DescriptionWith the TE 43 Impact Test Rig, a torsion bar is used to generate the resisting forc
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With the STD-TE 43 Impact Test Rig, a torsion bar is used to generate the resisting force. The spring rate of the torsion bar is varied by adjusting its effective length, by varying the clamping position. The torsion bar is connected to a torque transducer, allowing the impact forces to be sensed. A manually adjusted worm gear-box is used for winding torque into the torsion bar and a linear slide is provided for adjusting the effective length.
The impact motion is generated by a small hydraulic cylinder of the type used in punching applications. The associated hydraulic controls allow adjustment of the impact velocity.
| Load Range: | 0 to 2000 N |
| Load Rise: | Pre-load plus 100% |
| Minimum Impact Period: | 0.1 seconds |
| Wear Track Length: | 2 – 4 mm (adjustable) |
| Rotation Angle: | 6.0 to 7.5 degrees |
| Interface: | High Speed Data Acquisition Card |
| Software: | COMPEND 2000 |
| Manually Adjusted Parameters | |
| Torsional Spring Rate: | By adjusting torsion rod length |
| Pre-load: | By rotating transducer |
| Total Impact Displacement: | By setting actuator mechanical stop |
| Impact Velocity: | By adjusting flow control valve |
| Controlled Parameters | |
| Actuator Impact Trigger: | Solenoid valve |
| Actuator Withdrawal: | Solenoid valve |
| Image Capture: | USB endoscope |
| Measured Parameters | |
| Torque: | Transducer |
| Pivot Rotation: | Encoder |
| Services | |
| Electricity: | 220/240V, single phase plus neutral, 50/60 Hz, 2 kW |
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Mobile phone:
13816217984
Email:
info@qinsun-lab.com
