5 results about "Bus coupler" patented technology

The utility model discloses a kind of 35kV2500A side expansion bus coupler structures, including side expansion bus coupler and side expansion bushing, side expansion bus coupler is also equipped with side expansion fitting in, side expansion fitting opposite side expansion bus coupler both ends protrude and insert side expansion bushing on conductive fitting, electric clamp ring is also equipped on the conductive fitting, side expansion fitting is equipped with annular groove opposite electric clamp ring, side expansion fitting is also equipped with fitting ring that relative conductive fitting elastically protrudes. Side expansion bus coupler of the utility model when using, through the side expansion fitting in side expansion bus coupler and insert side expansion bushing, through side expansion fitting electric contact conductive fitting realizes electric conduction, and further set up electric clamp ring and telescopic abutting structure, improve limited contact area and improve conductive performance, meet the use of high pressure environment.

This invention discloses a gas-insulated metal-enclosed switchgear bus tie cabinet. The cabinet consists of circuit breaker cabinets and instrument transformer cabinets arranged side by side. Each cabinet comprises a front cabinet, a gas chamber, and a rear cabinet arranged sequentially from front to back, mounted on the switchgear's base frame. The internal space of the gas chambers in both the circuit breaker and instrument transformer cabinets is divided into double chambers by horizontal partitions. The upper chamber of the circuit breaker cabinet's gas chamber is the circuit breaker cabinet busbar chamber, and the lower chamber is the circuit breaker chamber. Similarly, the upper chamber of the instrument transformer cabinet's gas chamber is the instrument transformer cabinet busbar chamber, and the lower chamber is the instrument transformer chamber. The circuit breaker and instrument transformer chambers are interconnected, and the electrical components within are connected via copper busbars, forming the lower chamber of the bus tie cabinet. This invention meets relevant national standards, features a reasonable cabinet structure layout, occupies a small area, is easy to select and combine, and facilitates engineering design and mass production. The two switchgear units can form an organic whole with parallel-operating incoming line cabinets, outgoing line cabinets, and feeder cabinets, resulting in an aesthetically pleasing appearance.

This invention discloses a combined electrical appliance based on a double busbar connection with bus tie and line fusion, comprising a No. 1 busbar, a No. 2 busbar, and a line fusion bay. The line fusion bay includes a bus tie bay and an important line bay, with one end of the bus tie bay and the important line bay converging to form a common point busbar. The free end of the bus tie bay is connected to the No. 2 busbar, and the free end of the important line bay is connected to the No. 1 busbar. On the line side of the common point busbar, a current transformer CT3 is installed to distinguish the current values ​​of the fusion bay under different functions. The advantages of this invention compared to existing technologies are: it provides a combined electrical appliance based on a double busbar connection with bus tie and line fusion that enables the circuit breaker to function as a dual circuit breaker for important line bays, ensuring uninterrupted operation of the line during maintenance of any circuit breaker, and its usage method.

The utility model discloses a 35kV side expansion bus coupler, including bus coupler bushing and conducting hardware, still be equipped with the mounting groove on bus coupler bushing bore wall, the mounting groove includes axial slot and circumferential groove, be equipped with the slider of size matching with mounting groove on conducting hardware, and conducting hardware passes through the slider and is installed to the relative bus coupler axial limit with the circumferential groove carding, the utility model discloses the side expansion bus coupler design with bus coupler bushing and conducting hardware detachable split structure to can realize the flexible selection of different length's conducting hardware according to the specification parameter of spare cabinet and main cabinet body and the change of placement position to can satisfy the bus conduction, relative to prior art, the side expansion bus coupler of this embodiment can on the basis of the existing technology guarantee circumferential surface contact, maximum selection longer conducting hardware realizes to let the connecting hardware also can be fully abutted with the end of conducting hardware to can fully promote electric connection area.