Hebei Measurement and Testing Standard Force Gauge 1kN 2kN 3kN 5kN 10kN

Description :

　　Hebei Measurement and Testing Standard Force Gauge 1kN 2kN 3kN 5kN 10kN Detailed Description:

　　Hebei Measurement and Testing Standard Force Gauge 1kN2kN3kN5kN10kN:

　　The elastic body of the force sensor is a double hole or shear S-beam structure, which is compact and used for measuring tensile and compressive forces, with strong resistance to directional forces. High precision, good symmetry of tension and compression output, stable and reliable performance, wide range of measurement, easy installation and use, suitable for various tension and compression tests, electronic scales, and industrial automation measurement and control systems

　　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.

　　Key points for the structure and selection of force sensors

　　This section provides a brief introduction to the structural styles and characteristics of commonly used force sensors. For more detailed performance and external dimensions, please consult our company. Sensors are described using the accuracy of full-scale error, while standard force gauges are described using the accuracy of equivalent error. Please note the difference between the two. For more detailed information, please refer to JJG391-2009 (Load Sensor Calibration Regulations), JJG144-2007 (Standard Force Gauge Calibration Regulations), and ISO376-2011 (Testing Machine Force Gauge Calibration Specifications);

　　S-type sensor: It is a commonly used structural form for measuring small and medium force values, and can be used for tension or pressure measurement with corresponding accessories. It has good metrological performance and moderate price. The range of measurement is 100N~200kN, and the optimal measurement range is 200N~50kN.

　　Single column sensor: It is a commonly used structure for measuring large and medium force values, with good measurement performance and small weight, and is easy to carry for compression applications. The range of measurement is 30kN~5MN, and the optimal range selection is 100kN~5MN.

　　Torque ring sensor: mainly used for measuring the pressure direction of medium to high force values, with excellent metrological performance, but with a large volume and weight. The range of measurement is 10kN~5MN, and the optimal range selection is 100kN~1MN. This type of sensor is suitable for vertical measurement but not for horizontal measurement due to the lack of fixed screw holes at the bottom.

　　Wheel spoke sensor: mainly used for measuring mid force values in the direction of tension or compression. For large range applications, the sensor has a large weight and volume. The range of measurement is 10kN~3MN, and the optimal range selection is 10kN~200kN.

　　Multi column sensor: mainly used for measuring high force values and pressure applications, with a range of 500kN~50MN and the best range selection range of 1MN~20MN.

　　Central perforated column type: The central perforated column type sensor is a commonly used structure in engineering testing, applied in a tensile or compressive direction, with average measuring performance, simple use, and low price. The range of measurement is 10kN~5MN, and the optimal range is 30kN~1MN.

　　Shaft pin connection type: The shaft pin connection type pull sensor is mainly used for engineering tension measurement of high force values, with average measurement performance, easy installation, and a range of 200kN~10MN. The optimal range selection is 500kN~3MN.

　　Plate ring sensor: mainly used for tensile measurement of medium force values, connected with internal screw holes, with a range of 100kN~500kN and the optimal range selection range of 100kN~400kN.

　　Anti bending machine dedicated sensor: anti bending machine detection dedicated pressure sensor, with a range of 6kN and 10kN;

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