Horizontal thermal shock test chamber

NegotiableUpdate on 02/04

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Overview

As a professional environmental simulation equipment, the horizontal thermal shock test chamber has become a reliability testing assistant for many industries, playing an important role in promoting the improvement of product quality and technological innovation in various industries

Product Details

In many fields such as modern industrial production, scientific research and experimentation, and electronic product development, product reliability and environmental adaptability testing are crucial.Horizontal thermal shock test chamberAs a professional environmental simulation device, it has become a reliable testing assistant for many industries, playing an important role in promoting the improvement of product quality and technological innovation in various industries.

Horizontal thermal shock test chamberIt has many advantages. In addition to uniform temperature field, good insulation performance, and precise temperature control, it also has the ability to quickly switch from high temperature to low temperature or vice versa in a short period of time, simulating the rapid temperature changes in real environments. Moreover, the operation is relatively simple, and the test parameters such as temperature value, impact frequency, dwell time, etc. can be easily set through the control panel, which is convenient for researchers and operators to use.

1、 Working principle

Horizontal thermal shock test chamberMainly based on the principle of heat transfer to simulate special changes in hot and cold environments. It achieves rapid temperature conversion through special structural design and coordinated operation of refrigeration and heating systems. There are high temperature and low temperature zones inside the box, separated by air doors or other switching devices. When conducting the experiment, the sample is placed in the testing area and exposed to high and low temperature environments alternately for a short period of time by controlling the opening and closing of the air door. For example, opening the air door allows high-temperature airflow to quickly enter the test area, causing the sample to quickly heat up to the set high temperature value; Switching the rear air door, low-temperature airflow enters, causing the sample to rapidly cool down to the set low-temperature value. By repeating this process, it is possible to simulate the rapid temperature changes that the product may encounter in actual use.

2、 Structural characteristics

This type of test box has distinct structural characteristics. The horizontal layout makes the temperature field distribution inside the box relatively uniform, which can better ensure the consistency of the temperature impact on the sample on the same plane. This is particularly important for testing precision electronic products, aerospace components, etc. that require high temperature uniformity.

The box is generally wrapped with high-quality insulation materials, such as polyurethane foam materials, which effectively reduce the loss of heat and the interference of external environment on the temperature inside the box, ensuring the accuracy of temperature control during the test process.

The internal refrigeration and heating systems have been carefully designed. Refrigeration systems typically use efficient components such as compressors and evaporators, which can quickly cool to low temperature requirements; The heating system can use high-quality heating wires or heating tubes to achieve rapid heating. Moreover, these systems are equipped with advanced temperature control devices that can accurately adjust the temperature with minimal error range.

3、 Application Fields

Horizontal thermal shock test chamberThe application is very extensive. In the electronics industry, various electronic products such as mobile phones, computers, chips, etc. need to undergo thermal shock tests to test their performance stability and reliability in different temperature environments during the research and production process. By simulating special temperature changes through this test chamber, potential quality issues with electronic products such as loose solder joints and changes in component performance can be identified in advance, allowing for improvements and enhanced product quality. In the field of automobile manufacturing, automotive components such as engines and electronic control systems also need to undergo thermal shock tests. This helps ensure that these components can work properly in actual use in different seasons and regions, ensuring the safety and performance of the car's driving.

In addition, in many fields such as aerospace, medical equipment, and new material research and development,Horizontal thermal shock test chamberThey are also important testing equipment, providing strong environmental simulation support for the development and quality control of related products.

4、 Selection parameters

model	YC-TS2-800	YC-TS2-1000	YC-TS2-1500	YC-TS2-2000
inner box volume	800L	1000L	1500L	2000L
Inner box size (W ^ H * D) MM	80010001000	100010001000	100010001500	100010002000
Outer box size (W ^ H * D) MM	285018502280	305018502280	305018502780	305018503280
Impact temperature	High temperature:+60 ℃~+150 ℃ (non-standard can be customized to 180 ℃, 200 ℃) Low temperature:A(-10℃~-40℃); B(-10℃~-55℃); C(-10℃~-65℃)
Temperature range of high temperature tank	+60 ℃~+200 ℃ (non-standard can be customized up to 220 ℃)
Temperature range of low-temperature tank	A(-55℃~-10℃),B(-65℃~-10℃); C(-80℃~-10℃)
warm-up time	room temperature~+200℃≤15 min
cooling time	A(+20℃~-55℃)≤70min; B(+20℃~-65℃)≤80min; C(+20℃~-80℃)≤90min
Experimental method	Pneumatic switching, basket left and right translation type
Impact recovery time	≤5min
Basket movement time	10 Within S
housing material	Cold rolled steel plate with advanced baking paint or 304 stainless steel
inner material	304 stainless steel
thermal insulation material	Glass wool, foamed polyurethane
heater	Electric wire heater
refrigeration system	Cooling method: air-cooled or water-cooled Compressor: Imported brand compressor Expansion mechanism: electronic expansion valve, etc Refrigerant:(High temperature side: R404A, low temperature side: R508A or R23)
cooler	Built in closed water tower heat dissipation, external water tower heat dissipation, built-in heat dissipation condenser
blower	Centrifugal fan
Basket drive device	cylinder
power supply	220V AC3φ 50Hzor380V AC3φ 50Hz