Primarily used to test the force transmission and Penetration resistance of safety helmets, it is widely applied in special labor protection equipment supervision and inspection stations, construction science research institutes, construction engineering quality inspection stations, power departments, and safety helmet manufacturing enterprises.

ANSI Z89.1-10.2 Force Transmission/10.3 Apex Penetration/10.5 Off-Center Penetration

1.The main structure of the equipment is constructed with two 80*40 European standard aluminum alloy profiles, featuring an aesthetically pleasing appearance that ensures the stability and reliability of the device.

2. The base is made of a 10mm thick 45# steel plate, featuring impact resistance and the ability to securely install load cells.

3. The guide rail directs the drop hammer axis and sensor axis to coincide, with the impact point at the center of the safety helmet.

4. Adjustable height, with electric height adjustment for impact. The lifting process automatically stops when the set height is reached.

5. The Penetration test tooling can be moved and rotated to meet the requirements of multi-point penetratio tests.

6. Electric control for engagement and release, with a mechanical engagement mechanism to ensure no detachment in case of power failure.

7. The test processing type can be selected via touch screen and displayed with printing.

Measurement and Control System

1. The control system adopts touch screen or computer control.

2. Utilize a dedicated processing system to automatically perform dynamic signal acquisition, data processing, and output. Display test curves and enable data printing.

3. The dynamic force sensor adopt American PCB ICP technology, ensuring high accuracy.

4. The touchscreen automatically displays and locks the maximum dynamic force value.

5. The dynamic sensor calibration sensitivity can be adjusted via touchscreen input for convenient calibration。