SF6 Air Insulated Power Electric Low Voltage Switchgear CE CQC CCC Certificated

CE CQC CCC Certificates SF6 Air Insulated Power Electric Low Voltage Switchgear

Product Description

1. Applications:

• Commercial buildings: Low-voltage switchgear is commonly used in commercial buildings such as offices, shopping malls, and hotels. It ensures efficient and reliable power distribution and control for various electrical systems, including lighting, HVAC, and elevators.

   

• Public utilities: Low-voltage switchgear is used in public utilities such as water treatment plants, wastewater treatment plants, and power plants. It ensures safe and reliable power distribution and control for various electrical systems, including pumps, motors, and generators.

   

• Industrial production: Low-voltage switchgear is widely used in industrial production facilities such as factories and manufacturing plants. It ensures efficient and reliable power distribution and control for various electrical systems, including motors, conveyors, and production lines.

   

• Transportation: Low-voltage switchgear is used in transportation systems such as airports, train stations, and subways. It ensures safe and reliable power distribution and control for various electrical systems, including lighting, escalators, and signaling systems.

  Healthcare: Low-voltage switchgear is used in healthcare facilities such as hospitals and clinics. It ensures safe and reliable power distribution and control for various electrical systems, including medical equipment, lighting, and HVAC.

2. Types of low-voltage switchgear:

• Circuit breakers: Circuit breakers are used to protect electrical equipment from overcurrent and short circuit faults. They can be manually or automatically operated.
• Contactors: Contactors are used to control the starting, stopping, and speed of electrical equipment such as motors, pumps, and compressors.
• Switches: Switches are used to manually switch electrical circuits on and off.
• Fuses: Fuses are used to protect electrical equipment from overcurrent faults.
• Safety features:
• Electrical insulation and grounding: Low-voltage switchgear should be properly insulated and grounded to prevent electrical shock hazards.
• Protection against electrical faults: Low-voltage switchgear should have proper protection devices such as circuit breakers, fuses, and relays to protect electrical equipment from overcurrent, short circuit, and overvoltage faults.
• Fire protection: Low-voltage switchgear should be designed with proper fire protection features such as fire-resistant enclosures and fire suppression systems.

3. Maintenance considerations:

• Regular inspection and cleaning of electrical components and enclosures.
• Testing and calibration of protection devices.
• Replacement of worn out or damaged components.
• Documentation of maintenance and testing activities.

Specification

Production Facilities

Why Choose Us

1.Our Expertise

2.Quality Products/Services

3.Competitive Pricing

4.Innovation

6.Possibles

7.Authorization by ABB Schneider Siemens

Material

1.The cabinet door adopts a double beveled edge process, which increases the structural strength of the same material by 50%.

2.The installation holes are all made using a multi-layer stamping and stretching process, which reduces the sliding wire situation by more than 80%.

3.The inlet and outlet holes adopt a composite structure of knockdown holes and square holes, which can be flexibly selected during on-site installation.

4.The box adopts a double folding process, which increases the structural strength of the same material by 50%.

5.The control circuit adopts a composite design of debugging mode and fire protection mode, greatly reducing the burning of fan and water pump equipment designed for fire protection during debugging.