MCC Motor Control Centre Panel

What is MCC Motor Control Centre Panel

A Motor Control Centre (MCC) Panel is an electrical control panel used to manage, operate, and protect multiple electric motors in industrial and commercial facilities. It acts as a centralized system where motor starters, circuit breakers, contactors, overload relays, and control devices are installed to control motor operations safely and efficiently

Key Features of Greenventum MCC Panels

  • Rated Voltage: 415V / 690V
  • Current Rating: Up to 4000A
  • Short-Circuit Rating (Icw): Up to 65kA for 1 sec
  • Starter Types Supported:
    – DOL (Direct-On-Line)
    – Star-Delta
    – Soft Starters
    – Variable Frequency Drives (VFDs)
    – Reversing / Two-Speed Starters
  • Construction: Modular CRCA powder-coated panels or SS panels with IP42–IP65 protection
  • Form of Separation: Form 2, Form 3, or Form 4 for maximum safety and maintainability
  • Busbar System: High-grade copper or aluminum with heat-shrinkable sleeves or epoxy-coated
  • Control Gear: Schneider, ABB, L&T, etc., with programmable logic integration
  • Metering & Monitoring: Multifunction meters, motor status indicators, fault annunciators
  • Communication: RS-485 / Modbus / Profibus / Ethernet-ready
  • Safety Interlocks: Door interlocks, padlocking, mechanical trip indicators
  • Temperature & Load Monitoring: Thermal overload protection and RTD interfacing

Greenventum – Empowering Motion with Intelligence

At Greenventum, we don’t just control motors — we enhance their reliability, visibility, and lifecycle. Our MCCs are tailored to modern industrial demands with a focus on safety, flexibility, and data-driven control. From simple motor control to integrated automation-ready solutions, we power your processes with unmatched precision.

Key Benefits of MCC Panels

  • Centralized Motor Control
    Streamlines motor operations, improves accessibility, and simplifies maintenance across multiple processes.
  • Enhanced Equipment Safety & Life
    Protection against phase loss, overload, short-circuit, and voltage imbalance ensures long-term motor health.
  • Flexible and Scalable Design
    Modular compartments and plug-in drawers allow easy expansion and quick replacement of faulty feeders.
  • Advanced Monitoring & Automation
    Integration with PLCs, SCADA, or DCS systems enables remote motor start/stop, health diagnostics, and performance logging.
  • Improved Operational Efficiency
    Real-time monitoring of power, voltage, and current helps optimize load distribution and energy use.
  • Reduced Downtime & Faster Troubleshooting
    Isolated feeder compartments and clear fault indicators aid rapid diagnostics and ensure process continuity.
  • Compliance with Global Standards
    Manufactured as per IEC 61439, IS 8623, and industry safety protocols, ensuring full regulatory compliance.

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