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Applied to Flex-PLI and aPLI;
- Including Femur and Tibia Bone Assembly types;
- Made of highly flexible polymer materials;
- Using flexible wiring, not easy to be damaged during large deformation;
- Compliance with ECE R127.
The leg bone assembly consists of the leg bone body, strain gauges, compensation circuits, cables and connectors. The center position of the strain gauge is consistent with the torque measurement point specified in ECE R127. The leg bone is made of high-tenacity fiber material, which exhibits high linearity of stress and strain and excellent hysteresis performance. It fully meets the performance requirements of leg-shaped leg bones for pedestrian protection. The strain gauge maintains good linearity under large deformation. The bridge uses central redundant wiring and is protected by high-temperature resistant silicone strips.
Specification:
| Name | unit | Value |
| Flex-PLI Femur Range | Nm | 400 |
| Flex-PLI Tibia Range | Nm | 400 |
| aPLI Femur Range | Nm | 600 |
| aPLI Tibia Range | Nm | 400 |
| Non-Linearity | %FS | <1 |
| Hysteresis | %FS | <2 |
| Calibration Temperature | ℃ | 20.0±2.0 |
| Calibration Humidity | %RH | 40.0±30.0 |
BASS-FF: Flex-PLI Femur Bone Assembly:
BATT-FT: Flex-PLI Tibia Bone Assembly:
BASS-AF: aPLI Femur Bone Assembly:
BATT-AT: aPLI Tibia Bone Assembly:
Bone Assembly 3-Point Test:
Bone Assembly Bending Sensor Calibrating:
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Bone Assembly BASS-XX |