Use environment:
Vibration Avoidance If the image measuring instrument is subjected to additional ambient vibration, the measurement accuracy will be reduced. When the frequency is less than 10 Hz, the amplitude of the surrounding vibration should not exceed 2 μm (peak-to-peak difference); when the frequency is between 10 Hz and 50 Hz, the acceleration should not exceed 0.4 Gal. If the vibration exceeds these limits, anti-vibration measures (such as installing a vibration damper) should be used.
The dust-free image measuring instrument must be constructed without dust. Although the dust cover has a certain protective effect on the image measuring instrument, the measuring instrument should be cleaned regularly.
The power supply uses a stable power supply of 90 to 264 VAC, 47-63 Hz, and 10 Amp to ensure normal operation of the instrument.
The temperature and ambient temperature should be kept as high as 20 °C ± 1 °C. Please do not adjust the machine accuracy at high or low temperatures. Otherwise, the accuracy of the meter at 20 °C cannot be guaranteed.
Humidity and humidity have no direct adverse effect on measurement accuracy. However, high humidity can rust the mechanical surface and impede smooth axial movement. It is therefore recommended that the ambient humidity be between 30% and 80%.
The light image measuring instrument should not be placed in a strong light or direct sunlight, otherwise it will greatly affect the measuring accuracy of the measuring instrument.
Maintenance of parts:
The measuring platform should pay special attention to the glass platform when loading and unloading the workpiece. Sometimes the measuring platform will adhere to the moisture and oil mist layer. Please use detergent to remove the dirt.
When the body casing is not working, please cover it with a dust cover. Once the body casing is contaminated, wipe it with a soft cloth. Because the fuselage shell is contaminated, although it does not directly affect the measurement accuracy, the pollution may still spread to other parts of the fuselage that affect the measurement accuracy, such as linear slides or platforms.
