Motor control panel is a system that is used to control motors in a manufacturing or industrial setting. These electric motors need to be controlled according to the manufacturing or industrial requirement. At their most basic, the motor control panel design comprises of a series of buckets, which are housed in a much larger structure.

Motor Control Center Basics

The electric motors that are used in manufacturing or industrial settings are powered and controlled with the use of feeder buckets. Generally, a single motor is controlled by a single feeder bucket. But most of the processes in an industrial or manufacturing setting use a lot of electric motors. Due to this, multiple feeder buckets would be required to control the entire system.

With the help of motor control panels, you can easily control and hold all the feeder buckets in one central and convenient location. This makes it easier for the manufacturers and industrialists to use and control their electric motors conveniently using a single control panel.

The motor control center basics should be known to each and every person who uses them as fixing them would be easy then. The feeder buckets that are attached inside the motor control panel design structure come in multiple configurations and sizes.

For example, it is possible that additional motors are needed to be added or removed from the structure and we can do that simply by swapping out the correct components or adding them to the structure. This easy configuration allows the manufacturers and industrialists to set up new motors or remove redundant motors depending on the requirement of the industry.

Types of Motor Control Panels

There are three main types of control panels:

  1. Full Starting Voltage Panels:

These motor control centers use the full rated voltage for starting and maintaining the operations of the motors. This type of panels is used for applications that require the electrical service that supply the motor to be of sufficient size so that they can accommodate the starting of the motor. Across the Line, Combination Starters and Magnetic Starters fall into this category.

  1. Reduced Starting Voltage Panels:

These motor panels use a lot of methods to reduce the current’s magnitude, which is required for starting the motor. They are used in applications where the supplying of electrical service is not sufficient for starting the motor, but it can maintain a motor that is already running.

  1. Variable Speed Motor Panels:

Control panels, which are of this type, are used in applications where the motor speed needs to be continuously controlled. A lot of industrial processes require this kind of functionality. They can also reduce the starting current of a motor.

The motor control panel design is very important to the motor control center basics as without a proper design, the motor control panel might not be feasible to the industry. These motor control centers have helped immensely reduce the tedious task of controlling the electric motors in the industry.

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Alleen Wright