Microcomputer-controlled Impact Testing Machine (300J/500J)

The JB-W microcomputer-controlled impact testing machine is a new generation high-tech product developed by our company in accordance with GB/T 3808-2002 and GB/T 229-2007. This impact testing machine is controlled by a microcomputer and a highly reliable PLC controller, enabling electric pendulum lifting and impact. The microcomputer measures and calculates test results, directly displaying on the computer the material's impact absorbed energy, impact toughness, pendulum lifting angle and average test values, with the ability to print test reports. After the impact test, it automatically lifts the pendulum using residual energy, preparing for the next test. Remote data transmission can also be achieved according to user requirements, offering high work efficiency and testing accuracy.

Main features:

Significant advantages of software and operating systems
1. The microcomputer screen and dial display data synchronously, equipped with a dual operating system. It can be operated either via the computer mouse or the controller button box, ensuring flexible and efficient operation without mutual interference.
2. It can continuously test hundreds of samples, with manual operation limited to placing samples and pressing the action button; all other tasks are fully automated by the testing machine, reducing labor intensity and completely eliminating the possibility of human error in data recording, making it especially suitable for metallurgical and mining industries with large testing volumes.
3. Equipped with dedicated, feature-rich pendulum impact test software, which can automatically record test results into a database for storage and retrieval. The software runs on Windows XP, with a Chinese window system interface consistent with the Windows style. Test operations such as pendulum selection, pin withdrawal, impact, and pendulum release can all be completed on the computer screen using a mouse.

4. A semi-enclosed protective cover made of high-strength material encompasses the entire pendulum trajectory, preventing broken specimens from flying out and causing injury, thus minimizing harm from accidental operation and ensuring operator safety.

Main Technical Specifications: