html#respond Sat, 25 Nov 2023 07:49:20 +0000 https://www.lneyathermal.com/?p=2414

FLT -100℃～+80℃

Reverse ltricat cooling system

  • Temperture accuracy±0.1℃
  • Cooling Power0.6~3kW
  • Heating Power2~3.5kW
  • Flow Control12～45L/min
  • Heat Transfer OilFluorinated fluid
process chillersemiconductor test chiller

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Configuration Details

Model

FLT-803W

FLT-805W

FLT-806W

FLT-808W

FLT-810W

Temp Range

-80℃～+80℃

Temperature Control Accuracy

±0.1℃  

Flow Control

7～25L/min

12～45L/min

The flow control is adjusted by a frequency converter, and the speed is automatically adjusted according to the feedback signal of the flow sensor. The maximum pressure of the circulating pump is 6bar

Cooling Power @-70℃

0.6KW

1KW

1.5KW

2KW

3KW

Heating Power

2KW

2KW

2KW

3.5KW

3.5KW

Internal circulation fluid volume

4L

5L

6L

8L

10L

Expansion tank volume

10L

10L

15L

15L

20L

Heat transfer medium

Fluorinated liquid

In and out interface

ZG1/2

ZG1/2

ZG3/4

ZG3/4

ZG3/4

Cooling water interface

ZG3/4

ZG3/4

ZG3/4

G1

G1

Cooling water @20℃

1.8m3/h

2.5m3/h

3m3/h

5m3/h

6m3/h

Source

380V 50HZ

Breaker

25A

25A

32A

40A

50A

Model

FLT-1002W

FLT-1004W

Temp Range

-100℃～+80℃

-100℃～+80℃

Temperature control accuracy

±0.1℃  

±0.1℃  

Flow Control

7～25L/min

12～45L/min
 

The flow control is adjusted by a frequency converter, and the speed is automatically adjusted according to the feedback signal of the flow sensor. The maximum pressure of the circulating pump is 6bar

Cooling Power @-90℃

1.5KW

3KW

Heating Power

3.5KW

5.5KW

Internal circulation fluid volume

5L

8L

Expansion tank volume

10L

15L

Heat transfer medium

Fluorinated liquid

Heat transfer medium interface

G3/4

G3/4

Cooling water interface

G3/4

G1

Cooling water @20℃

50L/min 2bar~7bar

100L/min 2bar~7bar

Source

380V 50HZ

380V 50HZ

Breaker

32A

63A

Size

700*800*1850

800*1200*1850

Product Description

Product Applications

Chip-Specific High and Low Temperature Tester In the manufacture of semiconductor electronic components for harsh environments, the IC packaging assembly and engineering and production testing phases include electronic thermal testing at temperatures (-100°C to +80 °C) and other environments. Test the simulation. Once put into practical use, these semiconductor devices and electronic products can be exposed to extreme environmental conditions to meet demanding military and telecommunications reliability standards.
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]]> https://www.lneyathermal.com/product/flt-10080-reverse-ltricat-cooling.html/feed 0 FLTZ -30℃~40℃ Double Frequency Conversion https://www.lneyathermal.com/product/fltz-30%e2%84%8340%e2%84%83-double-frequency-conversion.html https://www.lneyathermal.com/product/fltz-30%e2%84%8340%e2%84%83-double-frequency-conversion.html#respond Sat, 25 Nov 2023 07:41:06 +0000 https://www.lneyathermal.com/?p=2411

FLTZ -30℃~40℃

Circulating pump & compressor are adjusted by frequency conversion chiller

  • Temperture accuracy±0.1℃
  • Cooling Power5~11kW
  • Heating Power2.5kW
  • Flow Control15～45L/min ±0.3
  • Heat Transfer OilFluorinated fluid, antifreeze fluid, heat conduction silicone oil
process chillersemiconductor test chiller

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Configuration Details

Model

FLTZ-305W

FLTZ-305W/2T          Double System

Temp Range

-30℃~40℃

-30℃~40℃

-30℃~40℃

Temperature Control Accuracy

±0.1℃  

±0.1℃  

±0.1℃  

Flow Control

15～45L/min ±0.3

15～45L/min ±0.3

15～45L/min ±0.3

Pump Pressure

6bar max

6bar max

6bar max

Heating Power

2.5kw

2.5kw

2.5kw

Cooling Power@15℃

11kw

11kw

11kw

Cooling Power@-15℃

5kw   约4500rpm

5kw   约4500rpm

5kw   约4500rpm

Internal circulation fluid volume

8L

8L

8L

Expansion tank volume

15L

25L

Heat transfer medium

Fluorinated fluid, antifreeze fluid, heat conduction silicone oil

Heat transfer medium interface

ZG3/4

ZG3/4

ZG3/4

Cooling water interface

ZG3/4

ZG3/4

Cooling water

30L/min @20℃

60L/min @20℃

Source

220V 50/60HZ

220V 50/60HZ

Breaker

40A

80A

Size

450*700*1600

650*850*1600

3.5kW electric heating is optional, the temperature can be extended to 90°C, and the power supply needs to be changed to 380V

Product Description

Product Applications

Chip-Specific High and Low Temperature Tester In the manufacture of semiconductor electronic components for harsh environments, the IC packaging assembly and engineering and production testing phases include electronic thermal testing at temperatures (-100°C to +80 °C) and other environments. Test the simulation. Once put into practical use, these semiconductor devices and electronic products can be exposed to extreme environmental conditions to meet demanding military and telecommunications reliability standards.
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]]> https://www.lneyathermal.com/product/fltz-30%e2%84%8340%e2%84%83-double-frequency-conversion.html/feed 0 FLT -45℃～40℃ https://www.lneyathermal.com/product/flt-45%e2%84%83%ef%bd%9e40%e2%84%83.html https://www.lneyathermal.com/product/flt-45%e2%84%83%ef%bd%9e40%e2%84%83.html#respond Sat, 25 Nov 2023 07:32:02 +0000 https://www.lneyathermal.com/?p=2408

FLT -45℃～40℃

Semiconductor Process Cooling

  • Temperture accuracy±0.1℃
  • Cooling Power1~8kW
  • RefrigentR410A
  • Power3kW~15kW
process chillersemiconductor test chiller

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Configuration Details

Model

FLT-402

FLT-402W

FLT-403

FLT-403W

FLT-404

FLT-404W

FLT-406

FLT-406W

FLT-408

FLT-408W

FLT-410

FLT-410W

FLT-415

FLT-415W

Temp Range

 -45℃～40℃

Temperature control accuracy

±0.1℃  

Flow Control

10～25L/min  5bar max

15～45L/min 6bar max

25～75L/min 6bar max

Heating

Using compressor heating to prevent condenser frosting technology

Cooling capacity

@-35℃

1kw

1.4kw

1.8kw

2.5kw

3.3kw

5kw

8kw

Internal circulation fluid volume

4L

5L

6L

8L

10L

12L

20L

Expansion tank volume

10L

10L

15L

15L

20L

25L

35L

Refrigerant

R404A

Brine

Silicone oil, fluorinated liquid, ethylene glycol aqueous solution,

In and out interface

G1/2

G1/2

G3/4

G3/4

G3/4

G1

G3/4

Cooling Water Port

G1/2

G3/4

G3/4

G1

G1

G1

G1 1/8

Cooling Water Flow @20℃

1.5m³/H

2.4m³/H

3.5m³/H

5m³/H

5.5m³/H

6m³/H

8m³/H

Power 380V

3KW

4KW

6KW

7.5KW

9KW

12KW

15KW

Temperature Extension

Extend -25℃～80℃ by adding electric heater

Product Description

Product Applications

Chip-Specific High and Low Temperature Tester In the manufacture of semiconductor electronic components for harsh environments, the IC packaging assembly and engineering and production testing phases include electronic thermal testing at temperatures (-100°C to +80 °C) and other environments. Test the simulation. Once put into practical use, these semiconductor devices and electronic products can be exposed to extreme environmental conditions to meet demanding military and telecommunications reliability standards.
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]]> https://www.lneyathermal.com/product/flt-45%e2%84%83%ef%bd%9e40%e2%84%83.html/feed 0 FLT -25℃～40℃ https://www.lneyathermal.com/product/flt-2540.html https://www.lneyathermal.com/product/flt-2540.html#respond Sat, 25 Nov 2023 07:11:29 +0000 https://www.lneyathermal.com/?p=2406

FLT 5℃～40℃

Fluid fluorinated liquid chiller

  • Temperture accuracy±0.1℃
  • Cooling Power2~15kW
  • RefrigentR410A
  • Power3kW~17kW
cooling chillersemiconductor test chiller

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Configuration Details

Model

FLT-202

FLT-202W

FLT-203

FLT-203W

FLT-204

FLT-204W

FLT-206

FLT-206W

FLT-208

FLT-208W

FLT-210

FLT-210W

FLT-215

FLT-215W

Temp Range

-25℃～40℃

Temp Control Accuracy

±0.1℃  

Flow Control  

10～25L/min ±0.3

15～45L/min ±0.3

25～75L/min ±0.3
 

流量控制采用变频器调节，循环泵最大压力5bar

Cooling Power

@-15℃

2kw

3kw

3.8kw

6kw

7.6kw

10kw

15kw

Internal circulation fluid volume

4L

5L

6L

8L

10L

12L

20L

Expansion tank volume

10L

10L

15L

15L

20L

25L

35L

Refrigerant

R404A

Brine

Silicone oil, fluorinated liquid, ethylene glycol aqueous solution

In and out interface

G1/2

G1/2

G3/4

G3/4

G3/4

G1

G1

cooling water port

G1/2

G1/2

G3/4

G3/4

G1

G1

G1 1/8

Cooling water flow @20℃

1.2m³/H

1.6m³/H

2.6m³/H

3.6m³/H

5.5m³/H

7m³/H

10.2m³/H

Source 380V

3KW

4KW

6KW

8KW

9KW

13KW

17KW

Temperature Extension

Extend -25℃～80℃ by adding electric heater

Product Description

Product Applications

Chip-Specific High and Low Temperature Tester In the manufacture of semiconductor electronic components for harsh environments, the IC packaging assembly and engineering and production testing phases include electronic thermal testing at temperatures (-100°C to +80 °C) and other environments. Test the simulation. Once put into practical use, these semiconductor devices and electronic products can be exposed to extreme environmental conditions to meet demanding military and telecommunications reliability standards.
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]]> https://www.lneyathermal.com/product/flt-2540.html/feed 0 FLT 5℃～40℃ https://www.lneyathermal.com/product/flt-5%e2%84%83%ef%bd%9e40%e2%84%83.html https://www.lneyathermal.com/product/flt-5%e2%84%83%ef%bd%9e40%e2%84%83.html#respond Sat, 25 Nov 2023 06:38:56 +0000 https://www.lneyathermal.com/?p=2396

FLT 5℃～40℃

Cooling Chiller

  • Temperture accuracy±0.1℃
  • Cooling Power6~40kW
  • RefrigentR410A
  • Power3.5kW~16kW
cooling chillersemiconductor test chiller

Request A Quote

Configuration Details

Model

FLT-002

FLT-002W

FLT-003

FLT-003W

FLT-004

FLT-004W

FLT-006

FLT-006W

FLT-008

FLT-008W

FLT-010

FLT-010W

FLT-015

FLT-015W

Temp Range

 5℃～40℃

Temp control accuracy

±0.1℃  

Flow Control  

10～25L/min  5bar max

15～45L/min  6bar max

25～75L/min  6bar max

Cooling capacity @10℃

 6kw

 8kw

 10kw

15 kw

 20kw

 25kw

 40kw

Internal circulation fluid volume

4L

5L

6L

8L

10L

12L

20L

Expansion tank volume

10L

10L

15L

15L

20L

25L

35L

Refrigerant

R410A

Brine

Silicone oil, fluorinated liquid, ethylene glycol aqueous solution, DI, etc. (DI temperature needs to be controlled above 10°C)

In and out interface

G1/2

G1/2

G3/4

G3/4

G3/4

G1

G1

cooling water port

G1/2

G1/2

G3/4

G1

G1

G1

G1 1/8

Cooling water flow @20℃

1.5m³/h

2m³/h

2.5m³/h

4m³/h

4.5m³/h

5.6m³/h

9m³/h

Power 380V

3.5kW

4kW

5.5kW

7kW

9.5kW

12kW

16kW

Temperature Extension

Extend -25℃～80℃ by adding electric heater

Product Description

Product Applications

Chip-Specific High and Low Temperature Tester In the manufacture of semiconductor electronic components for harsh environments, the IC packaging assembly and engineering and production testing phases include electronic thermal testing at temperatures (-100°C to +80 °C) and other environments. Test the simulation. Once put into practical use, these semiconductor devices and electronic products can be exposed to extreme environmental conditions to meet demanding military and telecommunications reliability standards.
Click online message to inquire about product details
Send us a message about the FLT series Chiller
Send us a message about the FLT series Chiller
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