Tension sensor, also known as resistance strain sensor, belongs to the load cell series. It uses two pull transfer parts to transfer force. Its structure includes a force-sensing device and two tension transmission parts, and the force-sensing device includes a piezoelectric sheet and a piezoelectric sheet spacer. The latter includes a base plate part and an edge force transmission part, and is characterized in that the two ends of the two tension transmission parts are respectively fixed together, the force-sensitive device is clamped by the lateral acting surface between the two ends, and one side of the piezoelectric gasket presses In the central area of the piezoelectric sheet, the substrate part is located between the other side of the piezoelectric sheet and the edge force transmission part and is in close contact with the piezoelectric sheet. One of its uses is to make hook scales in place of steelyard scales.
Capacity | t |
2 |
Sensitivity | mV/V |
2.0 |
Accuracy | %FS |
±0.2 |
Creep(15min) | %FS | ±0.05 |
Input Resistance | Ω | 380±10 |
Output Resistance | Ω | 350±5 |
Insulation Resistance | M Ω | ≥5000(100VDC) |
Zero Balance | %FS | ±2 |
Temperature Effects on Span | %FS/10℃ | ±0.05 |
Temperature Effect on Zero | %FS/10℃ | ±0.05 |
Rated Temperature Range | ℃ | -10~+60 |
Operating Temperature Range | ℃ | -20~+80 |
Proposed Excitation Voltage | V | 5~12 |
Allowed Excitation Voltage | V | 18 |
Safe Overload | %FS | 150 |
Ultimate Overload | %FS | 200 |
Protection | IP65 | |
Cable specification | mm | Ф5 |
Cable length | m | 2 |
Material | Stainless steel |