Customization Gcs AC Low Voltage Withdrawable Switchgear Intelligent LV Drawer-Type Distribution Cabinet

• Customization: Available
• Standard: GB, EN, China GB Code, JIS Code, TEMA, ASME
• Surface Treatment: Powder Coated
• Model NO.: GCS-2026411
• Energy Source: Electric Arc
• Material: Stainless Steel
• Transport Package: Box
• Trademark: CHANGJIAG
• Origin: China
• HS Code: 8537109090
• Production Capacity: 10000
• Package Size: 1200.00cm * 600.00cm * 2000.00cm
• Package Gross Weight: 100.000kg

Product Description

Product Introduction
The GCS AC low-voltage withdrawable switchgear is suitable for three-phase five-wire (TN-S) or three-phase four-wire (TN-C) power distribution systems with AC 50~60Hz, rated current up to 6300A, and rated voltage up to 660V. It is used for low-voltage power receiving, feeding, lighting, and motor control in power plants, substations, industrial and mining enterprises, and other industries.
Core Parameters

Parameter	Value
National and Industry Standards	GB/T7251.12-2013, GB/T7251.8-2005
Rated Working Voltage	AC400V, AC380V
Rated Insulation Voltage	AC690V
Overvoltage Category	IV
Pollution Degree	3
Frequency	50Hz
Rated Current of Main Busbar	4000A ~ 1600A
Rated Current of Distribution Busbar	1250A ~ 400A
Rated Short-Time Withstand Current of Main Busbar	80kA
Rated Short-Time Withstand Current of Distribution Busbar	50kA
Enclosure Protection Degree	IP41, IP40, IP31, IP30
Internal Separation Form of Functional Units	Incoming unit: Form 1; Feeder unit: Form 1; Control unit: Form 3a (provides protection against ingress of solid foreign objects)

Application Scenarios
The GCS low-voltage withdrawable switchgear can be widely used in the following fields for low-voltage power receiving, feeding, lighting, and motor control:

• Hospitals: Ensures uninterrupted power supply for critical medical equipment such as operating rooms, ICUs, CT/MRI machines, etc.
• Power plants and substations: Used for power distribution, centralized motor control, and reactive power compensation in power generation and supply systems.
• Industrial and mining enterprises (petrochemical, metallurgical, textile, etc.) : Ensures power supply continuity and equipment safety in environments with high harmonics and impact loads (e.g., rolling mills, petrochemical production lines).
• High-rise buildings and commercial complexes: Responsible for power distribution and control of lighting, air conditioning, elevators, fire protection systems, etc.
• Data centers: Controls power supply for servers, network equipment, and cooling systems to ensure stable IT equipment operation.
• Sewage treatment plants: Used as incoming cabinets, capacitor cabinets, outgoing cabinets, and other core equipment in power distribution system renovation projects.
• Energy storage projects: Serves as core power distribution equipment in large-scale independent energy storage projects.
• Airports and transportation hubs: Provides stable power supply for terminals, platforms, security screening equipment, etc.