Bearing seat sensor / SM41B bearing seat sensor
Product Categories Bearing seat sensor
The QCX series bearing seat sensor is mainly installed under the bearing seat, and can also be used in other structural forms. It is a special sensor that mainly measures the bearing capacity of a bearing seat. The structural principle is a shear-type resistance strain sensor with fixed supports at both ends and a central load. High-quality alloy steel is selected as the elastomer and foil resistance strain gauge is used as the sensitive conversion element. The bearing seat is installed in the middle of the sensor, and the two ends of the sensor are fixed on the base. When the bearing seat is loaded, the load is transmitted to the base through the shear elastic beams at both ends, and a strain proportional to the load is generated in the elastic beam, which is converted into a corresponding electrical signal through the strain gauge.
Overview
The QCX series bearing seat sensor is mainly installed under the bearing seat, and can also be used in other structural forms. It is a special sensor that mainly measures the bearing capacity of a bearing seat. The structural principle is a shear-type resistance strain sensor with fixed supports at both ends and a central load. High-quality alloy steel is selected as the elastomer and foil resistance strain gauge is used as the sensitive conversion element. The bearing seat is installed in the middle of the sensor, and the two ends of the sensor are fixed on the base. When the bearing seat is loaded, the load is transmitted to the base through the shear elastic beams at both ends, and a strain proportional to the load is generated in the elastic beam, which is converted into a corresponding electrical signal through the strain gauge.
Features
1. Strong anti-interference ability, easy installation and good stability.
2. The flat shape makes the stress state stable, the lateral interference is good, and higher measurement accuracy can be obtained.
3. Strong overload capacity, used for overload alarm of bridge crane.
Dimensions (In mm. 1mm=0.03937 inches)
Circuit Diagram
Specification Technical parameters:
| Project Type | Technical parameters |
| Measuring range Nominal load range | 1.5～10t |
| Operating voltage Power supply | 10~12 VDC |
| Zero balance Zero balance | 1.0±% of rated output |
| Analog Output Analog output | 2.0±0.01mV/V |
| Input Impedance Input resistance (Rlc) | 750±20Ω（ohms） |
| Output Impedance Output resistance (Ro) | 700±5Ω（ohms） |
| Insulation resistance Insulation resistance | ≥5000 MΩ（Mege-Ohms） |
| Comprehensive accuracy Class precision | 0.05%FS |
| Temperature drift Effect of temperature | 0.02%FS/10℃ |
| Operating temperature Operating temperature | -40～+85℃ |
| Safety overload Safe Load Limit | 200% FS |
| Plastic deformation limit Safety margin against yielding | 300% FS |
| Body fracture limit Safety margin against breakage | 500% FS |
| Material Material | High performance alloy steel or (chromium ratio greater than 15% stainless steel) High performance alloy steel or (chromium ratio>15% stainless steel) |
| Protection level Protection type | IP67/IP68 |
