1. Regularly clean the test bench and fixtures
each timeFully automatic bending and compression resistant integrated machineAfter the experiment is completed, promptly clean up the residual sample debris and dust on the table to avoid accumulation and affecting the accuracy of the sensor; Wipe the surface of the fixture with a clean soft cloth to remove stains and rust marks, and prevent the sample from slipping during clamping.
2. Check the sensors and force transmission components
Regularly verify the accuracy of the force sensor and calibrate it promptly in case of numerical drift; Check the wear of components such as the force transmission rod, pressure head, and anti bending support. If there is any deformation or crack, it should be replaced immediately to prevent distortion of test data.
3. Lubrication transmission and lifting mechanism
According to the equipment manual cycle, add special lubricating oil to transmission components such as lifting screws, guide shafts, bearings, etc. to reduce operating friction; Wipe off excess oil after lubrication to avoid contaminating electrical components.
4. Maintain the electrical control system
Keep the electrical control box ventilated and dry, regularly clean the dust inside the box, and check whether the wiring terminals are loose or aging; Test the sensitivity of the emergency stop button and limit switch to ensure timely shutdown in case of equipment failure.
5. Calibration and Verification Management
Strictly follow the metrological calibration regulations, regularly conduct professional calibration on equipment, and keep the calibration certificate of qualification; Regularly conduct standard sample comparison tests in daily use to verify the accuracy of equipment testing.
6. Maintenance during idle period
Fully automatic bending and compression resistant integrated machineBefore long-term shutdown, clean the entire machine and apply rust proof oil to metal parts; Disconnect the power supply, put on a dust cover, and place it in an environment with suitable temperature and humidity to prevent the components from getting damp and rusting.