Floor Standing GCK Low Voltage Switchgear Electric Distribution Box Cabinet CE IEC

The GCK Series Floor-Standing Main Electrical Distribution Cabinet is the primary power distribution hub for large-scale industrial and commercial facilities. Engineered to handle high current loads and complex circuit configurations, this cabinet serves as the "Main LV Switchboard" for incoming power lines, managing the transition from transformers to branch circuits.

Designed with a rugged, modular frame, the GCK series provides a secure environment for Air Circuit Breakers (ACBs), Molded Case Circuit Breakers (MCCBs), and sophisticated monitoring systems. Whether you are managing a manufacturing plant, a hospital, or a data center, this floor-standing cabinet offers the structural durability and electrical precision required for 24/7 mission-critical operations.

• High-Load Main Busbar System: Features a high-conductivity T2 copper busbar system rated for up to 4000A/6300A. The busbars are arranged to withstand high short-circuit electromagnetic stresses (Icw up to 80kA).

• Modular "Form of Separation": Available in Form 2, Form 3, or Form 4 configurations. This physical separation between the busbars, functional units, and cable terminals ensures that maintenance can be performed safely on one circuit without de-energizing the entire panel.

• Rigid CNC-Machined Frame: Constructed from 2.0mm–2.5mm heavy-gauge cold-rolled steel or C-type profiles. The bolted structure provides superior mechanical stability and seismic resistance compared to welded alternatives.

• Advanced Intelligent Monitoring: Equipped with high-precision digital power meters and optional PLC integration for real-time tracking of voltage, current, power factor, and harmonics (THD).

• Industrial Thermal Management: Integrated with louvered ventilation and automatic temperature-controlled cooling fans to prevent heat buildup from high-ampere switchgear.

1. Main Power Rooms: Centralized incoming distribution for factories, petrochemical plants, and steel mills.

2. Infrastructure Projects: Primary power management for airports, metropolitan railway stations, and tunnels.

3. Critical Facilities: Main switchboards for data centers, hospitals, and high-rise commercial headquarters.

4. Renewable Energy Hubs: Grid-connection panels for large-scale solar farms and wind turbine arrays.

• Fully Customizable Layout: We provide bespoke internal arrangements. Whether you need top or bottom cable entry, back-to-back installation, or specific component brands (Schneider, ABB, Siemens), our engineers tailor the build to your SLD (Single Line Diagram).

• Enhanced Safety Interlocks: Features mechanical interlocks on all main breaker doors to prevent opening while the circuit is energized, along with padlockable handles for LOTO (Lockout/Tagout) safety.

• Corrosion-Proof Finish: The cabinet exterior is treated with a multi-stage chemical wash and a high-durability epoxy powder coating, ensuring long-term resistance to industrial grime and humidity.

• Ready for Global Export: Our cabinets are packaged in heavy-duty, sea-worthy wooden crates with internal moisture barriers, ensuring they arrive at your site in perfect condition.

Q: Can this cabinet accommodate an Automatic Transfer Switch (ATS)?

A: Yes. We frequently design these cabinets with integrated ATS units to manage switching between utility power and backup generators for uninterrupted service.

Q: What is the maximum height and width of the cabinets?

A: Standard height is 2200mm, with widths ranging from 600mm to 1200mm per section. However, we can customize dimensions to fit specific room heights or restricted entryways.

Q: Is the busbar system copper or aluminum?

A: As a standard for high-performance GCK cabinets, we use 99.9% pure T2 copper busbars. We can also provide tin or silver plating for enhanced conductivity in corrosive environments.