Application: Charpy/izod Impact Tester is a high performance impact test designed to precisely determine the absorbed impact energy and resistance to breakage of plastic specimens.
Standard: ISO 179, ISO 180, ASTM D 256 and the equivalent.

Features

1. The innovative design allows this tester to be used for both Izod and Charpy test.
2. Unique and innovative design: vice and pendulum allows operator to run alternatively Charpy and Izod tests withou changing the instrument geometry.
3. Impact speeds of 2.9m/s & 3.5m/s(or 3. 8m/s &3. 5m/s) as well as multiple impact energies can be generated by one pendulum.
4. High mass, traditional pendulum design concentrates energy at the impact point with minimal energy loss due to vibration.
5. The electrics contain a high-resolution encoder for accurate measurement of the impact angel.
6. Touch screen control for quick and easy input of parameters, interactive software allows for users input regarding complete, partial hinge broken and non-broken samples.
7. Tester connected to PC through RS232 interface for direct data acquisition. Test data can be saved or exported using the included software package.
8. Results are automatically corrected for energy loss due to air and mechanical friction.
9. Multiple safety protection ensures the operation safety of operators.
10. Brake and Notch centering device are equipped for convenient operation.
11. Pass CANS T0645 impact test.

Impact Testing System

Smart dimension measuring device is introduced to HIT series impact tester.

Width,thickness as well as residual thickness of test sample can be exported to touch screen directly.

Test result will be calculated automatically.

Parameter:

Parameter /Model	HIT-2492	HIT-2494
Impact speed	3.5m/s, 2.9m/s	3.5m/s, 3.8m/s
Energy levels	For lzod:1J, 2.75J, 5.5J For Charpy:0.5J, 1J, 2J, 4J, 5J	For lzod:5.5J, 11J, 22J For Charpy:7.5J,15J,25J, 50J
Measurement resolution	0.01J
Span of Charpy	62mm
Radius of striking edge(Charpy)	2mm±0.5mm
Angle of striking edge(Charpy)	30°±1°
Radius of striking edge(Lozd)	R=0.8mm±0.2mm
Location of striking edge above top surface of support(Lozd)	22mm±0.05mm