Pendulum Impact Tester 300Nm
(MT102)
- Determine the impact strength of bar specimens and calculate the impact energy in joules.
- Investigate the influence of specimen material type and thickness on the energy absorbed during impact testing.
- Examine the effect of various notch shapes on fracture behavior and the corresponding impact energy.
- Generate a graph illustrating the variation of impact work with temperature.
- Specimen:
- Thickness: 2mm , 4mm , 6mm.
- Circular, rectangular.
- Material:
- Brass
- Steel
- Stainless Steel
- Tempered steel
- Structural steel
- Pendulum tester
- weight: 9,9kg
- Extra weights: 4x 2,475kg
- Impact velocity: 5,5m/s
- Pendulum length: 580mm
- Angle of fall: 150°
- Stop watch
- Pendulum Impact Tester 300Nm (MT102)
- Hard copy user manual
- Digital content (BI01)
The Pendulum Impact Tester is a compact educational unit designed to perform standardized impact tests on different materials. Engineered to demonstrate the behavior of materials under sudden force, this unit helps trainees assess the impact resistance and fracture behavior of various specimen shape. The system provides a hands-on platform for students to understand energy absorption characteristics and analyze fracture surfaces.
- The training system allows learners to understand the principles of impact testing and material toughness evaluation.
- The unit features a protractor and pendulum arm, which together enable accurate measurement of the energy absorbed by the specimen during fracture.
- The integrated protractor illustrates the pendulum’s angle of rise, allowing trainees to determine both the angular position and the impact energy in joules absorbed by the specimen.
- The trainer supports the use of specimens with different thicknesses and varied notch shapes to study their influence on impact behavior.
- The system includes a braking mechanism to safely reduce the speed and minimize the residual energy of the pendulum after impact.
- Learners can investigate the influence of material type, notch geometry, and specimen size on the fracture energy and failure characteristics.
- The unit allows for manual energy-angle analysis through plotting of Energy Absorbed vs. Pendulum Angle.