Structural Design:

1. Employs a three-phase pillar structure with vacuum arc extinguishing technology.

2. Fully enclosed structural design using solid insulating materials such as epoxy resin or silicone rubber, improving moisture and condensation resistance, suitable for various harsh climatic conditions.

3. The operating mechanism typically employs a miniaturized spring energy storage mechanism housed in a sealed mechanism housing, enhancing reliability and lifespan.

Break-off Capacity: Capable of reliably and stably breaking load current, overload current, and short-circuit current, with no risk of combustion or explosion.

Automation Functions: Configurable with an intelligent controller to achieve power distribution automation, such as providing "four remote" functions (remote measurement, remote signaling, remote control, and remote adjustment).

Protection Functions: Can be equipped with current transformers to provide overcurrent and short-circuit protection.

Configurability: Can be configured with isolating switches and surge arresters according to user needs to form a combined electrical system, increasing the visible isolation break and providing reliable interlocking devices.

1. Can be operated manually, electrically, or remotely.

2. With the addition of a disconnect switch, the operation process has a clearly visible break and a reliable anti-misoperation interlocking device.

3. Maintenance-free operation reduces maintenance workload.

1. Protection and control in substations and power distribution systems of industrial and mining enterprises.

2. Construction and renovation of urban and rural power grids, especially suitable for locations requiring frequent operation.

3. Used as a sectionalizing switch or ring network switch.