Highly reliable and stable impact testing for metals! The rugged yet versatile MTS Exceed Pendulum Impact Test Systems for metals are ideal for measuring the impact resistance of metal specimens.
TWith an easy-to-operate control system, stable transmission system, reliable disc brake, and a new pendulum and frame design, these systems execute accurate and reliable Charpy impact tests.
Key benefits
- Rugged cast iron frame absorbs shock and vibration.
- Reliable disc brake for quick pendulum braking.
- New pendulum structure design helps prevent stuck samples.
- Ergonomic control panel with a touchscreen display.
- High-resolution, frictionless encoder for accurate measurement of the impact angle.
- Safety enclosure with an access switch that locks the pendulum if the enclosure is opened during a test.
- CE, UL, and TUV compliance.
Conducting impact tests requires careful consideration of safety requirements, and these systems include several features to maximize safe and reliable operation. The transmission system uses precision bearings and a two-stage reducer for smooth and steady pendulum operation. The system has an interlock feature that will stop the pendulum in the event of a power loss or if the machine enclosure is open.
The MTS Exceed Pendulum Impact Test Systems provide a solid foundation for establishing global standardized testing procedures. The multi-language interface and compliance with global safety and ergonomic standards make it an excellent choice for international institutions and corporations.
These systems can be quickly configured, delivered, and installed to meet your specific testing requirements. All MTS Exceed systems are backed by the MTS global service and support team, a highly experienced team committed to maintaining system uptime and operational efficiency.
By integrating a solid test frame with high-resolution electrical control and comprehensive safety features, the MTS Exceed E22 Series Pendulum Impact Test System for Metals provides highly reliable testing capabilities for QA/QC environments and various high-strength tests.