Efficient Low Voltage Switchboard with Integrated Compensation Device

Product Details
Customization: Available
Certification: CCC, ISO9001, IEC, GB, CE
Shell Material: Stainless Steel
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  • Efficient Low Voltage Switchboard with Integrated Compensation Device
  • Efficient Low Voltage Switchboard with Integrated Compensation Device
  • Efficient Low Voltage Switchboard with Integrated Compensation Device
  • Efficient Low Voltage Switchboard with Integrated Compensation Device
  • Efficient Low Voltage Switchboard with Integrated Compensation Device
  • Efficient Low Voltage Switchboard with Integrated Compensation Device
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  • Overview
  • Product Description
  • Detailed Photos
  • Certifications
  • Company Profile
Overview

Basic Info.

Model NO.
Gcs Low Voltage Draw out Type switchgear
Voltage Level
Low Voltage
Installation
Fixed
Structure
Fixed/Drawable
Current
AC
Trademark
CHBEB
Origin
China
HS Code
8537209000
Production Capacity
1000 Sets/Month

Product Description

Product Description

Product Description
Introducing the GCS Series Low-Voltage Draw-Out Switchgear, an advanced solution meticulously crafted to fulfill the rigorous demands of contemporary industrial power management. This state-of-the-art switchgear is tailored for safe, efficient power distribution and control across expansive facilities, including power plants, petrochemical sites, metallurgy operations, and towering high-rise buildings. Masterfully engineered, it adeptly manages the complex requirements of power generation, motor control, and reactive power compensation, making it an indispensable asset for any modern industrial setup.

Features

  • Robust and Modular Design: The GCS switchgear's robust construction features a galvanized steel frame complemented by a resilient plastic coating, ensuring long-lasting durability. As a fully modular system, it offers remarkable flexibility, accommodating various functional units such as feed units, motor control units, and power supply units, to seamlessly adapt to your specific configuration needs.
  • High Safety Standards: Our GCS switchgear stands out with its impressive safety credentials, boasting a protection level of IP30 or IP40. It is designed with interlocking mechanisms to avert accidental contact with live components during maintenance, significantly enhancing safety and operational reliability, and fostering a secure working environment for all users.
  • Efficient Busbar System: The GCS switchgear is equipped with high-strength copper busbars engineered for exceptional thermal and dynamic stability, minimizing energy loss. The horizontal busbar features a double-layered design for additional support, with each phase capable of handling currents up to 2500A, ensuring robust power distribution.
  • Enhanced Operational Control: Seamlessly adaptable, the GCS switchgear supports local, remote, and automatic control modes to meet diverse operational requirements. It boasts auxiliary control schemes and comprehensive control circuits, delivering ultimate flexibility in power management for your facility.

Technical Specifications

  • Rated Insulation Voltage: 660V, 1000V
  • Rated Working Voltage: 380V (400V), 600V
  • Rated Frequency: 50Hz or 60Hz
  • Rated Current: Up to 4000A
  • Short-Time Withstand Current: 50kA, 80kA
  • Protection Level: IP30, IP40
  • Applicable Circuits: Three-phase four-wire and three-phase five-wire systems

Applications
Perfectly suited for environments with stringent automation and control standards, the GCS switchgear is versatile across a wide array of industries, including power generation facilities, petrochemical complexes, chemical plants, and commercial skyscrapers. It adheres to the GB7251 standards, assuring dependable performance in even the most demanding operational scenarios.

Ordering Information
To place an order, please provide detailed information on the main and auxiliary circuit schemes, layout plans, voltage requirements, along with any custom features desired. Tailored configurations can be accommodated through our comprehensive consultation process.

Detailed Photos

Efficient Low Voltage Switchboard with Integrated Compensation DeviceEfficient Low Voltage Switchboard with Integrated Compensation DeviceEfficient Low Voltage Switchboard with Integrated Compensation DeviceEfficient Low Voltage Switchboard with Integrated Compensation Device

Efficient Low Voltage Switchboard with Integrated Compensation Device
Efficient Low Voltage Switchboard with Integrated Compensation Device
Efficient Low Voltage Switchboard with Integrated Compensation Device
Efficient Low Voltage Switchboard with Integrated Compensation Device
Efficient Low Voltage Switchboard with Integrated Compensation Device
Efficient Low Voltage Switchboard with Integrated Compensation Device

Certifications

Efficient Low Voltage Switchboard with Integrated Compensation Device

Company Profile


Efficient Low Voltage Switchboard with Integrated Compensation DeviceEfficient Low Voltage Switchboard with Integrated Compensation DeviceEfficient Low Voltage Switchboard with Integrated Compensation Device

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