PCB industrial control circuit board

Industrial control refers to industrial automation control, mainly achieved through the combination of electrical, electronic, mechanical, and software. It is industrial control or factory automation control. Mainly refers to the use of computer technology, microelectronics technology, and electrical means to make the production and manufacturing processes of factories more automated, efficient, accurate, controllable, and visible.

Used for industrial control PCB circuit boards, specialized or general-purpose circuit boards are required, with complete bottom circuits and retained IO. After purchasing an industrial control circuit board, the input and output ports retained on the circuit board are connected to the user's own devices, such as motors, solenoid valves, sensors, to complete the functions they want to accomplish.

Industrial control PCB circuit boards have dedicated boards and general-purpose boards. A dedicated circuit board is a board designed specifically for a particular function, such as a temperature control circuit board. After purchase, the input port is connected to a thermocouple, and the output port is connected to a heating contactor or solid-state relay to control the temperature and flow of the heating equipment. Control panel, motion control board, etc

General control boards can be programmed to perform specific functions and have a wide range of uses after users have conducted secondary development. For example, PLC is a universal industrial control board. After the user writes the program and compiles the input, various functions can be completed. Digital input, analog input port, high-speed counter port, digital output port, analog output port, some also have communication function.

The usage environment of industrial equipment is complex. The function of industrial control PCB circuit boards is based on industrial automation control. PCBs should work normally under high temperature, high humidity, and high corrosion conditions. Long term use should have no malfunctions. Develop unique process flow and testing methods based on the characteristics of industrial control PCBs to ensure that PCB boards meet the quality requirements of industrial equipment.