LV Withdrawable Switchboard
video

LV Withdrawable Switchboard

The GCS low-voltage switchgear distribution, jointly designed and developed by two cooperating parties, with technical performance meeting the development needs of the power market, is suitable for distribution systems in power plants, petrochemical, metallurgical, textile, high-rise buildings and other industries, for power distribution and control of electrical equipment.
Send Inquiry
Product Introduction

Zhejiang Tianrun Electric Co., Ltd. is one of the leading manufacturers and suppliers of lv withdrawable switchboard in China. We are committed to providing high quality customized products with competitive price. We warmly welcome you to buy bulk advanced lv withdrawable switchboard from our factory. Also, quotation is available.

 

Product Overview

 

The GCS low-voltage switchgear distribution, jointly designed and developed by two cooperating parties, with technical performance meeting the development needs of the power market, is suitable for distribution systems in power plants, petrochemical, metallurgical, textile, high-rise buildings and other industries, for power distribution and control of electrical equipment.

GSC Low Voltage Switchgear

 

Core Features

  • Jointly developed to meet market needs: Designed and developed by two cooperating parties in accordance with the requirements of industry authorities, major power users and design institutes, in line with the development needs of the power market.
  • Meets automation requirements: Ideal for large-scale power plants, petrochemical systems and other places with high automation requirements and computer interface needs.
  • Withdrawable structure for easy maintenance: Functional units can be drawn out and replaced with ease, minimizing downtime and improving equipment availability.
  • Standardized modular design: Highly versatile and flexible assembly, facilitating expansion, upgrade and retrofit.
  • Safe and reliable operation: Mechanical interlocking with position indication effectively prevents misoperation for safe use.

 

The Main Parameter

 

Rated Voltage of Main Circuit (V)

AC380/400/660

Rated Voltage of Auxiliary Circuit (V)

AC220/380/400 DC110/220

Rated Frequency (Hz)

50/60

Rated Insulation Voltage (V)

400(66a)

Rated Current(A)

Horizontal Busbar

≤4000

Vertical Busbar (MCC)

1000

Rated Short-Time Withstand Current of Busbar (kA/1s)

5,080

Rated Peak Withstand Current of Busbar (kA/1s)

105,176

Power Frequency Test Voltage of Busbar (V/1min)

Main Circuit

2500

Auxiliary Circuit

1760

Three-Phase Four-Wire System

A.B.C.PEN

Busbar

Three-Phase Five-Wire System

A.B.C.PE.N

Protection Level

IP30.1P40

Note: The technical parameters of our transformers are for reference only. Customized solutions are available, with specifications adjustable according to project specific requirements.

 

Structure Features

 

image001

 

Environment

 

  • Ambient temperature: Shall not exceed +40℃ or be lower than -5℃, with a 24-hour average not exceeding +35℃. If exceeded, the operation capacity shall be reduced according to the actual situation.
  • Location and altitude: For indoor use, with the altitude of the installation site not exceeding 2000m.
  • Relative humidity: Shall not exceed 50% at a maximum temperature of +40℃; higher relative humidity is allowed at lower temperatures (e.g., 90% at +20℃), with consideration that condensation may occur occasionally due to temperature changes.
  • Installation conditions: The tilt with the vertical plane during installation shall not exceed 5%, and the mounting surface of the cabinet shall be relatively flat.
  • Site requirements: The device shall be installed in a location without severe vibration and impact, and where electrical components are not susceptible to corrosion.
  • Special requirements: Users with special requirements can negotiate with the manufacturer for a solution.

 

Application

 

Power Industry

Large-scale power plants, for auxiliary power systems and distribution control, meeting high automation and computer interface requirements.

01

Petrochemical Industry

Power distribution systems of petrochemical plants, ensuring reliable power supply for continuous production.

02

Metallurgical Industry

Power supply, distribution and control of electrical equipment in metallurgical enterprises.

03

Textile Industry

Power distribution systems of textile enterprises.

04

Construction Industry

Power distribution systems of high-rise buildings.

05

 

The Different among GCS, GCK, MNS

 

Dimension

GCK

GCS

MNS

Positioning

Economy type

Standard type, cost-effective

High-end type

Structural module

Conventional structure, taller drawer units

20mm module commonly used in China, standard drawer unit

25mm module (C-profile), highly modularized

Drawer options

Standard drawers

Minimum 1/2 drawer

Minimum 1/4 drawer, higher circuit density

Busbar system

Horizontal busbar at cabinet top; vertical busbar without flame-retardant functional board

Horizontal busbar at rear; vertical busbar mounted in flame-retardant plastic functional board

Horizontal busbar rear-exit; vertical busbar in flame-retardant plastic functional board

Interlocking

Relatively simple

Mainly relies on the switch's own interlocking

Additional interlocking mechanism on drawers for enhanced protection

★ How to choose? Choose GCK for general projects, GCS for balanced performance and cost, and MNS for critical loads and high reliability requirements.

 

FAQ

 

Q1: What is the GCS low-voltage Draw-out Type Switchgear?

A: The GCS low-voltage Draw-out Type Switchgear is a switchgear distribution assembly jointly designed and developed by two cooperating parties, with technical performance meeting the development needs of the power market.

Q2: Why is GCS suitable for places with high automation requirements?

A: GCS is applicable to places requiring computer interfaces, meeting the monitoring and automation control requirements of large-scale power plants, petrochemical systems and similar sites, and can be conveniently integrated into superior management systems.

Q3: What factors should be considered in selection?

A: Main considerations include power supply system parameters (voltage, current, frequency), site environmental conditions (temperature, humidity, altitude), number of circuits and load characteristics, as well as site layout. Special requirements can be negotiated with the manufacturer.

 

Hot Tags: lv withdrawable switchboard, China lv withdrawable switchboard manufacturers, suppliers, factory

Send Inquiry

Home

Phone

E-mail

Inquiry