Standard force measuring instrument for testing machine calibration 0-1500kN high-precision force sensor

Description :

Standard force measuring instrument for calibration of testing machine 0-1500kN high-precision force sensor product descriptionThe Shenzhen Youzhongli Technology Standard Force Gauge is a high-precision and highly reliable force (torque) measurement instrument. After years of improvement, this instrument can be applied in fields such as force (or torque) measurement, weighing control, sensor adjustment and detection, material performance testing, stress-strain measurement, transient peak measurement, etc. It has the advantages of high reliability and stability, complete functions, high measurement accuracy, convenient use, and intuitive display. It is the most ideal tool for measuring transmission, calibration, and performance testing of force values, quality, hardness, etc. in metrology technology institutions.

　　Column type 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.

　　The usage method of standard force measuring instruments is particularly important. Improper operation may affect the service life of the force measuring instrument and cause damage to the instrument. We hope the following methods can be helpful to you.

　　1. It is made according to the principle that the greater the tension applied to the spring, the longer the spring will elongate;

　　2. Observe smaller scale values: What N does each small grid of the spring scale represent;

　　3. Observation range: Observe the larger scale value on the spring scale panel, and be careful not to apply force beyond its range;

　　4. Apply tension along the central axis of the spring on the spring scale;

　　5. Zero point calibration: Check if the pointer is pointing to the zero position. If not, adjust it to the zero mark;

　　Before use, gently pull the spring a few times to avoid it getting stuck;

　　7. Observe that the pointer reading line is perpendicular to the scale line;

　　Before measurement, the spring should naturally sag and check if the pointer is aligned with the zero mark;

　　9. The measured force cannot exceed its measurement range;

　　10. The reading must be read in a stationary state.

Standard force measuring instrument for testing machine calibration 0-1500kN high-precision force sensor:

AfterSalesService :

• Standard force measuring instrument for calibration of testing machine