Our Low Voltage (LV) Switchgear Cabinets serve as the primary power control and distribution hub for large-scale industrial and commercial infrastructures. Engineered for reliability at the source, these cabinets receive high-amperage power and distribute it across the facility with precision protection against overloads and short circuits.
Constructed with a modular framework, this switchgear can be configured as a Main Distribution Board (MDB) or a Motor Control Center (MCC). Whether you are managing power for a heavy manufacturing plant, a data center, or a high-rise utility system, our cabinets provide a robust, standardized environment for circuit breakers, busbars, and intelligent monitoring equipment.

• Modular "Flexible" Architecture: The cabinet utilizes a 25mm modular hole system, allowing for easy expansion, internal partitioning, and the mixing of fixed and withdrawable functional units.

• High Short-Circuit Withstand: Designed with reinforced T2 copper busbars capable of withstanding significant electromagnetic stress during short-circuit events (up to 50kA/80kA).

• Enhanced Operator Safety: Features physical internal separation (Forms 2, 3, or 4) to isolate the busbars from the functional units and cable terminals, minimizing the risk of accidental contact.

• Intelligent Heat Dissipation: Engineered with a specialized ventilation duct system and optional smart-cooling fans to maintain stable temperatures even under maximum continuous load.

• Corrosion-Resistant Enclosure: Built from high-quality cold-rolled steel or aluminum-zinc coated sheets with an industrial-grade epoxy powder finish for a 20+ year service life.

1. Heavy Industry: Primary power hubs for steel mills, cement plants, and chemical refineries.

2. Data Centers & Hospitals: Main switchgear for facilities requiring high-uptime reliability and seamless integration with ATS (Automatic Transfer Switches).

3. Infrastructure Projects: Reliable power distribution for airports, railway stations, and metropolitan utility grids.

4. Renewable Energy: Main AC combiner and distribution station for large-scale solar and wind farms.

• Total Customization: From the choice of circuit breakers (ACB/MCCB brands like Schneider, ABB, or CHINT) to the specific cable entry orientation (Top/Bottom), we build to your single-line diagram (SLD).

• Gas-Tight Copper Busbars: All busbars are precision-machined and tinned to prevent oxidation, ensuring a low-resistance connection for decades.

• Advanced Monitoring Ready: Cabinets can be equipped with smart meters, RS485/Modbus communication, and temperature sensors for real-time remote monitoring via SCADA.

• Factory Routine Testing: Each unit undergoes rigorous dielectric tests, grounding continuity checks, and mechanical sequence tests before shipment.

Q: Does the cabinet support withdrawable (draw-out) circuit breakers?
A: Yes. We offer both "Fixed" and "Withdrawable" designs. Withdrawable units are highly recommended for critical applications to allow for rapid maintenance and replacement without powering down the entire board.
Q: What is the lead time for a custom-wired switchgear unit?
A: Depending on the complexity and component selection, custom cabinets typically ship within 4–6 weeks from the approval of the engineering drawings.
Q: Can you provide the cabinet "Empty"?
A: Absolutely. We provide high-quality "empty" enclosure kits with busbar supports for local panel builders and system integrators who prefer to do their own wiring.