Control Panel

Industrial PCC, MCC & Automation Control Panels

Electrical control panels are the central control hubs governing power distribution and automated machinery in industrial plants. A poorly fabricated panel with cramped wiring, inadequate busbar ratings, or poor heat dissipation leads to premature failures, short circuits, and safety hazards. At iPower Switchgear, we design, fabricate, assemble, and test custom Power Control Centres (PCC), Motor Control Centres (MCC), APFC, and PLC Control Panels across Ahmedabad, Gujarat, and pan-India.

Our panel manufacturing facility builds CPRI type-tested, IP55/IP65 ingress-protected panel enclosures utilizing sheet steel (CRCA / Stainless Steel), high-conductivity copper/aluminum busbars, and premium switchgear components compliant with IS 8623 and IEC 61439 standards.

Full Range of Custom Control Panels Manufactured

• Power Control Centres (PCC Panels): Main low-voltage distribution panels up to 6300A incorporating ACB incomers, bus couplers, metering, and feeder MCCBs.
• Motor Control Centres (MCC & Intelligent MCC): Fixed or fully draw-out MCC panels featuring DOL, Star-Delta, Soft Starter, and VFD feeders with Profibus/Modbus communications.
• Automatic Power Factor Correction (APFC Panels): Microprocessor-controlled APFC panels with 7%/14% detuned reactors and heavy-duty capacitor banks.
• PLC, SCADA & VFD Automation Panels: Rittal/custom enclosures housing PLCs, I/O modules, touch HMI screens, variable frequency drives, and 24V DC power supplies.

Related Panel Capabilities

Advanced Engineering Standards & Operational Quality

At iPower Switchgear, all Electrical Service projects are executed in strict accordance with ISO 9001:2015 quality management procedures, Central Electricity Authority (CEA) safety guidelines, and applicable Indian & International standards (IS / IEC / IEEE). Our experienced team conducts on-site field audits, digital twin simulation modeling, and rigorous pre-commissioning checks to eliminate operational vulnerabilities.

Whether you are establishing a new industrial facility, upgrading existing sub-station infrastructure, or requiring emergency engineering support in Gujarat, our certified engineers deliver comprehensive technical documentation, stamped test certificates, and actionable recommendations to optimize long-term asset performance.

CPRI Type-Tested Control Panel Engineering & Standards

Our custom control panel design and fabrication adheres strictly to IS 8623 and IEC 61482 / IEC 61439 standards:

• Busbar Current Density & Bracing Calculations: Engineering high-conductivity copper or aluminum busbars with continuous current density ratings ($1.0 ext{ A/mm}^2$ for Al, $1.5 ext{ A/mm}^2$ for Cu) and CPRI-verified short-circuit bracing.
• Enclosure Protection (IP55 / IP65 Rating): Precision-fabricated 2.0mm CRCA steel enclosures with polyurethane gasket seals, providing dustproof and weatherproof protection.
• Thermal Heat Dissipation & Ventilation Analysis: Calculating internal panel heat rise generated by VFDs, transformers, and contactors to specify forced cooling fans or panel air conditioners.
• Factory Acceptance Testing (FAT): 100% pre-dispatch inspection covering 2.5kV insulation withstand tests, wire point-to-point continuity, and operational scheme interlocks.

Custom Busbar Fabrication & Temperature Rise Management

Panel busbars are cut, punched, and bent using CNC machines, then fitted with heat-shrinkable sleeve insulation. We conduct temperature rise calculations and fit forced ventilation fans with washable air filters to maintain internal temperatures below 45°C during continuous heavy operation.

Internal Panel Compartmentalization & Busbar Thermal Management

Our PCC and MCC control panels feature Form 3b and Form 4 compartmentalization, isolating breaker chambers, busbar chambers, and cable termination alleys to prevent accidental arc flash propagation. Busbar joints are torque-tightened and coated with anti-oxidation compound, while forced air ventilation maintains internal panel temperatures below 45°C under continuous 100% full load operation.