GCS Low voltage switch cabinet

Smart GCS Withdrawable Switchgear Control

Product Description

The GCS Drawer-type Switchgearmodel low-voltage Removable Switchgear is a next-generation solution designed by a collaborative team in line with directives from industry regulatory bodies, extensive power users, and design institutions. It is tailored to align with domestic market conditions and boasts superior technical performance specifications that meet the developmental demands of the electricity market. This switchgear was comprehensively evaluated and has since been highly regarded and affirmed by both manufacturing entities and power-consuming sectors. Endorsed by the Ministry of Electric Power and the Ministry of Mechanical Industry, the GCS low-voltage Drawer Switchgear has been widely embraced by various user communities, including power generation facilities, oil, chemical, metallurgical, textile, communication, and construction industries for their distribution systems. It is particularly suitable for large-scale power plants, communication hubs, and modern enterprises with high automation levels that require computer control, functioning as a distribution device in three-phase AC systems with a frequency of 50(60)Hz, a rated working voltage of 380V(660V), and a rated current of 4000A or less, for power distribution, centralized motor control, and reactive power compensation.

Application Fields

The GCS low-voltage removable switchgear is extensively applied in outdoor settings such as 6-10kV ring networks and end-user facilities, including industrial parks, residential communities, commercial centers, parks, stations, airports, ports, oil fields, and temporary facilities.

Technical Features

• It has good thermal stability and can withstand the impact of 80/176kA short-circuit current.
• The number of circuits of a single MCC cabinet is up to 22, which fully considers the needs of large-capacity power plants, petrochemical systems and other industries for automated electric door (machine) groups.

Product Advantages

1. Exceptional Thermal Stability: Offers outstanding thermal stability for reliable performance.
2. Clear and Distinct Separation: Ensures clear distinction between functional units for enhanced safety and fault confinement.