v-bestTemperature, humidity, vibration (explosion-proof type) three comprehensive test boxThe Three comprehensive test chamber product integrates climate environment, mechanical environment, and electrical comprehensive environment, achieving 1+1+1>3 failure mode reliability testing with temperature cycling, humidity infiltration, and vibration impact simultaneously. Can more realistically and practically reflect the performance of the product during on-site use and accelerate the exposure of product defects. The experimental content covers environmental simulation tests such as high-altitude, temperature, humidity, mechanics, electricity, and lighting.

Connection method between test box and vibration table：

Application areas:

Widely used in key laboratories and large third-party testing institutions, involving many key areas of the national economy such as aerospace, weapons, ships, automotive electronics, intelligent manufacturing, new energy, information and communication, railways, power, medical and scientific research institutions.

Typical applications•New energy industryDuring the "85 ℃+95% humidity+random vibration" test of a certain battery module, it was found that the cooling pipeline sealant had aged prematurely, avoiding the risk of mass production recall.•Military industry fieldA certain type of missile seeker has solved the problem of circuit frequency deviation in high-altitude and low-temperature environments through "-55 ℃~+70 ℃ cycle+salt spray+wideband vibration" testing.•Consumer ElectronicsThe earphones have undergone 5000 drops and vibrations in a 40 ℃/95% RH environment, optimizing the anti oxidation design of the charging contacts.

Meet the standards:

GB/T10586-2006 Technical Conditions for Damp Heat Test Chamber; GB/T10589-2008 Technical Conditions for Low Temperature Test Chamber; GB/T10592-2008 Technical conditions for high and low temperature test chambers; GB/T5170.2-2017 Environmental testing equipment - Inspection methods - Part 2: Temperature testing equipment; GB/T5170.5-2016 Environmental testing equipment for electrical and electronic products - Inspection methods - Part 5: Damp heat testing equipment; GB/T5170.18-2022 Basic parameter calibration method for environmental testing equipment for electrical and electronic products Temperature/humidity combined cycle testing equipment; GB/T 5170.19-2018 Environmental Test Equipment Inspection Methods Part 19: Temperature and Vibration (Sinusoidal) Comprehensive Test Equipment; GB/T2423.1-2008 Environmental testing for electrical and electronic products - Part 2: Test methods - Test A: Low temperature; GB/T2423.2-2008 Environmental testing for electrical and electronic products Part 2: Test methods Test B: High temperature; GB/T2423.3-2016 Environmental Testing Part 2: Test Methods Test Cab: Constant Damp Heat Test;

GB/T 2423.4-2008 Environmental testing for electrical and electronic products - Part 2: Test methods - Test Db: Alternating damp heat (12h+12h cycle); GB/T2423.10-2019 Environmental Testing Part 2: Test Methods Test Fc: Vibration (Sinusoidal);

GB/T 2423.35-2019 Environmental testing - Part 2: Tests and guidelines - Comprehensive tests for climate (temperature, humidity) and dynamics (vibration, shock); GB/T 2423.58-2008 Environmental testing for electrical and electronic products - Part 2: Test methods - Test Fi: Vibration mixed mode; GJB 150.3A-2009 Military Equipment Laboratory Environmental Test Methods Part 3: High Temperature Test; GJB 150.4A-2009 Military Equipment Laboratory Environmental Test Methods Part 4: Low Temperature Test;

GJB 150.9A-2009 Military Equipment Laboratory Environmental Test Methods Part 9: Damp Heat Test; GB/T 12085.10-2010 Optics and optical instruments - Environmental test methods - Part 10: Vibration (sine) combined with high and low temperature tests;

The new servo flow control technology enables the equipment to maintain long-term stable operation for more than 1 year, with high efficiency and energy saving of over 45%.

The new servo flow control technology combined with innovative structural design extends the lifespan of the equipment by more than one-third compared to traditional technology.

Scientific air duct design+PID control technology, stable and fast temperature and humidity, better uniformity control.

Can perform sine vibration, random vibration, and impact tests, meeting the control capabilities of random, sine (maximum acceleration of 1200 m/s ²), and linear vibration machines.

The box supports three methods: self lifting, hydraulic lifting, and gantry lifting.

The temperature rise and fall rate is 1-25 ℃/min, supporting rapid temperature change rate selection and active/passive explosion-proof selection.

*Customizable non-standard models with any specifications and parameters