Installation environment requirements

　　Large-scale CNC plate processing centers should be installed in places far away from seismic sources, not exposed to direct sunlight, no heat radiation, and no humidity. If there is an earthquake source near the place where the large CNC plate machining center is installed, an anti-vibration trench should be set around the CNC machining center. If the anti-vibration trench is not set, it will directly affect the machining accuracy and stability of the large CNC plate machining center, and it will affect it over time. The electronic components are in poor contact and malfunction, which affects the reliability of the large-scale CNC plate processing center.

　　Strictly controlled voltage and current

　　Large-scale CNC sheet metal processing centers are generally installed in the processing workshop, and the processing workshop has a large number of mechanical equipment, which will inevitably lead to large fluctuations in the power grid. Therefore, the installation position of the large-scale CNC sheet metal machining center must strictly control the voltage and current of the power supply. The voltage and current of the power supply must be controlled within the allowable range of the CNC machining center. The voltage and current of the power supply must be kept stable, otherwise it will directly affect the CNC. The normal operation of the machining center.

　　Influence of temperature and humidity

　　Large-scale CNC machining centers generally need to be in an environment below 30 degrees Celsius to work normally. Under normal circumstances, exhaust fans and air coolers are installed in the distribution box of CNC machining centers to ensure that electronic parts and central processing work at a constant temperature. . If the temperature and humidity are too high, the life of the components of the control system will be reduced, leading to unexplained increase in the failure of the large-scale CNC sheet processing center. If the humidity increases, dust will increase on the integrated circuit board and directly cause poor contact and short-circuit failures.