Measuring range: 6.8 Nm ~ 11.291 k Nm
Accuracy: ±0.1%FS
KWR116 series is designed specifically for industrial robotic applications. The series provides a wide range of force and torque capacities to select from. It has various versions for different requirements.The built-in high-precision data acquisition module can combine with the six-axis joint decoupling algorithm to achieve higher accuracy and precision of the sensor.
KWR116 series is designed specifically for industrial robotic applications. The series provides a wide range of force and torque capacities to select from. It has various versions for different requirements.The built-in high-precision data acquisition module can combine with the six-axis joint decoupling algorithm to achieve higher accuracy and precision of the sensor.
The KWR168 series is a six axis force sensor with a large range, capable of carrying a force of 8000N. It is generally used at the end of industrial robots and meets the needs of most industrial robotic arms.
KWR200 series six-axis torque sensor is a large torque range and embedded six-axis force sensor with higher accuracy and precision , which can be applied to the base sensor of cooperative robots and also meet the use needs of most industrial mechanical arms. This transducer is widely used in building model wind load test, medical testing, automobile testing, 3C testing, industrial automation, scientific research and other industries.
The KWR46 series sensor is a small-size compact six-axis force sensor. It has characristics with light weight and small volumn. Its measuring range is around 50N to 200N, and could be customized as your needs. Our product has high anti-overload protection ability, it can withstand 300% overload.The small-size sensor widely used in scientific research and medical testing fields. For this series model small volumn that it can’t be embedded in circuit board moduel, so we will provide a signal acquisition box according to the communication protocol version you need.
KWR50N15 torque sensor is a high-precision product that can achieve direct quantity output in both analog and digital formats. The main dimensional parameters are an outer diameter of 50mm, an inner diameter of 12mm, a height of 17mm, and a measurement range of 15N · m. Suitable for fields such as robot joints, collaborative robotic arms, and precision medical equipment, precise measurement and control of torque is a key link in ensuring equipment performance, improving production efficiency, and ensuring safe operation. The KWR50N15 torque sensor, with advanced measurement technology and reliable design, accurately senses and outputs torque signals, providing strong support for various torque monitoring devices.
Torque sensor （KWR60N49）is a high-precision product that uses digital output. The outer diameter of this product is 60mm, the height is 21mm, and it works at the rated range of 49 Nm. Its accuracy can reach at least 0.5% F.S., and its nonlinear and hysteresis performance can be controlled within the accuracy range. In addition, after finite element analysis and verification, the sensor can withstand a lateral ultimate bending moment of 60 Nm, and its strong lateral torsional bearing capacity ensures stability under normal use. The torsional stiffness is maintained within 57 kNm/Rad, and the maximum torsional angle does not exceed 0.04 °. The axial ultimate load of 2 kN and the lateral ultimate load of 3 kN perform equally well. The excellent compressive and tensile performance lays a solid foundation for the digital signal output of the product in the direction of the rated torsional moment, thereby demonstrating outstanding performance. The sensor can operate within a wide temperature range of -10~80 ℃, with a temperature span of up to 90 ℃. Even in extremely harsh temperature environments, our sensor can maintain excellent performance. The product design is based on a solid theoretical foundation, and the test results have extremely high credibility.
KWR61N150 Joint Torque Sensor is a high-precision product that uses RS485 communication output and 5V DC power supply. This product has an outer diameter of Φ 61mm and a height of 17.5mm, including the height of the built-in PCBA circuit board and the height of the fixing screws. When selecting products, it is often necessary to calculate the force situation of joints in the robot system to ensure that the torque sensor matches the joint torque parameters in the design, so that the torque is within the linear detection range. The detection range for repeatability, nonlinearity, and hys。teresis of this product is within 0.5% F.S. The torque borne by the joint can be expressed through a specific formula. After calculating the maximum torque borne by the joint, it can be used as a selection basis for sensor range and overload resistance. This product has a range of 150Nm and can withstand 200% safe overload and 300% ultimate destructive load. In addition, when subjected to lateral torsional loads, the maximum rated bending moment of the sensor is 110 Nm, the torsional stiffness is maintained within 214 kNm/Rad, and the maximum torsional angle does not exceed 0.04 °. When the sensor is subjected to lateral load, the maximum rated load is 14.42kN; in the direction of the sensor bearing axis, the rated load limit is 9.61 kN. The applicable working temperature range of this product is between -10 ℃ and 80 ℃, which can better adapt the torque sensor to various complex environments.
