WBE-SZH Explosion-Proof Vibration Test System is an optional explosion-proof device for the standard temperature, humidity and vibration test chamber. It can simulate various environments during the transportation, storage and use of products. It is a comprehensive test chamber that applies temperature, humidity and vibration stresses simultaneously.
Explosion-Proof Vibration Test System test integrates climatic, mechanical, and electrical environmental factors, achieving a failure mode reliability test where 1+1+1>3, encompassing temperature cycling, humidity infiltration, and vibration shock simultaneously. This provides a more realistic and practical reflection of product performance in field use and accelerates the exposure of product defects. Its testing content covers simulated environmental tests including high-altitude, temperature, humidity, mechanical, electrical, and lighting condition
Vibration and Lifting Device Specifications:
1. The specifications of the vibration device (signal wave vibration test (fixed frequency vibration, swept frequency vibration), random vibration test, impact test) will be adjusted according to individual customer requirements.
2. The lifting mechanism is available in three types: self-lifting box, hydraulic lifting, and gantry lifting. A suitable mobile lifting solution can also be selected based on the user's actual needs and site conditions.
Connection method between the test chamber and the vibration table: 
Application fields:
Widely used in key laboratories and large third-party testing institutions, covering many key sectors of the national economy such as aerospace, weaponry, shipbuilding, automotive electronics, intelligent manufacturing, new energy, information and communication, railways, power, medical care, and scientific research institutions.
Typical Applications:
• New Energy Industry: In a test of "85℃ + 95% humidity + random vibration," premature aging of the sealant in the cooling pipes of a battery module was discovered, avoiding the risk of mass production recall.
• Military Industry: A missile seeker head passed a test of "-55℃~+70℃ cycle + salt spray + wideband vibration," solving the circuit frequency deviation problem in high-altitude and low-temperature environments.
• Consumer Electronics: Headphones underwent 5000 drop vibrations in a 40℃/95%RH environment, optimizing the anti-oxidation design of the charging contacts.
Test standards:
GB/T10586-2006；GB/T10589-2008；GB/T10592-2008；GB/T5170.2-2017；GB/T5170.5-2016；GB/T5170.18-2022；GB/T5170.19-2018；
GB/T2423.1-2008；GB/T2423.2-2008；GB/T2423.3-2016；GB/T 2423.4-2008；GB/T2423.10-2019；GB/T 2423.35-2019；GB/T 2423.58-2008；
GB/T 12085.10-2010；GJB 150.3A-2009；GJB 150.4A-2009；GJB 150.9A-2009；
Product features
1. New servo flow control technology + innovative structural design extends equipment lifespan by more than 1/3 compared to traditional technologies.
2. Scientific air duct design + PID control technology ensures rapid temperature and humidity stabilization and better uniformity control.
3. Capable of sinusoidal vibration, random vibration, and impact tests, meeting the control requirements for random, sinusoidal (maximum acceleration up to 1200 m/s²), and linear vibration machines.
4. The enclosure supports self-lifting, hydraulic lifting, and gantry lifting.
5. Heating and cooling rates range from 1 to 25℃/min, supporting rapid temperature change rate selection and active/passive explosion-proof options.
