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Temperature Forcing System/Thermal Stream

AES -120℃～300℃

Thermal Stream detects the temperature change resistance of samples by providing a temperature-changing environment, mainly including two testing modes: thermal shock and temperature cycling.

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temperature forcing system（images 1）
temperature forcing system（images 2）
Temp change rate: 150℃ to -55℃＜10s
temperature forcing system（images 3）
Maximum air flow rate 30m³/h
temperature forcing system（images 4）
Temp accuracy ±0.1℃
temperature forcing system（images 5）
No need for liquid nitrogen

Compared with traditional temperature chambers, our AES series has a wider temperature control range and a high temperature 225℃ direct cooling process to meet the goal of rapid cooling during high temperature operation. Using compression refrigeration to reduce operating costs.

Customizable 100m³/h gas flow rapid impact testing machine, designed to meet the needs of larger testing power requirements.

AES series

-120°C

lowest

-300°C

Highest

±0.1°C

Temperature control accuracy


Model AES-4535
AES-4535W		 AES-6035
AES-6035W		 AES-8035
AES-8035W		 AES-A1035W AES-A1235W
Temperature range -40℃～225℃ -60℃～225℃ -80℃～225℃ -100℃～225℃ -120℃～225℃
Temperature accuracy ±0.1℃（Steady state outlet temperature）
Air requirements Air filter < 5um air oil content < 0.1um air temp and humidity：5℃-32℃ 0-50%RH
Air treatment capacity 10m³/h-m³/h  pressure 5bar-7.6bar
Size mm 540*690*1320 540*690*1320 540*690*1320 800*1200*1750 1000*1500*1850
Possess high-temperature

225℃ direct cooling technology.


Throttling method

Programmable controller and module


Compressor

Tecumseh,Dorin
Controller: PLC Controller



LNEYA never disappoints users！

Advantages of Temperature Forcing System

AES series Temperature forcing system is mainly used to provide a fast ambient temperature for chips, modules, integrated circuit boards, electronic components, etc. It is an indispensable equipment for product electrical performance testing, failure analysis, and reliability evaluation.

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temperature forcing system（images 6）
temperature forcing system（images 7）
temperature forcing system（images 8）
temperature forcing system（images 9）
temperature forcing system（images 10）
LNEYA never disappoints users！

Details of Temperature forcing system/thermal stream

It is recommended that AES series be used with a dryer. The whole equipment has only one air inlet. You provide dry compressed air or nitrogen that first passes through the pressure reducing valve outside the equipment, and then enters the equipment through the air inlet for temperature rise and fall.
The equipment passes the treated gas into the airflow hood to control the temperature rise and fall of the components in the airflow hood. The mechanical arm of the equipment can rotate at an angle of up to 285℃, the operable radius is 1.2m, and the air hood has a lifting height travel of 400mm, which can meet different experimental requirements.

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LNEYA never disappoints users！

Applications of Thermal stream aes series

Suitable for temperature cycling tests during the IC packaging assembly stage, yet it overlooks the reliability of the product under harsh environmental conditions.

By rapidly changing the temperature, the performance stability of components under temperature shock can be detected.
Reliability testing for high and low temperatures for IC chips, microelectronic devices, flash memory, sensors, etc., simulating extreme temperature environments.

Our AES series gas chiller can be used for temperature shock and thermal cycling tests of new materials for aerospace and optical communication modules.

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temperature forcing system（images 11）

ALL GAS chillers model

temperature forcing system（images 12）

LQ -110℃~-40℃
Nitrogen chillers

Gas flow 15m³/h~100m³/h
Circuit breaker 10A~25A
Lowest temperature -40℃/-75℃/-110℃

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temperature forcing system（images 13）

AES -120℃~225℃
Temperature forcing system

Temperature accuracy ±0.1℃
Air treatment capacity 10m³/h-30m³/h 5bar-7.6bar
Heating and cooling rate ＜10s

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temperature forcing system（images 14）

AET -75℃~250℃
Thermal test system

Temp range Gas outlet ± 0.1℃, remote ± 0.5℃
Air handing 22m³/h~95m³/h
Heating and cooling rate ＜10s

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temperature forcing system（images 15）

AI -105℃~125℃
Air circulation chiller

Heating power 3.5KW
Cooling capacity 1KW~3.5KW
Temp accuracy ±0.05℃

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temperature forcing system（images 16）

DR series -7℃
Industrial gas dryer

Pressure range 0.65～1.0Mpa
Dew point temperature -70℃
Gas processing capacity 425L/Min~1750L/Min

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You can trust our Temperature Forcing System/Thermal Stream factory

  • temperature forcing system（images 17）
  • temperature forcing system（images 18）
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  • temperature forcing system（images 20）
temperature forcing system（images 21）

Global service

Served more than 30,000 customers.
Exported to more than 20 countries.

temperature forcing system（images 22）

Certification patents

Has obtained CE certification, SGS certification, ISO certification.

temperature forcing system（images 23）

After-sales service

Provide comprehensive technical training.
With 24/7 solutions.

temperature forcing system（images 24）

Professional team

Founded in 2010, with 15 years of industry experience.
20% of employees are technicians.

temperature forcing system（images 25）

Quality control

Visual inspection.
Performance test.
Electrical safety test.

Get in touch with our temperature forcing system experts

The thermostream’s output airflow hood will cover the test item, creating a relatively sealed test chamber. The high-temperature or low-temperature airflow output by the thermostream causes the surface temperature of the test item to change dramatically, thus completing the corresponding thermal shock test.

Thermal shock testing simulates a products life cycle by exposing the product to rapid changes of temperatures ranging from -60°C to 170°C. This is completed by using a dual climate chamber that will transfer the product from one temperature extreme to the other, in less than 30 seconds.

Our AES series thermal stream gas chiller has a touch screen displaying the temperature change. The pressure of the refrigeration system is indicated by a pointer-type pressure gauge, while the pressure of the circulation system is detected by a pressure sensor.

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