Working with the industry's top brands
Low Voltage Switchboards
Motor Control Center | Centralized Control & Protection for Electric Motors
Specialized design and manufacturing of MCC panels for control, protection, starting, and distribution
of motor circuits in industrial projects.
From engineering and design to component selection, assembly, wiring,
testing, and commissioning, tailored to the requirements of each project.
What is an MCC Panel?
An MCC panel, or Motor Control Center,
is one of the most critical industrial electrical panels used for
centralized control, protection, and management of electric motors
and motor-driven equipment.
This panel typically consists of multiple motor feeders, and each feeder
can include the necessary equipment for switching, protection, starting,
and controlling an electric motor.
Proper MCC design increases safety, reliability, ease of
maintenance, and enables centralized control of motors within an industrial complex.
Control and starting of electric motors using the appropriate method for each.
Protection against overload, short circuits, and electrical faults.
Power distribution among various motor feeders and auxiliary equipment.
Monitoring motor status and control via PLC or automation systems.
MCC panels enable centralized control, increased safety, and better management of motors in industrial facilities.
Control and manage multiple electric motors from a single unit.
Using appropriate protective equipment to reduce the risk of damage to motors and assets.
Proper design of power and control circuits for stable performance of industrial motors.
Provisions for expansion spaces and spare feeders to add new motors.
MCC components are selected based on motor power, starting method,
operating conditions, and project requirements.
Usage of MCCB, MCB, and suitable equipment for protection and switching of motor circuits.
Electrical switching of the motor and control of the power circuit based on system commands.
Motor protection against overload and abnormal current conditions.
Smooth motor starting, reduction of starting current, and mechanical stress mitigation if required.
Control of speed, torque, and motor performance using variable frequency drives, if required.
Push buttons, selectors, control relays, signal lamps, and necessary motor control equipment.
Capability to integrate MCC with PLC and industrial automation systems for advanced control and monitoring.
Appropriate busbar arrangement for energy distribution between various motor feeders based on the panel’s rated current.
Body design, compartmentation, IP rating, and component access tailored to project specs and installation conditions.
Final specifications are determined based on the number of motors, power ratings,
starting methods, rated current, and project requirements.
Motor Control Center – MCC
Low Voltage (LV)
Electric Motor Control & Protection
DOL / Star-Delta / Soft Starter / VFD
MCCB / MCB / Overload Relay
Contactor / Relay / Selector / Push Button
PLC / HMI / Communication Systems, as required
Copper / Aluminum
Modular & Scalable
IEC / Project-Specific Standards
MCC panels are widely used in facilities with significant numbers of
electric motors and motor-driven equipment.
Control and protection of production line motors and industrial equipment.
Control of pump motors, fans, compressors, and process equipment.
Centralized management of motor circuits in industrial processes.
Control and protection of auxiliary motors and facility rotating equipment.
Control of pumps, blowers, and other motor-driven equipment.
Control of HVAC motors, pumps, and building mechanical equipment.
From reviewing motor specifications to final testing and delivery.
Review of motor list, power ratings, current, starting methods, and operating conditions.
Preparation of single-line diagrams, power circuit, control circuit, and layout drawings.
Selection of breakers, contactors, relays, drives, and control equipment.
Body manufacturing, component installation, busbar system, and execution of power and control wiring.
Quality control, necessary tests, and preparing the panel for delivery.
Design based on actual motor specifications and project needs.
Production according to project drawings, feeder count, dimensions, and equipment requirements.
Strict monitoring of the assembly process, wiring, and necessary tests.
Technical support for installation, commissioning, and maintenance of the MCC panel.
Share your motor specifications, required power, and feeder count with us,
and we will provide the optimal solution for your motor control panel.
Diverse solutions for control, distribution, and industrial automation
Contact our experts to receive free professional consultation, review plans, and get a quote. We are ready to build the best solution for you.
Contact Our Experts