Electrologix Control System is an experienced MCC Panel Manufacturer in Delhi NCR, providing customized Motor Control Center (MCC) Panels for industrial, commercial, infrastructure and process applications.
An MCC panel brings multiple motor feeders, starters, protection devices and control equipment together in a centralized electrical assembly. Depending on the application, an MCC can incorporate DOL starters, star-delta starters, soft starters, VFD feeders, motor protection, metering and PLC-based automation.
Electrologix Control System is based in Greater Noida, Uttar Pradesh, and manufactures a range of electrical panels including MCC, PCC, PLC control, AMF and other customized panel solutions. The company’s website specifically identifies Motor Control Center panels among its products and describes fixed and draw-out panel configurations.
Our approach focuses on understanding the motor schedule, electrical ratings, starting method, protection requirements, automation requirements and installation conditions before developing the MCC configuration.
What Is an MCC Panel?
An MCC Panel, or Motor Control Center Panel, is a centralized electrical panel used to control, start, stop and protect multiple electric motors and associated motor-driven equipment.
Instead of installing separate motor starters at different locations, an MCC can bring multiple motor feeders together in a common panel lineup.
A typical MCC may contain:
- Incoming ACB or MCCB
- Outgoing MCCBs
- Motor protection devices
- Contactors
- Overload relays
- Motor protection circuit breakers
- DOL starters
- Star-delta starters
- Soft starters
- Variable Frequency Drives
- Control relays
- PLC interfaces
- Energy meters
- Indication lamps
- Control transformers or power supplies
- Busbar system
- Terminal blocks
The actual configuration depends on the motor schedule and requirements of the electrical system.
MCC Panel Manufacturer in Delhi NCR
As an MCC Panel Manufacturer in Delhi NCR, Electrologix Control System develops motor control centers according to the requirements of individual industrial and commercial projects.
MCC design can involve consideration of:
- Motor ratings
- Motor full-load current
- Starting method
- Number of motors
- Incoming supply
- Busbar rating
- Short-circuit requirements
- Protection coordination
- Control voltage
- Automation requirements
- VFD or soft-starter requirements
- Cable entry
- Panel dimensions
- Installation environment
- Future expansion
This application-focused approach helps ensure that the MCC is configured around the actual motor and process requirements rather than relying on a generic arrangement.
How Does an MCC Panel Work?
An MCC receives electrical power through its incoming section and distributes it to individual motor feeders.
A typical operating arrangement works as follows:
- Electrical power enters the MCC through the incoming switching device.
- The main busbar distributes power across the MCC sections.
- Individual motor feeders receive power from the busbar.
- Each motor feeder contains the appropriate switching and protection equipment.
- The starter, soft starter or VFD controls motor operation according to the application.
- Control signals can be provided locally or through a PLC/automation system.
- Protective devices respond to relevant fault or overload conditions.
- Indication and metering can provide operational information to the user.
The exact sequence depends on the starter type, motor application and control philosophy.
Types of MCC Panels
Electrologix Control System can provide different MCC configurations depending on the application.
Fixed Type MCC Panel
In a fixed MCC, the motor control components are installed in fixed compartments. This configuration can be suitable for applications where maintenance and replacement requirements are relatively straightforward.
Draw-Out MCC Panel
A draw-out MCC uses withdrawable functional units for selected motor feeders. This arrangement can provide convenient access for maintenance and replacement when the system is designed accordingly.
Electrologix Control System’s product information includes both fixed and draw-out configurations and describes modular panel construction.
Intelligent MCC Panel
An Intelligent MCC or IMCC can incorporate electronic motor management, communication and automation functions for applications requiring greater monitoring and integration.
Automatic MCC Panel
An automatic MCC can be integrated with PLC, SCADA or other automation systems for automated control and monitoring of motor-driven equipment.
MCC Panel With DOL Starter
A Direct-On-Line (DOL) starter is a straightforward motor-starting method commonly used for suitable motor applications.
A DOL motor feeder can incorporate appropriate switching, overload protection and short-circuit protection according to the motor and system requirements.
DOL starters can be considered where the motor’s starting current and the electrical network can accommodate the direct starting method.
MCC Panel With Star-Delta Starter
A star-delta starter can be used for suitable three-phase induction motor applications where reduced-voltage starting is required.
During starting, the motor operates in the star configuration and subsequently changes to delta operation according to the configured control sequence.
The suitability of star-delta starting depends on the motor design, load characteristics, starting torque requirements and electrical system.
MCC Panel With VFD
A Variable Frequency Drive (VFD) feeder allows motor speed and operating characteristics to be controlled electronically.
VFD-based MCC feeders are commonly considered for applications such as:
- Pumps
- Fans
- Conveyors
- Compressors
- HVAC systems
- Process machinery
- Material handling systems
VFDs can provide variable-speed operation and process control, but their application should also consider harmonics, EMC, motor characteristics, cooling and cable requirements.
Electrologix Control System lists VFD panels and automation solutions among its panel offerings.
MCC Panel With Soft Starter
A soft starter can be incorporated into an MCC to provide controlled motor acceleration and reduce the mechanical and electrical stresses associated with direct starting.
Soft starters can be suitable for applications such as:
- Pumps
- Fans
- Compressors
- Conveyors
- Industrial machinery
The appropriate starting method depends on the motor, load torque and process requirements.
MCC Panel for Industrial Applications
MCC panels are widely used in industries where multiple motors operate as part of a common process.
Typical applications include:
- Manufacturing plants
- Water treatment plants
- Wastewater treatment facilities
- Food processing
- Pharmaceutical manufacturing
- Textile industries
- Cement plants
- Chemical industries
- Steel and metal processing
- Automotive manufacturing
- Packaging plants
- Warehouses
- Infrastructure facilities
MCCs are particularly useful when several motors need to be controlled and protected from a centralized location.
MCC Panel for Pumping Systems
Water and wastewater facilities commonly use multiple motors for pumps, blowers, mixers and other equipment.
An MCC can centralize the control of these motor feeders while providing appropriate protection and automation interfaces.
Depending on the application, pump MCCs can incorporate:
- DOL starters
- Star-delta starters
- VFD feeders
- Soft starters
- Motor protection
- Level-control interfaces
- PLC integration
- Local/remote selection
- Electrical metering
The final configuration should be based on the pump motor schedule and process requirements.
MCC Panel for Manufacturing Plants
Manufacturing facilities can have numerous motors operating conveyors, pumps, compressors, fans, mixers, machine tools and production equipment.
A centralized MCC provides a structured arrangement for supplying and controlling these motors.
For manufacturing applications, the design may consider:
- Number of motors
- Motor power ratings
- Starting methods
- Operating duty
- Simultaneous operation
- Process sequence
- Automation requirements
- Spare feeders
- Maintenance strategy
Key Components of an MCC Panel
Incoming Breaker
The incoming ACB or MCCB provides switching and protection for the MCC’s incoming supply according to the system design.
Main Busbar
The busbar distributes electrical power to the individual motor feeders.
Motor Starters
DOL, star-delta and other starter configurations can be incorporated according to motor requirements.
Contactors
Contactors provide electrical switching for suitable motor control applications.
Overload Protection
Thermal or electronic overload protection can be incorporated according to the motor feeder design.
Motor Protection
Motor protection equipment can help address relevant overload, short-circuit, phase-loss or other applicable electrical conditions.
VFDs
Variable Frequency Drives can provide variable-speed motor control where required.
Soft Starters
Soft starters can provide controlled acceleration for suitable motor applications.
PLC Interface
MCCs can be designed for integration with PLC-based automation systems where required.
MCC Panel for Automation and SCADA
Modern industrial MCCs can be integrated with automation systems to allow centralized monitoring and control.
Depending on the project, an MCC may interface with:
- PLC
- HMI
- SCADA
- DCS
- BMS
- Remote I/O
- Industrial communication networks
An intelligent MCC can provide information such as motor current, operating status, trips and other available parameters to an automation system.
Electrologix Control System identifies PLC/SCADA integration and intelligent MCC solutions among its technical offerings.
MCC Panel Protection
Motor control centers require appropriate protection based on the electrical system and motor application.
Depending on the design, protection may include:
- Short-circuit protection
- Overload protection
- Motor protection
- Phase-failure protection
- Earth-fault protection
- Under-voltage protection
- Over-voltage protection
- Emergency stopping arrangements
- Interlocking
Protection requirements should be established through the project’s electrical design and applicable standards.
MCC Panel Standards and Quality
For low-voltage MCC assemblies, IEC 61439-1 and IEC 61439-2 provide the principal framework for low-voltage switchgear and controlgear assemblies. Individual components such as circuit breakers, contactors and motor starters are generally selected according to applicable product standards in the IEC 60947 series.
Electrologix Control System’s published panel information states compliance with IEC 61439 and identifies features such as modular construction, dust and vermin protection and finger-touch protection.
For a particular project, the required standards, verification requirements, ratings and certifications should be confirmed against the customer’s specification and applicable regulations.
Fixed MCC vs Draw-Out MCC
The choice between fixed and draw-out MCC construction depends on the application’s maintenance philosophy, operational requirements, available space and budget.
A fixed MCC can be appropriate where motor feeders are not frequently removed and planned maintenance shutdowns are acceptable.
A draw-out MCC can provide easier removal and replacement of compatible functional units, which can be valuable in applications where maintenance accessibility and reduced intervention time are important.
The appropriate arrangement should be selected based on the plant’s operational and maintenance requirements rather than treating one configuration as universally suitable.
Custom MCC Panel Manufacturer Delhi NCR
Every industrial plant has a different motor schedule. For this reason, Electrologix Control System provides customized MCC panel configurations.
An MCC can be designed according to:
- Motor quantity
- Motor ratings
- Motor current
- Starting method
- Number of feeders
- Incoming supply
- Busbar capacity
- Short-circuit rating
- Protection requirements
- Control voltage
- VFD requirements
- Soft-starter requirements
- PLC integration
- Communication requirements
- Panel dimensions
- Cable entry
- Installation environment
Customers can provide their motor list, single-line diagram, load schedule, technical specification or automation architecture for evaluation.
MCC Panel Manufacturer and Supplier in Delhi NCR
Electrologix Control System is located in Greater Noida, Uttar Pradesh, and serves electrical and industrial projects across the Delhi NCR region. The company’s published address is in Ecotech III, Greater Noida.
Our MCC solutions can support requirements from:
- Industrial manufacturers
- Electrical contractors
- EPC contractors
- System integrators
- Automation companies
- Electrical consultants
- OEMs
- Infrastructure developers
- Commercial facilities
- Water and wastewater projects
Benefits of a Properly Designed MCC Panel
A suitable MCC can provide several practical benefits:
- Centralized motor control
- Organized motor feeders
- Individual motor protection
- Simplified electrical distribution
- Easier operation and monitoring
- Integration with automation systems
- Flexible starter selection
- Convenient maintenance access
- Support for future motor additions
- Centralized fault indication and control
The actual benefits depend on the MCC configuration, connected motors, installation and operating conditions.
Engineering Approach to MCC Manufacturing
An MCC is a complete electrical assembly rather than simply a collection of motor starters. Its design needs to consider electrical ratings, thermal performance, protection, mechanical construction, internal separation and the operating environment.
Electrologix Control System focuses on:
Motor Schedule Evaluation:
Understanding the number, ratings and operating characteristics of the connected motors.
Starter Selection:
Selecting DOL, star-delta, VFD, soft starter or other arrangements according to the motor application.
Protection Design:
Selecting appropriate protective devices for individual feeders and the overall MCC.
Busbar Design:
Determining busbar capacity and arrangement according to the electrical system.
Automation Integration:
Providing PLC, SCADA or other interfaces where required.
Panel Layout:
Arranging feeders and components to support practical operation and maintenance.
How to Select the Right MCC Panel?
Determine the Motor Schedule
List the motor nameplate ratings, voltage, full-load current, starting method and operating duty.
Select the Starting Method
Determine whether each motor requires DOL, star-delta, soft starter, VFD or another starting arrangement.
Determine the Incoming Supply
Specify the incoming voltage, current capacity and source characteristics.
Establish the Short-Circuit Rating
The available fault level should be considered when selecting the MCC assembly and protective devices.
Determine the Busbar Rating
The main busbar should be appropriately rated for the electrical system and expected operating conditions.
Define Automation Requirements
Specify whether the MCC needs PLC, SCADA, DCS, BMS or communication integration.
Consider Maintenance Requirements
For plants requiring frequent feeder replacement or reduced maintenance intervention, a draw-out configuration may be considered.
Plan for Expansion
If additional motors are expected in the future, suitable spare capacity or feeder provisions can be incorporated where practical.
Quality Considerations for MCC Panels
Important quality and engineering considerations include:
- Correct component ratings
- Appropriate busbar sizing
- Adequate electrical clearances
- Proper protective bonding
- Correct motor protection
- Organized internal wiring
- Proper cable termination
- Suitable enclosure construction
- Functional interlocking
- Clear circuit identification
- Appropriate inspection and testing
IEC 61439 assembly requirements include design verification considerations such as temperature rise, dielectric performance, short-circuit withstand, protective circuit continuity, clearances and creepage distances.
Why Choose Electrologix Control System?
Electrologix Control System manufactures a range of electrical control and distribution panels from its Greater Noida operation and specifically offers MCC solutions.
Application-Based Engineering:
MCC configurations are developed around the motor schedule and process requirements.
Customized Solutions:
Fixed, draw-out, VFD, soft-starter and automation configurations can be considered according to project requirements.
Industrial Applications:
MCC solutions can be developed for manufacturing, utilities, infrastructure, water treatment and other motor-driven applications.
Automation Integration:
Where required, MCCs can be designed for PLC and SCADA integration.
Delhi NCR Coverage:
Electrologix Control System serves industrial and electrical projects across Delhi NCR from its Greater Noida location.
Frequently Asked Questions
What is an MCC panel?
An MCC panel, or Motor Control Center, is a centralized electrical assembly used to supply, control, start and protect multiple electric motors and motor-driven equipment.
Who is an MCC Panel Manufacturer in Delhi NCR?
Electrologix Control System manufactures and supplies customized MCC panels for industrial, commercial, infrastructure, water treatment and automation applications in Delhi NCR. Its published company information identifies MCC panels among its manufactured electrical products.
What types of motor starters can be used in an MCC?
Depending on the application, MCCs can incorporate DOL, star-delta, reversing, soft starter and VFD-based motor feeders.
What is the difference between fixed and draw-out MCC?
In a fixed MCC, the feeder components are permanently mounted in their compartment. A draw-out MCC uses withdrawable functional units for selected feeders, which can make maintenance and replacement more convenient when the assembly is designed for that purpose.
Can an MCC panel include VFDs?
Yes. VFD feeders can be integrated into an MCC for applications requiring variable-speed motor control.
Can an MCC be connected to a PLC or SCADA system?
Yes. An MCC can be designed with PLC I/O, communication interfaces and motor management equipment for integration with automation and SCADA systems.
Where are MCC panels used?
MCC panels are commonly used in manufacturing plants, water treatment facilities, wastewater plants, process industries, HVAC systems, pumping stations, infrastructure facilities and other applications with multiple motors.
What information is required for MCC panel manufacturing?
Important information generally includes motor ratings, motor current, starting methods, number of motors, incoming supply, short-circuit level, protection requirements, automation requirements, cable entry and panel installation conditions.
Can Electrologix Control System manufacture customized MCC panels?
Yes. Electrologix Control System can configure MCC panels according to the motor schedule, starting methods, protection requirements, automation architecture and project specifications.
Get a Customized MCC Panel
If you are looking for an MCC Panel Manufacturer in Delhi NCR, Electrologix Control System can help develop a Motor Control Center based on your plant’s motor schedule and electrical requirements.
Share your motor list, motor ratings, single-line diagram, load schedule, starting method, automation requirements and technical specifications with our team.
We can evaluate the requirements and develop a suitable MCC panel configuration for your application.