4 Phase Rated Current 2000A Metal Enclosed 11KV GIS Low Voltage Switchgear

4 Phase Rated Current 2000A Metal Enclosed 11KV GIS Low Voltage Switchgear

Product Description

It consists of modular cubicles that house the electrical components. The components are mounted on draw-out carriages that can be withdrawn for maintenance or replacement without de-energizing the entire switchgear.

• The switchgear includes components like circuit breakers, switches, busbars, protective relays, instruments and control devices.

• It allows for easy access, operation, maintenance and replacement of components while the switchgear is energized. The withdrawable units can be safely isolated and removed for testing or repair.

• The modular design provides flexibility for future expansions by simply adding new cubicles.

• It has a compact design to save space while offering high performance, reliability and safety. The sealed construction protects the components from dust, moisture and contamination.

• Advanced insulation materials are used to withstand high internal temperatures and dielectric stresses.

• Safety shutters provide isolation and protection when panels are opened for maintenance. Interlocks prevent access to live parts when shutters are open.

So in summary, low-voltage draw-out switchgear combines modularity, accessibility, reliability, safety and flexibility in a compact design suited for demanding industrial and commercial applications. The key benefits come from the withdrawable units that allow live maintenance and servicing.

Specification

Production Facilities

Packing

Material

1. The cabinet door undergoes a double beveled edge process, doubling its structural strength with the same material.
2. The installation holes all utilize a multi-layer stamping and stretching process, minimizing wire dislocation by over 80%.
3. The inlet and outlet holes employ a composite structure of knockdown holes and square holes, allowing flexible selection during on-site installation.
4. The box undergoes a double folding procedure, doubling its structural strength with the same material.
5. The control circuit adopts a composite design of commissioning mode and fire protection mode, greatly reducing the burning of fan and water pump equipment intended for fire protection during commissioning.