MCC Panel Manufacturer in Chennai

Top MCC Panel Manufacturer in Chennai, 2026 | P S Control

P S Control and Switchgear is well-known MCC Panel Manufacturers in Chennai, Suppliers and Exporters in Chennai. Since 2005, our Motor Control Centre Panels are developed by considering motor capacity, connected load, starting method, operating conditions, control requirements and electrical safety. We are ISO 9001:2015 certified and manufacture and supply MCC panels designed for centralized motor control, electrical distribution, protection and industrial automation.

As we provide MCC Panel ( Motor Control Centre Panel), we offer solutions for industries where reliable motor operation, centralized control and easy monitoring are important. Our We focus on practical panel engineering that supports safe operation, efficient maintenance and dependable industrial performance. Electrical MCC Panel solutions can be configured according to motor ratings, incoming supply, feeder requirements, starting methods, control philosophy and installation environment.

What is the Purpose of MCC Panel?

Being a leading MCC Panel Manufacturers in Chennai, We have mention the Purpose of MCC Panel such as below:

A properly designed MCC panel can help industries:

  • Centralize control of multiple motors
  • Provide motor starting and stopping control
  • Protect motors against electrical faults and overloads
  • Simplify monitoring and maintenance
  • Support automated motor operation
  • Improve electrical system organization
  • Support reliable operation of industrial machinery

How Does MCC Panel Works?

As leading MCC Panel Manufacturer in Chennai, We have mention the process such as below:

  • Power Input- The incoming electrical supply enters the MCC panel through suitable incoming protection and switching equipment. The power circuit is designed according to the required voltage, current and connected load.
  • Power Distribution- The incoming supply is distributed through busbars to different motor feeders and electrical loads. Suitable busbar sizing is selected according to the panel rating and application requirements.
  • Motor Starting- Each motor feeder can use a suitable starting arrangement such as DOL, star-delta, soft starter or VFD. The selected method helps control motor starting according to the application.
  • Motor Protection- Protective devices such as MCBs, MCCBs, fuses, overload relays and other protection components help protect motors and electrical circuits against common operating faults.
  • Control and Monitoring- Control components, indicators, meters, PLCs, HMIs and other automation devices can be integrated to monitor and control motor operation.

Types of MCC Panels We Provide

As experienced MCC Panel Manufacturers in Chennai, we provide different panel configurations according to motor requirements, machine design and industrial applications.

  • Electrical MCC Panel- An Electrical MCC Panel combines motor control, switching, protection and power distribution components in one organized enclosure. It can support centralized operation and monitoring of industrial motors.
  • Low Voltage MCC Panel- A Low Voltage MCC Panel is designed for motor control and power distribution in low-voltage electrical systems. It can be configured according to incoming supply, motor capacity and feeder requirements.
  • Automatic MCC Panel- An Automatic MCC Panel supports automated motor operation using PLCs, sensors, control relays and other automation components. It is suitable for processes where motors need to operate according to predefined conditions.
  • MCC Panel for Factories- MCC Panel for Factories provides centralized control of motors used in production lines, material handling systems, pumps, compressors and other industrial equipment.
  • MCC Panel for Motors- MCC Panel for Motors is designed to control and protect multiple motors through individual feeders. Starting methods and protection devices can be selected according to motor ratings and application requirements.
  • MCC Panel for Pharmaceutical Industries- MCC Panel for Pharmaceutical Industries can be developed for motor-control applications in manufacturing, utility and process systems. The panel configuration can be selected according to equipment requirements and plant operating conditions.
  • MCC Panel for Automotive Industries- MCC Panel for Automotive Industries supports motor control for production equipment, conveyors, pumps, assembly systems and other automated machinery.
  • MCC Panel for Power Plants- MCC Panel for Power Plants can be used for controlling auxiliary motors, pumps, fans and other electrical equipment. The configuration can be developed according to plant load and operational requirements.
  • MCC Panel Automation- MCC Panel Automation integrates motor control with PLCs, HMIs, sensors and communication systems. It supports centralized monitoring and automated operation of connected equipment.
  • Industrial MCC Panel- An Industrial MCC Panel is designed for centralized control and protection of multiple motors and electrical loads in industrial environments. It can be customized according to connected load, feeder quantity and operating conditions.

Technical Specification of MCC Panel

SpecificationTypical / Available Range
Panel TypeMCC Panel
System Voltage415 V AC
Frequency50 Hz
Phase3 Phase
Motor Capacity0.37–500 kW
Busbar Rating100–4000 A
Short Circuit Rating25–65 kA
Control Voltage24 V / 110 V / 230 V AC
Starting MethodDOL / Star-Delta / Soft Starter / VFD
ProtectionMCB / MCCB / Fuse / Overload Relay
EnclosureMild Steel / CRCA
Ingress ProtectionIP42–IP65
MeteringDigital Meter / Multifunction Meter
Control SystemManual / Automatic / PLC Based
CoolingNatural / Fan Cooling
Panel ConfigurationIndoor / Outdoor
Feeder ArrangementFixed / Modular / Draw-out
CommunicationModbus / Industrial Communication
CustomizationAvailable

Advanced Features of MCC Panel

As MCC Panel Suppliers in Chennai, P S Control and Switchgear focuses on practical and application-oriented panel solutions.

  • Centralized Motor Control- The MCC panel allows multiple motors and electrical loads to be controlled from a centralized location, simplifying plant operation and monitoring.
  • Reliable Motor Protection- Suitable breakers, overload relays, fuses and other protection devices help protect motors and feeders against overload, short circuit and other electrical faults.
  • Flexible Starting Methods- MCC panels can accommodate DOL, star-delta, soft starter and VFD-based starting methods according to motor capacity and process requirements.
  • Automation Compatibility- The panel can be integrated with PLCs, HMIs, sensors and communication systems for automated motor control and process monitoring.
  • Easy Maintenance- Organized feeder arrangements, clear identification and accessible components can help simplify inspection, troubleshooting and maintenance activities.

How to Install MCC Panels?

MCC Panel Installation requires proper positioning, electrical connections, earthing, cable termination and testing before commissioning.

Steps of MCC Panel Installation such as below:

  • Selecting a suitable installation location
  • Providing adequate working clearance
  • Checking incoming and outgoing cable connections
  • Ensuring proper panel earthing
  • Verifying busbar and feeder connections
  • Checking protection settings
  • Testing control circuits
  • Completing commissioning according to application requirements

Where Our MCC Panel is Applicable?

As MCC Panel Exporters in Chennai, our solutions can be considered for a wide range of industrial applications.

  • Manufacturing Industry- MCC Panel for Factories can control motors used in production machinery, conveyors, pumps, compressors and processing equipment.
  • Pharmaceutical Industry- MCC Panel for Pharmaceutical Industries can be used for motors and utility equipment involved in manufacturing and process operations.
  • Automotive Industry- MCC Panel for Automotive Industries can support motor control for conveyors, assembly lines, machine tools, pumps and automated production equipment.
  • Power Plants- MCC Panel for Power Plants can be used for auxiliary motors, pumps, fans and other plant equipment requiring centralized motor control.
  • Material Handling- MCC panels can control motors used in conveyors, elevators, hoists and other material-handling equipment.

MCC Panel Performance Evaluation

The performance of an MCC panel should be evaluated according to the motor load, electrical system, starting method, operating environment and control requirements rather than panel size alone.

Testing Conditions

  • Motor capacity
  • Incoming voltage
  • Connected load
  • Starting method
  • Operating frequency
  • Short-circuit level
  • Load characteristics
  • Ambient temperature
  • Required automation system

Key Evaluation Parameters

  • MCC panel rating
  • Busbar capacity
  • Motor compatibility
  • Protection coordination
  • Feeder arrangement
  • Insulation performance
  • Panel temperature
  • Enclosure construction
  • Earthing arrangement
  • Maintenance accessibility

What is the Price of MCC Panel?

The MCC Panel Price depends on the panel rating, number of motor feeders, components, starting method, busbar capacity and automation requirements rather than one fixed price.

Important factors include:

  • Total motor capacity
  • Number of feeders
  • MCCB and breaker ratings
  • Busbar rating
  • DOL / Star-Delta / Soft Starter / VFD configuration
  • Enclosure and IP rating
  • PLC and automation requirements
  • Metering and communication requirements
  • Indoor or outdoor installation

Why Choose Us?

  • Customized Panel Engineering- We develop MCC panels according to motor capacity, connected load, starting method, control requirements, installation conditions and industrial application.
  • Application-Focused Manufacturing- Our panel design considers the actual requirements of factories, manufacturing plants, pharmaceutical facilities, automotive industries and power plants.
  • Quality Electrical Components- We select suitable breakers, contactors, overload relays, VFDs, soft starters, control components and protection devices according to the required panel configuration.
  • Industrial Experience- Since 2005, we have focused on practical electrical panel solutions for industrial motor control and automation requirements.

P S Control and Switchgear is leading MCC Panel Manufacturers in Chennai, Suppliers and Exporters in Chennai, our panels can be developed according to specific motor, load and application requirements. Choose us for professionally engineered MCC panel solutions that support reliable motor operation, organized electrical control and efficient industrial processes. We providing practical solutions for centralized motor control, electrical protection and industrial automation. Contact us today for your MCC Panel requirements.

FAQs – MCC Panel

MCC stands for Motor Control Centre.

It is an electrical panel used for centralized control and protection of multiple motors.

It can include breakers, contactors, overload relays, starters, VFDs and control components.

MCC panels are widely used in industrial plants and manufacturing facilities.

An MCC panel is mainly designed for motor control and protection.

A PCC panel is primarily used for power distribution.

MCC panels generally include motor feeders and starting arrangements.

PCC panels focus more on distributing incoming electrical power to different loads or panels.

An MCC panel provides centralized control and protection for multiple motors.

A VFD panel primarily uses Variable Frequency Drives for adjustable motor speed control.

An MCC can contain DOL, star-delta, soft starter or VFD feeders.

A VFD panel is selected when variable motor speed and controlled frequency operation are required.

Consider the total motor capacity and connected load.

Check incoming voltage, current and short-circuit requirements.

Determine the number and rating of motor feeders.

Select suitable starting methods such as DOL, star-delta, soft starter or VFD.

Consider protection, automation, enclosure and installation requirements.

Total motor capacity and number of feeders.

Busbar and short-circuit rating.

Type and quantity of electrical components.

Starting method used for each motor.

Panel size, enclosure and IP rating.

PLC, HMI, metering and communication requirements.

Component brand and customization requirements.

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