Main Voltage Panel
The Main Voltage Panel is a heavy-duty, low-voltage switchboard engineered for safe, efficient power distribution in industrial and large-commercial plants. Built on a rigid, powder-coated steel frame and equipped with type-tested busbars, it delivers high short-circuit strength, arc-flash protection, and plug-and-play scalability. Integrated smart metering and draw-out breakers reduce downtime and give real-time insight into energy use, making the panel a long-life, cost-effective backbone for mission-critical electrical systems.
Key Features
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Steel-Body Construction: 2 mm folded steel enclosure with epoxy-polyester finish offers exceptional mechanical strength and corrosion resistance.
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Type-Tested Busbar System: 3-/4-pole busbars rated up to 6300 A, 50 kA for 1 s (IEC 61439) ensure safe fault-level performance.
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Form 4b Segregation & Arc-Flash Containment: Full compartmentalisation plus IAC AFLR certification protect personnel during live maintenance.
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Draw-Out ACB/MCCB Feeders: Withdrawable breaker modules allow fast replacement or servicing without shutting down the entire board.
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Integrated Class 0.5S Energy Meter: Modbus-RTU/Ethernet connectivity enables SCADA/BMS integration for load monitoring and power-quality analysis.
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IP 54 Environmental Sealing: Dust- and splash-proof protection with thermostatically controlled space heaters prevents condensation in harsh sites.
Advantages
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Maximum Operator Safety: Arc-flash containment and compartmentalised design minimise risk during operation and maintenance.
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Reduced Downtime: Draw-out feeders let technicians isolate and swap circuits in minutes, keeping critical loads online.
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Scalable Investment: Modular cubicles can be bolted on as demand grows, eliminating costly full switchboard replacements.
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Improved Energy Management: Built-in metering supports power-factor correction, load balancing, and energy-efficiency programs.
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Long Service Life: Rugged construction, premium insulation, and efficient heat dissipation ensure >25 years of reliable operation.
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Lower Operating Costs: Smart diagnostics, easy front access, and fewer unplanned outages cut maintenance hours and cost per kWh distributed.