Bolt Type Torque Coupling Tube Amb Type Torque Nut Aluminum Alloy Mechanical Connection Tube Torque Terminal Connector

• Technics: Injection Molding
• Standard: GB
• Usage: Substation Fittings, Line Fittings
• Type: Splicing Fittings
• Transport Package: Paper Box
• Specification: 380*360*340
• Model NO.: ABM-10/50
• Trademark: JAYI
• Origin: Panjiayu, Yueqing City, Wenzhou City, Zhejiang PRO
• Production Capacity: 260000

Product Description

Technical field
[0001] The utility model belongs to the technical field of accessories for wire and cable connection, in particular a torque connection tube.
Background technology
[0002] At present, the domestic connection pipe used for connecting wire and cable, its structure usually includes the middle wide and narrow two ends of the inner connection pipe, the wire from both ends of the inner connection pipe through which, and the left and right ends of the inner connection pipe set on the tube cap, the left and right sections of the inner connection pipe are provided with tightening gaps, when the inner connection pipe pressure, Tighten the gap tightening makes the tube diameter of the inner tube smaller to compress the role of the connecting wire. However, the connecting pipe of the above structure has limited tightening ability to tighten the gap, and when the two ends of the connecting pipe are squeezed through the tube cap, the outer wall of the connecting pipe has a corresponding extrapolation trend to the tube cap, making the pressing structure easy to relax, reducing the pressing effect, resulting in poor wiring effect.
Utility model content
[0003] In order to overcome the shortcomings of the prior art, the utility model provides a torsion splicing tube, on which two rows of positioning bolts with cross-type dislocation distribution are pressed, and the structure is more stable and the wiring effect is better.
[0004] In order to achieve the above purposes, the utility model adopts the technical scheme of a torsion splicing pipe, including a pipe body, the pipe body is provided with a pipe for wiring through, which is characterized in that: The wall of the pipe body is provided with two rows of positioning bolts along the axial distribution of the pipe body, one by one between the two rows of positioning bolts corresponding to the dislocation distribution, the axis extension line of the positioning bolt corresponding to the dislocation distribution is a different plane intersection relationship, parallel distribution between the positioning bolts in the same row, the positioning bolt part through the threaded connection into the pipe, the positioning bolt is partially located outside the pipe body, The positioning bolt has an inner hole, the inner hole is connected with the inner screw, the head of the inner screw is provided with a tool slot on the end face.
[0005] Further, the positioning bolt extends into one end port inside the pipe and is embedded with a gasket. The gasket comprises a gasket body located outside the port, and the middle part of the gasket body is inserted into the port through a connecting column.
[0006] Further, the positioning bolt comprises a thread section between the two ends of the end along and the two ends of the end along, the two ends of the end along the smooth surface structure, the connection column of the gasket is embedded in the port of one end along.
[0007] Further, the positioning bolt is an equal diameter column structure, the gasket body is embedded in the positioning bolt one end port, the side wall of the rear gasket body is flush with the end end of the positioning bolt along the side, the other end of the positioning bolt along the port has an inward inclined extension of the inner edge, the head end face of the internal screw is flush with the inner side of the inner edge.
[0008] The utility model adopts the scheme, the pipe body wall through two rows of dislocation cross distribution of the positioning bolt to form a cross-type lock, has a more stable compression effect, The installation gasket of the extension end port of the positioning bolt can avoid the wear of the positioning bolt end on the wire. The head end face of the inner screw in the exposed end port of the positioning bolt is located in the inner edge of the exposed end port, which can avoid the impact of foreign objects on the head end face of the inner screw and cause the inner screw to loosen and break off. The tool slot set on the end face of the head of the inner screw is hexagonal structure. Can be operated through the tool.