About Us

MCC Panels

MCC are specialized electrical panels designed to control, protect, and manage multiple electric motors from a centralized location. These panels are widely used in industrial automation systems to start, stop, and monitor motors used in pumps, conveyors, compressors, HVAC systems, and other machinery. MCC panels consist of circuit breakers, contactors, overload relays, busbars, and control devices to ensure safe and efficient motor operation.

MCC control panels help in centralized motor control, improved safety, reduced downtime, easy maintenance, and efficient power management, making them essential for modern industries such as manufacturing, water treatment plants, power plants, and process industries.

System Voltage 415V, 3 Phase, 4 Wire
Rated Current Up to 3200 Amps
Bus Bar High conductivity Copper / Aluminum with heat shrinkable PVC insulation
Short Circuit Withstand Up to 50kA for 1 second duration
Type of Construction Floor Mounted, Compartmentalized, Drawout / Fixed Type
Degree of Protection IP-42 / IP-54 / IP-65 (as per requirement)
Enclosure CRCA sheet 2.0mm / 1.6mm thick, powder coated as per IS standards
Motor Control Suitable for DOL, Star-Delta, Soft Starter, and VFD applications

Why Choose Us

Panels installed and upgraded with precision using reliable, industry-approved components.

Custom electrical panel configurations designed to fit your exact project and power needs.

Fast, dependable service�your electrical panel work completed on schedule with ongoing support.

Core Features

Modular Construction

Flexible modular design enables easy installation, customization, expansion, and efficient power distribution management.

Low Maintenance

Built with high-quality components to ensure reliable performance, reduced downtime, and minimal maintenance requirements.

Efficient Heat Dissipation

Advanced ventilation and thermal management systems ensure optimal heat control for stable and long-lasting operation.

High Safety Standards

Engineered with robust protection features against overloads, short circuits, and electrical faults for maximum safety.