An electrical control panel is an enclosure, typically a metal box or plastic moulding which contains important electrical components that control and monitor a number of mechanical processes. They are energized systems that require maintenance, with planned preventative maintenance and condition-based monitoring being the most effective methods.The design and manufacturing of control panels is tightly linked to the automation and optimization of industrial processes. At the dawn of the 4.0 industrial revolution, we know that automation is a critical topic to address and it is a question of survival for many industrial manufacturers.
This is like the disconnect of the main electrical panel leading into a home or office. Main circuit breakers handle between 120V–480V in most industrial applications.
This component prevents lightning strikes or utility power surges from damaging the electrical components inside the panel due to over-voltage.
Transformers may reduce voltage to 120V for various components or step down voltage to 24V in instances where incoming power is 120V.
These blocks help to organize and distribute the array of wires coming from various sources to different electrical devices.
CPU unit is the brains of the control panel, providing monitoring and control of the various mechanical processes.
Smaller relays control functions like lights and fans. Larger relays, called contacts, control more advanced functions like motors.
Network switches facilitate communication between the PLC and the various network compatible devices on the production line.
HMI control certain functions of the machinery. Common HMIs include video monitors, joysticks, buttons, switches, and keyboards.
In automation Era, Where we can seek need of automatic electronically things done or job want to be completed. then we can fulfill this need by Using electronic panel.
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