Pendulum Impact Tester NPIT-202 uses computer control to regulate testing parameters, ensuring precise operation. It allows impact energy to be set at either 150 J or 300 J, depending on the test needs. This unit raises the pendulum to a 150° angle to set the potential energy. It maintains an impact velocity of 5.2 m/s for uniform testing conditions. Our tester supports real-time monitoring of test conditions, providing immediate feedback during the process.
| Impact energy |
150 J, 300 J |
| Control type |
Computer control |
| Impact velocity |
5.2 m/s |
| Raised angle |
150° |
| Standard span |
40 + 0.2 mm |
| Distance between the pendulum rotating centre and the specimen centre |
750 mm |
| Round angle of jaws |
R1 to 1.5mm (1mm is a special order) |
| Round angle of striking edge |
R2 to 2.5 or R8±0.05mm (8mm is a special order) |
| Specimen holder support surface angle |
11° |
| The impact of the blade angle |
30° |
| Impact blade thickness |
16 mm |
| Standards |
EN-ISO 148, EN-ISO 10045-1, DIN 50115 and ASTM E23 |
| Power supply |
3phs, AC380V/220V±10%, 50Hz |
| Size of specimen |
55×10×10 mm 55×10×7.5 mm 55×10×5 mm |
| Dimension |
2124×600×1340 mm |
| Gross weight |
450 kg |
FAQ for Pendulum Impact Tester NPIT-202
1: Is the Pendulum Impact Tester NPIT-202 easy to operate?
Yes, the semi-automatic and computer-controlled system simplifies the operation. You just set the parameters, and the system handles the rest with consistent accuracy.
2: How fast is the impact test?
The Pendulum Impact Tester maintains an impact velocity of 5.2 m/s, which ensures that all my tests are conducted under uniform dynamic conditions.
3: What type of control system does the Pendulum Impact Tester NPIT-202 use?
The tester uses a computer-controlled system, which means you get precise, automated adjustments for parameters like impact energy, velocity, and angle, saving time and reducing human error.
4: Can I adjust the striking edge radius?
Yes, the Pendulum Impact Tester offers interchangeable striking edges, including R2 to 2.5 mm or a special R8±0.05 mm option, so you can match it to different test standards or material types.
5: What are the benefits of the 150° raised angle?
The 150° pendulum angle ensures maximum potential energy, letting you get accurate fracture performance under dynamic conditions.