BK-4B-1.5t Industrial Automation Weighing Sensor

Description :

　　BK-4B-1.5t Industrial Automation Weighing Sensor Image:

　　BK-4B-1.5t Industrial Automation Weighing Sensor Detailed Description:

　　The elastomer is a spoke type, perforated, hard core flat membrane structure with a low external height, used for measuring tensile and compressive forces, and has strong resistance to deflection and lateral forces

　　High precision, good symmetry of tension and compression output, stable and reliable performance, wide range of measurement, easy installation and use

　　Tension compression bearing

　　Suitable for testing various load forces, various tensile and compressive tests, electronic scales, and industrial automation measurement and control systems

　　BK-4B-100kg、BK-4B-200kg、BK-4B-500kg、BK-4B-1t、BK-4B-1.5t、BK-4B-2t、

　　BK-4B-3t、BK-4B-5t、BK-4B-10t、

　　BK-4C-1t、BK-4C-2t、BK-4C-3t、BK-4C-5t、BK-4C-10t、BK-4C-15t、

　　BK-4C-20t、BK-4C-30t、BK-4C-40t、BK-4C-50t、BK-4C-100t、

　　BK-4C-200t、BK-4C-300t、BK-4C-400t、

　　BK-4D-20kg、BK-4D-50kg、BK-4D-100kg、BK-4D-200kg、BK-4D-500kg、

　　BK-4E-0.2t、BK-4E-0.5t、BK-4E-1t、BK-4E-1.5t、BK-4E-2.5t、

　　BK-4E-5t、BK-4E-10t、BK-4E-25t、BK-4E-30t、

　　Sensors are widely used in current industrial production as the basis for displaying information on the operating status of mechanical equipment, allowing management personnel to timely understand the operating status of the equipment and providing guidance for personnel's equipment control decisions. In recent years, with the advancement of science and technology, sensors have undergone significant changes in product and parameter design. Since the 20th century, developed countries abroad have begun to implement prototype free production mode, which is also the beginning of the application of sensor technology in industrial production. Currently, this technology has already penetrated into various industries in society

　　Overview of force sensors

　　With the advancement of science and technology, sensors have been widely used in various production industries, becoming the technical foundation for equipment control in the production field. The working principle of sensors is to install dedicated force measurement chips on strain gauges and place these devices on the elastic axis that needs to be measured, thus forming the strain bridge of the system. If the power supply provided by the strain bridge can test the signal of damage to the elastic axis, using torque sensors for testing is a relatively mature detection method, and this is used as the basis for strain electrical measurement technology. The application of force sensors in work has the advantages of high accuracy, fast frequency, good reliability, and long service life.

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