The High and low temperature battery extrusion & needle testing machine RS-6006 GDW is designed for extrusion & acupuncture test of battery and battery module in high and low temperature environment. It has video monitoring function and can automatically save video and reproduce the test process.
- Wide Application: Suitable for testing the dust resistance of electronic products, electrical devices, and electromechanical equipment.
- Robust Design: Made with durable stainless steel inside and out, ensuring long-term reliability.
- User-Friendly: Equipped with a large tempered glass observation window and an intelligent digital controller for convenient operation.
- Flexible Control: Allows precise settings for dust blowing, vacuum, heating, vibration, and testing time.
- Efficient Testing: Fully automated operation with customizable testing durations from 0.01 minutes to 99 hours 59 minutes.
- Reliable Performance: Complies with industry standards, featuring advanced dust specifications and consistent airspeed for testing.
Application
The Vibration Test Machine is designed for testing the vibration resistance of finished products or components of electronics, electrical appliances, motors, home appliances, communications, aerospace, medical ..... In order to understand the product in a certain frequency and amplitude of vibration, the product quality or structure of the impact and change, export products can be done after packaging the simulation of transportation vibration.
Application
The Vertical Impact Crash Tester RS-6150 Series is a fully automatic pneumatic lifting impact and collision test system, which is used to measure and determine the impact resistance of products or packages, and to assess the reliability of the function and structural integrity of the test specimen under the impact environment. The impact table can perform the conventional half-sine wave and back-peak sawtooth wave impact test to realize the shock wave and impact energy suffered by the product in the actual environment, so as to improve the system or optimize the packaging structure of the product.
The Double-layer high and low temperature explosion-proof test chamber ITM-DEP-288L is designed for high and low temperature testing of batteries, batteries, electronic products and other products, parts and various materials. The equipment can simulate the quality inspection and reliability testing of products, parts and materials under the condition of temperature change
The High Temperature Aging Test Chamber is designed for high temperature aging test of electric core and module as well as electronic parts and various materials. The unique air duct design ensures higher temperature precision and uniformity. The circulating fan adopts frequency conversion control, low noise, and the size can accept customized.
This equipment is suitable for all kinds of electrical and electronic products and other products, parts and materials to carry out high and low temperature constant and gradual change, humidity and heat test and other environmental simulation reliability test.
other uses may cause injury to personnel and damage to equipment.
Sample limit
Testing and storage of samples of flam mable
Rainfall Test Chamber LX-500 is designed for all electronic products, instruments and meters shell and seals in the rain environment can ensure that the products and components of good performance test. Box inside and outside are made of stainless steel, equipped with observation window, the box placed in the sample with the turntable, using frequency conversion speed motor speed control, pendulum swing 90 °, 180, 270 ° adjustable. According to GB4706, GB4208 13.2.3, GB2423 and other standards, to meet the IPX waterproof grade standard test requirements of IPX3-drenching test, IPX4-splash test.
The testing battery sample is placed on a flat surface with a 15.8 earth 0.2mm (5/8 inch) diameter bar placed crosswise over the center of the specimen. A 9.1kg or 10kg weight is dropped onto the sample from a certain height (610mm or 1000mm or 1500mm). Cylindrical or square cells are subjected to the impact test with their longitudinal axis parallel to the plane and perpendicular to the longitudinal axis of the steel column. The longest axis of the square cell is perpendicular to the sub-steel column, and the most heavenly surface is perpendicular to the direction of impact, and each cell is subjected to only one impact test.
