Low voltage switchgear

Low voltage switchgear-SPL- power transformer, distribution transformer, oil immersed transformer, dry type transformer, cast coil transformer, ground mounted transformer, resin insulated transformer, oil cooled transformer, substation transformer, switchgear

Custom design

  • Frequency: 50/60Hz
  • Fixed-mounted/ Withdrawable

Meet your precise requirements

 

Standard products

Shorter lead time


Descriptions

Used for power plants, substations, factories, mines, power conversion, distribution and control of power, lighting and power distribution equipment.

 

Custom design

We are able to provide customized solutions for each unique challenge. Our team is flexible and knowledgeable and can provide customized design, guidance, and support while reacting rapidly to requests.

 

Standard products

  GGD Low Voltage Fixed-mounted switchgear

Low voltage switchgear-SPL- power transformer, distribution transformer, oil immersed transformer, dry type transformer, cast coil transformer, ground mounted transformer, resin insulated transformer, oil cooled transformer, substation transformer, switchgear

GGD low-voltage switchgear, also called GGD fixed cabinet, is a GGD type AC low-voltage power distribution cabinet used for fixed wiring low-voltage power distribution cabinets. It is divided into three types: GGD1/GGD2/GGD3, with different segment current capabilities.

Low voltage switchgear-SPL- power transformer, distribution transformer, oil immersed transformer, dry type transformer, cast coil transformer, ground mounted transformer, resin insulated transformer, oil cooled transformer, substation transformer, switchgear

Product features

1. Strong applicability, wide selection of main components, many domestic and imported brand products are interchangeable.

2. Good installation flexibility, even if the relevant departments force to phase out certain products in the future, because the GGD type cabinet has good installation flexibility, it will not cause installation troubles due to the modification or update of components.

3. The parts adopt modular standard design, with mold mounting holes, general coefficients, etc.

4. According to the design requirements of industrial products, use the golden ratio method to design the cabinet body and the division size of each part, so that the whole cabinet is beautiful and refreshing.

5. The GGD cabinet is designed with full consideration of the heat dissipation problem during the operation of the cabinet.

6. The top cover of the cabinet can be removed when needed, which is convenient for the assembly and adjustment of the main bus on site. The four corners of the cabinet top are equipped with lifting rings for lifting and shipping.

7. The protection level of the whole cabinet is IP30, and users can also choose between IP20-IP40 according to the requirements of the site environment.

GCS Low-voltage Withdrawable electrical switchgear

Low voltage switchgear-SPL- power transformer, distribution transformer, oil immersed transformer, dry type transformer, cast coil transformer, ground mounted transformer, resin insulated transformer, oil cooled transformer, substation transformer, switchgear

GCS low-voltage withdrawable switchgear, is designed and developed by the two joint design teams according to the requirements of industry authorities, the majority of power users and design units, which meets national conditions, has high technical performance indicators, and can adapt to electricity market development. Our low-voltage withdrawable switchgear can compete with the existing imported products and has been widely used by power users.

Low voltage switchgear-SPL- power transformer, distribution transformer, oil immersed transformer, dry type transformer, cast coil transformer, ground mounted transformer, resin insulated transformer, oil cooled transformer, substation transformer, switchgear

Product features

1.Increase the heat capacity of the adapter, and greatly reduce the additional temperature rise caused by the temperature rise of the adapter to the connector, cable head, and spacer plate.

2.The separation between functional units and compartments is clear and reliable, and the failure of one unit does not affect the work of other units, so that the failure is limited to a minimum.

3.The horizontal arrangement of the busbar makes the device have good dynamic and thermal stability, and can withstand the impact of 80/176kA short-circuit current.

4.The number of circuits in a single MCC cabinet is as many as 22, and the needs of large single-unit power generation, petrochemical systems and other industries for automated electric door (machine) groups are fully considered.

5.The connection between the device and the external cable is completed in the cable compartment, and the cables can be entered and exited up and down. The zero sequence current transformer is placed in the cable compartment, making installation and maintenance easy.