Multi component force load cell refers to a force sensor that can simultaneously measure more than two directions of force and torque components. Multi component force load cells are widely used in the research of robot fingers and claws. Research on robotic surgery; Finger force research; Dental studies; Force feedback; Brake detection; Precision assembly and cutting; Restoration study; Plastic surgery research; Product testing; Tactile feedback; Teach and learn. The industry covers robotics, automobile manufacturing, automated assembly line, biomechanics, aerospace, textile industry and other fields.
High precision, strong resistance to partial load
Easy to install
Accept customized specifications
| Capacity(kN) | X:25/50 | Material | Alloy steel/stainless steel |
| Y:25/50 | |||
| Z:50/100 | |||
| Rated Output(mV/V) | ≈1.0 | Nonlinearity | 0.2%FS |
| Hysteresis | 0.2%FS | Repeatability | 0.2%FS |
| Interference Error | 0.5%FS | Zero balance | ±2%FS |
| Temperature effect on zero | 0.1%F.S./10℃ | Temperature effect on output | 0.1%F.S./10℃ |
| Input resistance（Ω） | 700±10 | Output resistance（Ω） | 700±10 |
| Insulation resistance | ≥5000MΩ | Excitation voltage | 5V-10V(DC) |
| Compensated temperature range | -10~+40℃ | Operating temperature range | -20~+75℃ |
| Safe overload | 150%FS | Breaking loading | 300%FS |
| Cable | Φ6 X 3M | Cable color code | Input: red+ black- |
| Or customized by request | Output: green+ white- |
Multi component force load cells are widely used in the research of robot fingers and claws. Research on robotic surgery; Finger force research; Dental studies; Force feedback; Brake detection; Precision assembly and cutting; Restoration study; Plastic surgery research; Product testing; Tactile feedback; Teach and learn. The industry covers robotics, automobile manufacturing, automated assembly line, biomechanics, aerospace, textile industry and other fields.
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