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A Motor Control Center (MCC) panel refers to a system of centralized electrical panel that is used to regulate, protect and monitor electric motors in industrial and commercial plants. It is used to enclose motor starters, circuit breakers and contactors or overload relays and control devices in one enclosure. The MCC panels are used to simplify the operations of the motors, make them safer and also have reliable power distribution to a large number of motors by a single location.
A power supply is provided through the main electrical supply to an MCC panel, which splits it into separate feeders to individual motors. Individual motor feeders will have protection and control measures like MCB/MCCB, contactors and overload relays.
Once the motor is started the control circuit makes the contactor active, and power is applied to the motor. In case of any abnormal conditions such as overload, short circuit or phase failure, the protection devices will automatically isolate the motor, thus eliminating any form of damage and downtime.
Enables separation of individual motor feeders without affecting the whole panel, which enhances safety, maintenance simplicity and flexibility of the systems.
Made of high-quality sheet steel with powder coating to resist tough industrial conditions, dust, moisture and mechanical pressure.
Supports starters based on DOL, Star-Delta, Soft Starter and VFD-based, which provides the ability to have accurate control over a motor depending on the load and application needs.
It is fitted with MCBs, MCCBs, contactors and thermal overload relays to provide dependable protection against short circuits, overloads as well as phase failures.
Copper or aluminium busbars are made with even distribution of current, lower heat production and high short-circuit breaking capability.
Clearly identified parts, safe cable routing and additional space also enable problems to be troubleshot quickly and even expand the system in the future.
It is fitted with MCBs, MCCBs, contactors and thermal overload relays to provide dependable protection against short circuits, overloads as well as phase failures.
Allows operators to remotely control, protect and monitor various motors in a centralized place, which enhances efficiency in operations and responsiveness.
Protective devices prevent the occurrence of electrical fault, motor damage, and fire risk making the working environment safer.
Consolidated design reduces field wiring, reduces the time on installation and also reduces the total project and commissioning costs.
Faultless motor protection and controlled starting prevent wear and tear and this leads to fewer breakdowns and continuous operation.
Faults can be analyzed faster and system maintenance conducted without having to shut down the entire system, thanks to modular concept with feeders and clear separation of components.
Simple methods of starting and regulating the motors help to keep power loss to a minimum and output power is optimised.
MCs panels are easily upgradable or expandable to provide more motors as the requirements of the plant increase.
India boasts of a high number of MCC panel producers to power, cement, steel, water treatment, oil and gas, and manufacturing industries. An effective MCC panel manufacturer is concerned with the accuracy of design, the quality of components and safety standards, and customization to suit the needs of each application. When an experienced manufacturer like TPEC is chosen, the service life will be long, its performance will be similar, and reliable after-sales service will be provided.
The Three Phase Electric Company develops and produces motor control centre panels of the required standards of the industrial industry. They have MCC panels that are designed to be safe, durable and efficient in managing motors. The company provides MCC panels with a high quality level, high components, and customization depending on the application, which ensures the continuation of operations, less maintenance load, and durability over time in various industries.
