- Component testing
- 2000 joules
- Components
- Puncture
- Charpy
- Izod
- Tensile impact test
Developed in close collaboration with our customers
ZwickRoell has been delivering high-quality impact test equipment for years. Based on this experience, ZwickRoell has developed a new drop weight tester product series under the name Amsler.
Components testing often places particular demands on a drop weight tester. The impact surface of the component is often not at an exact right angle to the direction of impact, which means the guides must be massive Some components must even be fixed in special grips. If the test is performed at low or elevated temperatures, the entire test setup must be housed in a temperature chamber.
The Amsler HIT1100/2000F is ideal for this type of testing and, thanks to tooling designed for this purpose, can be used for a wide variety of standardized tests in materials testing.
Technical overview
Technical data for basic Amsler HIT1100F / HIT2000F instrument
| Type | Amsler HIT1100F drop weight tester | Amsler HIT2000F drop weight tester | |
| Item No. | 1050792 | 1050814 | |
| Potential energy, without acceleration unit, max. | 287 | 442 | J |
| Potential energy, with acceleration unit, max. | 1121 | 2050 | J |
| Potential energy, min. | 4.6 | 5 | J |
| Drop height, dependent upon the testing equipment, max. | 1000 | 1500 | mm |
| Drop height, dependent upon the testing equipment, min. | 50 | 50 | mm |
| Drop weight, max. | 29.3 | 30.1 | kg |
| Drop weight, min. | 9.3 | 10.1 | kg |
| Weight level, min. | 1 | 1 | kg |
| Impact velocity, dependent upon the testing equipment, max. | 4.4 | 5.4 | m/s |
| Impact velocity, dependent upon the testing equipment, min. | 1 | 1 | m/s |
| Impact velocity, dependent upon the testing equipment, with acceleration (accessory), max. | |||
| With 9.3 kg | 14.1 | m/s | |
| With 29.3 kg | 8.75 | m/s | |
| With 10.1 kg | 19.4 | ||
| With 30.1 kg | 11.7 | ||
| Force signal resolution | 16 | 16 | bit |
| Measured-value rate (force signal), max. | 3 | 3 | MHz |
| Test area | |||
| Height | 650 | 650 | mm |
| Width | 880 | 880 | mm |
| Depth | 740 | 740 | mm |
| Dimensions | |||
| Height | 3270 | 3870 | mm |
| Width | 1400 | 1400 | mm |
| Depth | 920 | 920 | mm |
| Widthwith instrument electronics and open safety door | 2600 | 2600 | mm |
| Weight, with typical accessories, approx. | 1450 | 1600 | kg |
| Specific floor load (applied via the machine footprint) | |||
| Floor load (applied via the load frame surface) | |||
| Static, based on typical accessories | 11 | 12 | kN/m² |
| Scope of delivery | Ethernet cable Light barrier for determination of impact velocity Remote control Shock absorbing unit Anti-rebound device for avoidance of multiple impacts | ||
| Power input specifications | |||
| Power plug | CEE contact) | CEE contact) | |
| Power supply | 230 | 230 | V |
| Phases | 1Ph/N/E | 1Ph/N/E | |
| Permissible voltage fluctuation | ±10 | ±10 | % |
| Power consumption (full load), approx. | 2 | 2 | kVA |
| Power frequency | 50/60 | 50/60 | Hz |
| Compressed air | |||
| Supply pressure | 6 ... 8 | 6 ... 8 | bar |
| Operating pressure | 6 ... 8 | 6 ... 8 | bar |
| Compressed air consumption (compressed air) per impact or test | 10 | 20 | l |
| Required air-supply output-rate | 100 | 100 | l/min |
| Compressed air connector plug | DN 7 | DN 7 | |
| Maintenance unit | Mounted on instrument | Mounted on instrument | |
