Horizontal thermal shock test chamber

NegotiableUpdate on 02/04

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Overview

The horizontal thermal shock test chamber is an important environmental simulation testing equipment that plays a key role in product quality inspection and research and development in many fields. It relies on its special structure and clever temperature control principle

Product Details

Horizontal thermal shock test chamberIt is an important environmental simulation testing equipment that plays a key role in product quality testing and research and development in many fieldsWith its special structure and clever temperature control principle, it has become an indispensable instrument in many industries, effectively promoting the high-quality development of related industries.

From a structural perspective, the test chamber mainly consists of three key parts: a high temperature chamber, a low temperature chamber, and a testing area, which are connected to each other through specially designed air ducts and valves. The high-temperature chamber is equipped with an efficient heating system, usually using electric heating wires and other methods. When current passes through the heating wires, electrical energy is converted into heat energy, causing the air temperature inside the high-temperature chamber to rapidly rise, thus creating a set high-temperature environment. The low-temperature chamber relies on a powerful refrigeration system, commonly a compressor refrigeration, which uses refrigerant to circulate in components such as evaporators and condensers. Through a series of processes such as compression, condensation, throttling, and evaporation, it absorbs heat from the air inside the low-temperature chamber, thereby achieving the required low-temperature conditions.

During the work process, the testing area is the core area for placing samples. When starting the test, the valve will first switch according to the set program. For example, to conduct an impact test from high temperature to low temperature, the valve will open the channel between the high temperature chamber and the testing area. High temperature air will quickly flow into the testing area under the action of the fan, causing the temperature in the testing area to rise sharply to the high temperature setting value in a short period of time and maintain it for a certain period of time, allowing the sample to fully withstand the test of high temperature environment. Afterwards, the valve closes the high-temperature chamber channel and opens the connection channel between the low-temperature chamber and the testing area. Low temperature air is rapidly injected into the testing area under the same fan circulation power, causing the temperature in the testing area to quickly drop to the low-temperature set value, thus completing a cold and hot shock cycle.

This rapid temperature change simulates some special temperature alternation scenarios in reality, such as the sudden changes in temperature that electronic products may encounter in different seasons and regions, or the severe temperature differences faced by aerospace equipment during space and atmospheric shuttle. passHorizontal thermal shock test chamberThe repeated cyclic impact can accurately detect the tolerance, reliability, and stability of various performance indicators of products in environments with drastic temperature changes. It helps researchers and production enterprises discover potential quality problems of products, improve product design, optimize processes, and ensure that products can still be used normally in actual complex and changing temperature environments, providing guarantees for improving product quality and ensuring safe use.

Parameter introduction:

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