Brief: In this video, learn how the XJL-630S vacuum system drop-hammer impact tester can streamline your workflow and improve reliability for testing PVC-O and other non-metal pipes up to DN630mm. Watch a demonstration of its fully automated operation, including automatic hammer release via vacuum adsorption, secondary impact prevention, and real-time parameter display on the industrial control panel.
Related Product Features:
Fully automated control system prevents secondary impacts and automatically handles hammer positioning and sample alignment.
Utilizes vacuum adsorption for rapid hammer release and capture, achieving speeds up to 2 m/s.
Impact height is adjustable from 200mm to 2000mm with a calibration accuracy of ±1mm.
Industrial color HMI and PLC distributed control ensure high operational reliability.
Complies with multiple international standards including GB/T, ASTM, ISO, and BSEN.
Equipped with independent impact hammers for various energy levels, enhancing longevity and ease of selection.
Features power loss protection and real-time display of parameters like impact height and running speed.
Safety protection meets 89/392/EEC standards for secure testing environments.
Faqs:
What types of pipes can this drop-hammer impact tester be used for?
It tests various non-metal pipes, including PVC-O, PVC-U water supply, sewage, gas, communication pipes, and hard plastic plates, up to DN630mm in diameter.
How does the vacuum system enhance the testing process?
The vacuum adsorption principle enables fast and reliable hammer release and secondary capture, with hammer speeds reaching up to 2 m/s for efficient and accurate impacts.
What safety features are included in this testing machine?
It includes automatic door closure detection, secondary impact prevention, and safety protections that comply with the 89/392/EEC standard to ensure operator and equipment safety.
What is the accuracy of the impact height setting?
The impact height can be set from 50mm to 2000mm with an error of ≤±2mm and automatic calibration accuracy within ±1mm of the set height.