Lebanon Low Voltage Switchgear GCS Low Voltage Switchgear

Product Description

GCS low-voltage withdrawable switchgear is a modular, drawer-type low-voltage power distribution equipment independently designed in China, with a rated voltage of 380V/660V and a maximum rated current of 4000A. The product has high technical performance indicators and adapts to the development of the power market. The low-voltage withdrawable switchgear produced by our company has reached the level of competing with existing imported products and has been widely used by power users.

 

Product Features

 

1. Equipped with a ±0.1mm high-precision industrial robot, it achieves millimeter-level control of switchgear bending and assembly, achieving a component standardization rate of ≥99% and a dimensional qualification rate exceeding 99.5%.

2. The cabinet body is constructed from 316L stainless steel with a nano-ceramic coating, processed and formed, and assembled using high-strength bolts, nuts, and rivets.

3. Compatible with various brands of circuit breakers, including components from brands such as ABB and Siemens, including the domestically produced ZN85-40.5 (3AV3) vacuum circuit breaker and Schneider's HVX series, to meet diverse user needs.

4. The enclosure has an IP4X protection rating, maintaining IP2X even when the circuit breaker compartment door is opened.

5. The product features comprehensive "five-protection" interlocking functions to ensure operator safety.

6. The main busbar current rating is 4000A, the short-circuit breaking current is 50kA, and the mechanical life is 20,000 cycles.

 

Product Parameters

 

Rated Voltage of Main Circuit

AC 380/400/600

Rated voltage of auxiliary circuit(V)

 

AC 220,380(400)  DC 110,220

Rated phase(Hz)

 

50(60)

Rated insulation voltage(V)

 

600(1000)

Rated current(A)

Horizontal bus

≤4000

Vertical bus(MCC)

1000

Busbar rated short-time withstand current(kA/1s)

 

50,80

Busbar rated peak withstand current(kA/0.1s)

 

105,176

Power frequency test voltage(V/1min)

Main circuit

2500

Auxiliary circuit

1760

Busbar

Three-phase four-wire system

A.B.C.PEN

Three-phase five-wire system

A.B.C.PE.N

Protection level

 

IP30 . IP40

 

 

Full Automtic Production Line

 

Relying on Schneider's benchmark intelligent production line, we have created a fully automated production model of "the cabinet moves but the people do not move". Manual intervention is reduced by 70%, the production cycle of a single cabinet is compressed to 30 minutes, the production capacity is increased by 30%, and the process is fully benchmarked against IEC/GB international standards. From precision manufacturing to environmental protection upgrades, we use the dual-wheel drive of "technology + efficiency" to ensure that each switch cabinet has both industrial aesthetics and ultra-long life to meet the needs of global high-end power projects.

 

About TSTY

 

TSTY production base spans over 250,000 square meters and boasts a team of over 600 professional employees. Equipped with over 220 sets of advanced production equipment, we ensure we deliver high-quality power equipment to our customers.

We utilize a comprehensive suite of cutting-edge equipment that represents the highest industry standards, including high-precision industrial robots, German-imported spray coating systems, Schneider benchmark intelligent production lines, high-bay warehousing systems, AGV/unmanned forklift swarms, a full suite of press brakes, laser cutting machines, and other intelligent equipment. We utilize the latest technologies and processes to ensure our products meet international standards and meet customer needs.

Our entire product line is certified by CE/IEC/SGS and compatible with international standards such as ANSI/IEEE. We have established a zero-day service network covering over 80 countries, with a multilingual technical team providing 24/7 global support. Through customized full-lifecycle maintenance solutions, we help extend equipment lifespan by 30%, safeguarding global power security with our dual engine of "technology + service."