Thermal Shock Chamber

Name: Thermal Shock Chamber
Brand: Xi'an LIB Environmental Simulation Industry

LIB thermal shock chamber for sale has types: basket type, three-room type, and horizontal movement type. Including air to air hot cold shock test, air to liquid shock test and liquid to liquid shock test. According to different test requirements, customers choose suitable thermal shock test chambers for testing.

Test can be performed during thermal shock testing from -70 to +200°C.The specimen automatic transferred from cold chamber to hot chamber by basket within 3 seconds in the thermal shock test machine.

Model: TS-162, TS-340, TS-500, TS-1000

Standard: AAMA501, ASTM D4169-16, IEC 61215, IEC 61646, IEC61108, IEC62688, MIL-STD-813D

Thermal Shock Chamber Features and Benefits

1. The thermal shock chamber has upper and lower basket type and static damper type.

2. The high temperature chamber can realize air-to-air thermal shock testing, air-to-liquid and liquid-to-liquid thermal shock testing.

3. From obtaining customer needs, to discussing solutions, production, transportation, installation and commissioning, LIB can realize one-stop solutions.

4. The thermal shock environmental chambers, a kind of portable temperature humidity chamber, are mainly used in high and low temperature shock test of automobiles, EV batteries, electronic products and etc.

Specifications of Thermal Shock Chamber

Model		TS-162	TS-340	TS-500	TS-1000
Internal Dimensions (mm)		300300250	450450360	650650500	850850700
Overall Dimension (mm)		15608701545	171010201845	191012202265	211014202665
Interior Volume (mm)		22L	72L	211L	505L
Loading Capacity		20kg	30kg	50kg	60kg
Pre-heat Room	Upper limit Temperature	+220℃
	Heating Time	Ambient ~ + 200℃, within 30 minutes
Pre-cool Room	Lower limit Temperature	-75℃
	Cooling time	Ambient ~ -70℃, within 30 minutes
Test Room	High Temperature Exposure Range	Ambient +20 ~ +200°C
	Low temperature Exposure Range	–65 ~ -5°C
Temperature Fluctuation		≤±0.5℃
Temperature Deviation		≤±3 ℃
Temperature Recovery Time		Within 5 minutes
Cooling System		Mechanical compression refrigeration system
Controller		Programmable color LCD touch screen controller, Ethernet connection
Safety Device		Over-temperature protection, Over-current protection; Refrigerant high-pressure protection; Earth leakage protection
Exterior Material		Steel Plate with protective coating
Interior Material		SUS304 stainless steel
Observation Window		Interior lighting, double-layer thermo stability silicone rubber sealing
Standard Configuration		2 shelves

Configuration of Thermal Shock Chamber

1. Workroom	The workroom in the two-zones impact test chamber is a hanging basket, which is used to place the sample and realize the rapid switching of the sample in the high and low temperature environment (within 3 seconds).
2. Hot room	Provide a high temperature environment（upper limit temperature +220℃） and raise the temperature inside through the heater.
3. Cold room	Provide a low temperature environment(lower limit temperature -75℃） and reduce the temperature inside by refrigeration devices.
4. Heater strip	Nickel-chromium alloy electric heater is used to provide heat for the hot room, so that the hot chamber can reach and maintain the set high temperature.
5. Air circulation system	Composed of fans,so that the air in the test chamber forms a circulation flow to ensure the uniformity of temperature.
6. Refrigeration system	Through compressors, refrigerant circulation, etc., to achieve rapid cooling of the cold chamber and maintain the low temperature state, using R23/R404 environmentally friendly refrigerant.
7. Control system	PLC controller can be set and programmed to control the temperature, time, temperature change rate and other parameters, while having monitoring, data acquisition, alarm and other functions.
8. Air source	Power the pneumatic components in the equipment.

A thermal shock chamber is crucial for product testing. It has two main types. The liquid to liquid thermal shock chamber immerses samples in different liquids of contrasting temperatures for rapid thermal shock. The air to air thermal shock chamber uses hot and cold airflows. Both help evaluate product reliability and durability under extreme temperature changes, ensuring product quality in various thermal environments.