摘要:
An arrangement for coupling components in gas-insulated switchgear comprises a first housing part (7) and a second housing part (8), an insulated conductor (3) being accommodated in the first housing part (7), a second insulated conductor (4) being accommodated in the second housing part (8), and the insulated conductors (3, 4) being connected to each other in an electrically conducting manner via connecting means (5). The aim of the invention is to devise a coupling arrangement which allows the easy interconnection of components in complex gas-insulated switchgear, the establishment or disruption of the connection being essentially possible outside the gas chamber. For this purpose, a solid insulation material (10) electrically insulates the connecting means (5) and can at least partially be removed, said insulation material being flexibly deformable to such an extent that it can be turned back.
摘要:
The invention is directed to an insulator (1) for a gas insulated device. The insulator (1) comprises an injection molded insulator disc (2) and a conductor (3). The insulator disc (2) comprises a center opening (4) encompassed by an inner bead (5) inside which the conductor (3) is arranged. The insulator disc (2) consists out of a first material which is injection molded onto the conductor (3).
摘要:
The invention is directed to an insulator (1) for a gas insulated device, an injection mold (15) and a method for making the same. The insulator (1) comprises an injection molded insulator disc (2) and a conductor (3). The insulator disc (2) comprises a center opening (4) encompassed by an inner bead (5) inside which the conductor (3) is arranged. The insulator disc (2) consists out of a first material,which is injection molded onto the conductor (3).
摘要:
The invention relates to a metal-encapsulated, gas-insulated combined multiphase disconnecting and grounding switch accommodated in a housing, comprising one contact pin (20) that can be moved in the longitudinal axis thereof for each phase, said contact pin in a first position connecting two active parts (18, 24) to one another and in a second position being connected to a fixed grounding contact piece (42), and a drive motor (48) for the contact pins (20), said drive motor actuating the contact pins (20) via a drive spindle (39). The movement lines of the contact pins (20) of all phases are located in one plane, wherein the contact pins (20) can each be driven by an insulating spindle (23) aligned with the movement line, the drive spindle (39) being located in the plane of the movement lines and extending perpendicularly to the insulating spindles (23) and being coupled thereto via a deflection gear (37), respectively, and the deflection gear (37) for driving the contact pins (20) being accommodated in the grounding contact pieces (42).