Audited Supplier
Product Description
The GCK series low voltage draw-out switchgear is a versatile and robust solution designed for power distribution and control in demanding environments, such as power plants, substations, industrial facilities, and high-rise buildings. Rated for 380V AC, three-phase four or five-wire systems, this switchgear enables centralized control of power reception, distribution, and metering.
Features
- Space-Efficient and Durable Design: With a compact structure, the GCK switchgear requires minimal installation space while maintaining high durability. Its galvanized, plastic-coated frame provides corrosion resistance and longevity.
- Flexible Functional Units: The switchgear is modular and supports a variety of functional units-feed units, motor control units, and power supply units-arranged in drawers. The units are organized for efficient operation, allowing configurations of up to 18 drawers in a single compartment.
- Reliable Safety Mechanisms: Each functional drawer unit is equipped with mechanical interlocks to prevent accidental operation, enhancing safety during maintenance. The push mechanism uses a rotary propulsion system with a three-position function, ensuring secure operation.
- High Mechanical Strength and Low Maintenance: With a reinforced copper busbar system and ripple oil box, the switchgear provides stability and efficient heat dissipation. The entire assembly is maintenance-friendly and designed to withstand short circuits and overcurrent conditions.
Technical Specifications
- Rated Insulation Voltage: 660V, 1000V
- Rated Working Voltage: 380V, 660V
- Rated Frequency: 50Hz
- Current Capacity: Up to 3150A
- Protection Level: IP30, IP40
- Operation Modes: Local, remote, and automatic
Applications
This switchgear is ideal for various applications, including industrial plants, commercial buildings, airports, and other settings that demand reliable power distribution and control. The GCK series conforms to international standards and can be customized to meet specific client requirements for safety and efficiency.
