MCC (Motor Control Centre ) Panel
Smart Motor Management with Intelligent Protection & Control
In any industrial ecosystem, motorized equipment forms the backbone of mechanical operations—and controlling them efficiently is critical to productivity and plant safety.
At Greenventum, our Motor Control Centres (MCC Panels) are engineered to deliver centralized, safe, and efficient control of motors, blending robust construction with intelligent automation. Whether it’s a process plant, utility system, or manufacturing unit, our MCCs ensure maximum uptime, enhanced operational visibility, and optimized energy use.
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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