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100kN build-up force calibration machine 0.03% accuracy Japanese servo motor for calibration of load cells
The 100kN Build-up type force calibration machine is mainly used for the calibration of force measuring instruments, sensors or weighing instruments of the same level. The main components include frame, loading system, t-table, high-precision sensors, measuring system, electrical control system, application software, microcomputer, and printer and so on.
This machine can be used for the calibration of a dynamometer, a sensor or a weighing apparatus of the same class. It can be used to test the repeatability of dynamometer, weight sensor and creep performance.
It can be used in both directions, which is convenient for clamping during pull test.
|Loading time for each stage||30s|
|Resolution at full range||1/500000|
|Tensile space (Width x Height)||500x950mm|
|Compression space (Width x Height)||500x950mm|
|Frame seat and compression platform level||0.3mm/m|
|Dimension (Length x Width x Height)||1209x887x2755mm|
|Bearing platen size||300×190mm|
Door frame structure is adopted, 4 support columns with guide sleeve, the top, and middle and bottom crossheads are made of ductile iron, the bottom plate is made of cast iron, and the support columns are made of steel.
Frame size: 1209x887x2755mm
Ball screw: 63mm diameter, 12mm pitch.
Middle crosshead moving travel: 972mm
1.Driven pulley 2. Belt 3. Tension pulley 4. Driving pulley 5. Reducer 6. Servo motor
Choose the world's first sensor manufacturer, Germany HBM's highest accuracy level of a 10kN sensor. HBM sensor, high precision, stable performance, suitable for long time measurement.
In order to make the verification of dynamometer and sensor convenient and not affect the accuracy, the 10kN sensor is fixed with a special screw, and then the screw is fixed on the upper crosshead. There is an automatic centering device on the sensor, and the mounting base is rigid enough, which can conveniently transmit the signal of the sensor accurately and eliminate the influence of lateral force.