1.Optional stainless steel welding seal, protection grade IP68.
2.Unique structure, and can be conveniently installed on various tanks.
3.Support bolts to prevent equipment from overturning.
4.Simple and fast installation.
5.Convenient maintenance, saving downtime and maintenance time.
6.It is suitable for the batching process control of small and medium-sized weighing reactors in chemical, pharmaceutical, food and other industries.
1.High accuracy and simple installation
2.Stainless steel construction
3.Good long-term stability and high comprehensive precision
4.Calibration in mV/V Low profile design
5.It is composed of two boards, the top plate, the base plate, the sensor, the support column, and the support bolt. The characteristic of the weighing module is that it is not limited by the site. Generally, the hopper scale is three or four corners, or on both sides of the tank container, and does not occupy an area.
6.Weighing modules are generally used in weighing applications for large material tanks, material bin scales, reaction vessels, hoppers, and vertical tanks.
1、The small rotating torque sensor is used to measure the rotating torque in clockwise and counterclockwise directions.
2、The sensor is installed between the motor and the load through the coupling, the shell remains static during the measurement, and the shaft rotates with the motor shaft.
3、High precision,stable and reliable performance.
4、High speed and long time operation.
5、 Output positive and reverse torque signal.
1、The small rotating torque sensor is used to measure the rotating torque in clockwise and counterclockwise directions.
2、The sensor is installed between the motor and the load through the coupling, the shell remains static during the measurement, and the shaft rotates with the motor shaft.
3、High precision,stable and reliable performance.
4、High speed and long time operation.
5、 Output positive and reverse torque signal.
1、The small rotating torque sensor is used to measure the rotating torque in clockwise and counterclockwise directions.
2、The sensor is installed between the motor and the load through the coupling, the shell remains static during the measurement, and the shaft rotates with the motor shaft.
3、High precision,stable and reliable performance.
4、High speed and long time operation.
5、 Output positive and reverse torque signal.
1、The small rotating torque sensor is used to measure the rotating torque in clockwise and counterclockwise directions.
2、The sensor is installed between the motor and the load through the coupling, the shell remains static during the measurement, and the shaft rotates with the motor shaft.
3、High precision,stable and reliable performance.
4、High speed and long time operation.
5、 Output positive and reverse torque signal.
1. It can measure both static torque and rotational torque
2. The torque accuracy can reach ± 0.5% F.S
3. The torque range and sleeve price can be customized according to needs
4. The sleeve is equipped with a display screen that can display the tightening torque in real time
5. It has real-time torque and peak torque selection switching display
6. Equipped with wireless torque data real-time transmission function, wireless data transmission distance<10 meters
7. The matching computer testing software can display real-time torque and automatically save information such as the number of bolts tightened, torque curve, etc. as an Excel format file for easy traceability and query
8. After charging, the working time is about 10 hours
9. Can be applied to hydraulic torque wrenches, electric torque wrenches, and pneumatic torque wrenches to achieve torque data communication transmission and automatic control
1. It can measure both static torque and rotational torque
2. The torque accuracy can reach ± 0.5% F.S
3. The torque range and sleeve price can be customized according to needs
4. The sleeve is equipped with a display screen that can display the tightening torque in real time
5. It has real-time torque and peak torque selection switching display
6. Equipped with wireless torque data real-time transmission function, wireless data transmission distance<10 meters
7. The matching computer testing software can display real-time torque and automatically save information such as the number of bolts tightened, torque curve, etc. as an Excel format file for easy traceability and query
8. After charging, the working time is about 10 hours
9. Can be applied to hydraulic torque wrenches, electric torque wrenches, and pneumatic torque wrenches to achieve torque data communication transmission and automatic control
1、The small rotating torque sensor is used to measure the rotating torque in clockwise and counterclockwise directions.
2、The sensor is installed between the motor and the load through the coupling, the shell remains static during the measurement, and the shaft rotates with the motor shaft.
3、High precision,stable and reliable performance.
4、High speed and long time operation.
5、 Output positive and reverse torque signal.
1、The small rotating torque sensor is used to measure the rotating torque in clockwise and counterclockwise directions.
2、The sensor is installed between the motor and the load through the coupling, the shell remains static during the measurement, and the shaft rotates with the motor shaft.
3、High precision,stable and reliable performance.
4、High speed and long time operation.
5、 Output positive and reverse torque signal.
1、The small rotating torque sensor is used to measure the rotating torque in clockwise and counterclockwise directions.
2、The sensor is installed between the motor and the load through the coupling, the shell remains static during the measurement, and the shaft rotates with the motor shaft.
3、High precision,stable and reliable performance.
4、High speed and long time operation.
5、 Output positive and reverse torque signal.
1、The small rotating torque sensor is used to measure the rotating torque in clockwise and counterclockwise directions.
2、The sensor is installed between the motor and the load through the coupling, the shell remains static during the measurement, and the shaft rotates with the motor shaft.
3、High precision,stable and reliable performance.
4、High speed and long time operation.
5、 Output positive and reverse torque signal.
It is Also known as shear beam weighing sensor, its shape is mostly rectangular, and the strain zone is located in the middle of the sensor. The cantilever beam weighing sensor has the characteristics of simple structure, easy installation, reliable use, long service life, and high cost-effectiveness.
Cantilever beam weighing sensors are used in highway scales such as automobile scales, main axle load gauges, small weighing scales, and flat scales in industrial scales Platform scales, steel cylinder scales, and other fields have been widely used, generally using three or four sensors as a group.
Cantilever beam weighing sensor, also known as shear beam weighing sensor, is mostly rectangular in shape, and the strain zone is in the middle of the sensor. Cantilever beam weighing sensor has the characteristics of simple structure, convenient installation, reliable use, long service life and high cost performance. Cantilever beam weighing sensors have been widely used in truck scales,main axle load meters, small scale and platform scales
Cantilever beam weighing sensor, also known as shear beam weighing sensor, is mostly rectangular in shape, and the strain zone is in the middle of the sensor. Cantilever beam weighing sensor has the characteristics of simple structure, convenient installation, reliable use, long service life and high cost performance. Cantilever beam weighing sensors have been widely used in truck scales,main axle load meters, small scale and platform scales
This product has a simple structural design and low cost. The design of its sealing membrane changes the cumbersome process of requiring a matching housing in the past, overcomes the defect of the housing of traditional sensors being easily damaged due to deformation, and greatly improves the sealing performance of the sensor. Compared with traditional column sensors, this type of sensor achieves relatively high accuracy in linearity, lateral resistance, torsion resistance, and azimuth error.
Traditional column sensors are widely used in various electronic weighing devices such as track scales, hopper scales, platform scales, etc.