The dynamic tension sensor adopts a low-power CPU processor, a 24 bit high-precision AD converter, and long-distance communication technology, which has low power consumption, high measurement accuracy, long transmission distance, and stable performance. The sensor probe adopts a stainless steel sealed structure with a small volume. Connect to the computer via USB interface and display and store the force curve on the sensor acquisition software. Data storage supports TXT text file format and EXCELL format file export.
Dynamic tension sensorOverview
The JZL200-D digital force sensor adopts a low-power CPU processor, a 24 bit high-precision AD converter, and long-distance communication technology, which has low power consumption, high measurement accuracy, long transmission distance, and stable performance. The sensor probe adopts a stainless steel sealed structure with a small volume. Connect to the computer via USB interface and display and store the force curve on the sensor acquisition software. Data storage supports TXT text file format and EXCELL format file export.
technical indicators
| Indicator project | parameter |
| Measurement range | 0-100KN optional |
| Nonlinear | 0.2% • FS @ room temperature |
| Frequency response | >100Hz |
| Overload capacity | 150% |
| Temperature drift | ≤±0.01%F·S/℃ |
| Data output rate | 1000Hz~1pm/30min adjustable in multiple levels |
| Interface | USB |
| Communication bus | RS485 |
| Working temperature range | -40~65℃ |
Dynamic tension sensorPrecautions
1. The tension sensor should be handled with care, especially for small capacity sensors that use alloy aluminum materials as elastic bodies. Any impact or drop caused by vibration is likely to cause significant output errors.
2. When designing and installing the loading device, it should be ensured that the line of action of the loading force coincides with the axis of the tension sensor, so as to minimize the influence of tilting load and eccentric load.
3. In terms of horizontal adjustment. If a single tension sensor is used, the installation plane of its base should be adjusted using a spirit level until it is level; If multiple sensors are measuring simultaneously, the mounting surfaces of their bases should be kept as horizontal as possible to ensure that the force borne by each sensor is basically the same.
4. The mounting surface of the sensor base should be as flat and clean as possible, without any oil stains or adhesive film. The installation base itself should have sufficient strength and rigidity, usually requiring higher strength and rigidity than the sensor itself.
5. To prevent chemical corrosion, it is advisable to apply Vaseline to the outer surface of the tension sensor during installation. The use of the platform should avoid direct sunlight and sudden changes in environmental temperature.