Low-Voltage Withdrawable Switchgear

A core low-voltage complete equipment designed for efficient power distribution and motor control.

Product Description

GCS low-voltage withdrawable switchgear is suitable for power distribution systems in industries such as power plants, petroleum, chemicals, metallurgy, textiles, and high-rise buildings. In locations with high automation levels that require computer interfaces, such as large-scale power plants and petrochemical systems, it serves as a low-voltage complete switchgear assembly for power distribution, centralized motor control, and reactive power compensation in power generation and supply systems with a three-phase AC frequency of 50/60Hz, a rated operating voltage of 380V/400V/660V, and a rated current of 4000A and below.

3D 模型加载中...

Product Advantages

Highlight

Excellent Electrical Performance

It exhibits excellent dynamic and thermal stability, withstanding the impact of short-circuit currents. The main circuit plugs feature a laminated structure with springs made of manganese steel, providing strong resistance to overload currents. The secondary connectors feature a long contact stroke, where wiring and outgoing lines do not interfere with each other, facilitating convenient cabling.

Highlight

High Versatility

The components are fastened and connected together, which avoids welding deformation and satisfies the requirements of various structural forms, protection degrees, and operating environments.

Highlight

Easy Maintenance

The drawers support hot-swapping under power, eliminating the need for a total power shutdown during maintenance to ensure zero business interruption. Operators are fully protected against electric shock risks, significantly boosting O&M efficiency.

Highlight

Rational Structural Design

Internal installation is flexible and convenient. The framework offers two structural options for users to choose from: a fully assembled structure and a partially welded structure. The horizontal main busbars are arranged flatly at the rear of the cabinet, which enhances the busbar's resistance to electrodynamic forces and provides the main circuit with high short-circuit strength capability.