Motor Drive Torsion Stress 30 NM
(MT107)
- Perform torsion tests on specimens made from various materials until fracture occurs.
- Determine the torsional strength and failure characteristics of each specimen.
- Plot and analyze a Twisting Moment (Torque) vs. Twisting Angle graph.
- Investigate the effect of cross-sectional geometry and specimen length on torsional performance.
- Loading unit:
- Worm gear
- Max. Twisting moment: 30 Nm
- Worm gear transmission ratio 1: 100.
- Angle of twist: 0~±3200°, resolution: 0.1°
- Rated speed: 1 ~ 18 RPM
- Electric Motor:
- Rated power: 200 W
- Rated speed: 1400 RPM
- Specimens included:
- Steel
- Lengths: 75 mm, 175 mm, 350 mm, 700 mm
- Aluminum
- Length: 75 mm
- Brass
- Length: 75 mm
- Steel
- Specimens’ diameter: 6 mm
- Motor Drive Torsion Stress 30 NM (MT107)
- Hard copy user manual
The Motor Drive Torsion Stress is a benchtop educational unit designed to comprehensively demonstrate the mechanical behavior of materials under torsional stress using a motorized loading mechanism. It enables trainees to perform practical experiments that reveal the effects of torsional loading on various specimens. Equipped with a transparent protective cover, the system ensures full visibility of the testing process while prioritizing safety. The motorized drive system ensures consistent and controlled torque application.Students can conduct torsion tests on specimens of different materials, lengths, and cross-sections, analyze the relationship between twisting moment and angle of twist, and observe fracture behavior. The system allows trainees to investigate material properties such as torsional strength and stiffness.
- The training unit features a motorized mechanism to apply controlled torsional loads to the specimen.
- The machine is equipped with a transparent protective cover that enhances safety while allowing full visibility of the specimen during testing.
- The training system includes a control panel that introduces trainees to key operational and safety components, including an emergency switch, circuit breaker and on/off button.
- The machine is equipped with a motor control system, featuring an on/off switch and a speed adjustment potentiometer to adjust the applied load.
- The system includes a Twisting Angle display to allow real-time monitoring of the angular deformation experienced by the specimen during testing.
- A Torsion (torque) display provides accurate readings of the applied torsional force, enabling learners to evaluate torque-to-angle relationships.
- Torsion testing is performed on specimens of different lengths, cross-sectional areas, and materials to evaluate the influence of these variables on torsional behavior.