Gas filled cabinet

SF6 circuit breaker C Cabinet spring Operating Mechanism

SF6 circuit breaker C Cabinet spring Operating Mechanism The interlocking SF6 circuit breaker C Cabinet spring Operating Mechanism adopts rigid interlocking device, with the interlocking device betwee

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SF6 circuit breaker C Cabinet spring Operating Mechanism

The interlocking SF6 circuit breaker C Cabinet spring Operating Mechanism adopts rigid interlocking device, with the interlocking device between the switch cable room door plate, a lock to solve the isolation, grounding conversion, prevent misoperation, high reliability.

Product Description

SF6 circuit breaker C Cabinet spring Operating Mechanism special for 12kV  SF6 C-GIS load switch or isolation switch unit.

Electric module can be added to manual operating mechanism to assemble hand and electric integrated operating mechanism.

Adopt more reliable splint-type overall structure design.

SF6 circuit breaker C Cabinet spring Operating MechanismSF6 circuit breaker C Cabinet spring Operating Mechanism

Product advantage

The SF6 circuit breaker C Cabinet spring Operating Mechanism, with the interlocking device between the switch cable room door and door plate, a padlock to solve the isolation, grounding conversion, prevent misoperation, high reliability.

Spline shaft connection is used to replace the traditional welding process, the product is not easy to deform, more stable and reliable operation.

Through the optimization design, greatly reduce the number of transmission links and parts, China C cabinet circuit breaker operating mechanism make the transmission more reliable, longer mechanical life.

The motor adopts the external clutch mode, which China C cabinet circuit breaker operating mechanism manufacturer completely solves the problem of inaccurate positioning and overshooting when the old mechanism is opening and closing

Technical parameters of SF6 circuit breaker C Cabinet spring Operating Mechanism

Mechanical life: 6000 times

Operating voltage: AC/DC(24V/48V/110V/220V optional)

 

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