IIT 2000 - Instrumented Impact Tester
Puncture and impact resistance measurement up to 2000 Joule
- Multipurpose due to modular machine design
- Intuitive software with automatic data evaluation
- Quick Test Execution in < 5 Seconds
- High Test Energies up to 2000 Joule
- Lossless scalable force measurement
The IIT 2000 is an Instrumented Impact Tester with drop weight, impact velocity, and high dynamic impact force profile measurement. Optional optical measurement of the puncture distance or rebound height is also possible.
The Impact Tester is designed for multi-axial impact testing according to DIN EN ISO 6603-2, DIN EN ISO 7765-2 and ASTM D 3763. Due to the modular machine concept, the device can be extended by acceleration units for puncture testing for the automotive industry, such as GMW 14867. The test setup can also be equipped for various high-speed tests, such as the impact tensile test DIN EN ISO 8256, ASTM D1822, the peel-wedge test according to ISO 11343 or following the classical pendulum impact tests such as Charpy DIN EN ISO 179, ASTM D6110, Izod DIN EN ISO 180, ASTM D256, ASTM D4508 up to part and component tests.
Additional equipment such as automatic specimen fixation, dart lubrication, anti-rebound catch system, variable drop weights, impactor geometries and test setups are available to match international standards or we can design and manufacture the setup to your individual requirements.
up to 1300 mm
up to 2000 J
up to 20 m/s
up to 80 kg
-70 to +150 °C
Dimensions (W x D x H)
approx. 1000 x 1000 x 2600 mm
approx. 750 kg
Compressed Air Supply
230 V, 50/60 Hz, 500 VA
DIN EN 1411
DIN EN 6038
DIN EN 744
DIN EN ISO 11343
DIN EN ISO 180
DIN EN ISO 3127
DIN EN ISO 6603-2
DIN EN ISO 7765-2
DIN EN ISO 8256
DIN ISO 18352
DIN ISO EN 179-2
Practical specimen feed for classic puncture testing
For the classic multi-axial puncture test according to DIN EN ISO 6603-2, DIN EN ISO 7765-2 and ASTM D 3763, we offer a practical and ergonomic sample feed via a drawer. The sample can be supplied conveniently and quickly. In combination with a sample freezer provided, the samples can be quickly supplied and tested in less than 5 seconds. The user can check the entire measurement series directly in front of the device as a series and then view the results on the PC. For manual testing at low temperatures, a provided freezer is often easier to handle than a temperature control chamber surrounding the test room.
Integrated temperature chamber and automatic sample feed
The entire test room can be surrounded by a temperature control chamber. This makes particular sense for component and part testing or for automated sample feeding for the muti-axial standard puncture test. With automatic sample feed, the temperature control chamber is brought up to the test temperature once and an entire measurement series of up to 30 test specimens can be processed without opening and temperature loss.
Compact test base for limited ceiling height
The test socket is a modular component and can be designed according to your individual needs. It is therefore possible to integrate a temperature chamber or to use a minimalist test base to reduce the overall system height with limited ceiling height. In this way, we can easily install the device even with standard ceiling heights. Accessibility and ergonomics are also taken into account here, despite the low test height, via a practical V-cut in the carrier plate.
For large components such as car bumpers or dashboards, which cannot be cut out in the device or should not be shredded for handling reasons, the test space can be enlarged to practically any size so that the component can be inserted completely. We look forward to your individual request.
DDT 660/1500 - Dart Drop Tester
Free falling Dart Test with 660 and 1500 mm Drop height
Specimen coolig box
Compact box for specimen cooling close to your testing application
PIT 25/50 - Pendulum Impact Tester
Impact pendulum for Charpy, Izod and impact tensile tests up to 25/ 50 Joule
IIT 180 - Impact Tester
Puncture and impact resistance up to 180 Joule