CN203301051U

CN203301051U - Electric lead connection safety rope from 66 kV isolation switch to tubular busbar

Info

Publication number: CN203301051U
Application number: CN2013203549134U
Authority: CN
Inventors: 刘长顺; 宫国顺; 张德伟; 马宁
Original assignee: Jinzhou Power Supply Co Of Liaoning Electric Power Co Ltd; State Grid Corp of China SGCC
Current assignee: Jinzhou Power Supply Co Of Liaoning Electric Power Co Ltd; State Grid Corp of China SGCC
Priority date: 2013-06-20
Filing date: 2013-06-20
Publication date: 2013-11-20
Anticipated expiration: 2023-06-20

Abstract

An electric lead connection safety rope from a 66 kV isolation switch to a tubular busbar comprises a conductive cloth waistband, the conductive cloth waistband is connected with a safety belt, and the end of the safety belt far from the conductive cloth waistband is connected with a hasp. The electric lead connection safety rope is characterized in that the conductive cloth waistband is also connected with a conductive rope, and the end of the conductive rope far from the conductive cloth waistband is connected with a bolt clamp. The conductive cloth waistband is independently with the conductive rope and the safety belt, when a user works, the conductive rope enables the potential of the user to be equal with the potential of the tubular busbar, an accident is prevented, when the user falls, the safety belt is first stretched tightly, the user is held, the conductive rope bears no force, and the normal work of the tubular busbar and the safety of the user are guaranteed.

Description

The 66kV isolating switch is to managing the charged disconnecting lead-in wire of bus safety rope

Technical field

The utility model relates to a kind of 66kV isolating switch to managing the charged disconnecting lead-in wire of bus safety rope.

Background technology

66kV isolating switch pipe bus changes the outfit at present gradually, by original soft pipe bus, change the stereoplasm tube bus into, and the spacing of stereoplasm tube bus is little, and can not load-bearing.In original operation, safety rope hanging need to be connected on the pipe bus, safety rope, originally as conductor, makes staff's current potential identical with the pipe bus, and, when the staff falls, can in time the staff be held.But can't load-bearing due to the stereoplasm tube bus, so can't use original safety rope, staff's personal safety is subject to very large threat.

Summary of the invention

But the technical problems to be solved in the utility model is to provide a kind of safeguard work personnel's personal safety, is applicable to the 66kV isolating switch of stereoplasm tube bus to managing the charged disconnecting lead-in wire of bus safety rope.

The utility model is achieved in that

A kind of 66kV isolating switch is to managing the charged disconnecting lead-in wire of bus safety rope, a conductive fabric waistband is arranged, on the conductive fabric waistband, be connected with safety belt, at safety belt, away from an end of conductive fabric waistband, be connected with hasp, its special character is: on the conductive fabric waistband, also be connected with conductive cords, in conductive cords, away from an end of conductive fabric waistband, be connected with the bolt clamp.

Described bolt clamp has a base, on base, is provided with screw rod and hook, and the top of described screw rod is corresponding with up and down, the top of hook.

The beneficial effects of the utility model are:

Due to conductive cords and safety belt being set respectively on the conductive fabric waistband, when the staff works, conductive cords can make staff and pipe bus equipotential, avoid the staff to have an accident, and when the staff fell, at first safety belt was tightened, and the staff is held, conductive cords does not still stress, and can ensure the normal operation of pipe bus and staff's personal safety.

The accompanying drawing explanation

Fig. 1 is structural representation of the present utility model.

In figure: conductive fabric waistband 1, safety belt 2, conductive cords 3, hasp 4, bolt clamp 5, base 501, screw rod 502, hook 503.

Embodiment

As shown in the figure, this 66kV isolating switch has a conductive fabric waistband 1 to managing the charged disconnecting lead-in wire of bus safety rope.On conductive fabric waistband 1, be connected with safety belt 2, at safety belt 2, away from an end of conductive fabric waistband 1, be connected with hasp 4.On conductive fabric waistband 1, also be connected with conductive cords 3, in conductive cords 3, away from an end of conductive fabric waistband 1, be connected with bolt clamp 5, described bolt clamp 5 has a base 501, on base 501, is provided with screw rod 502 and links up with 503, and the top of described screw rod 502 is corresponding with the up and down, top of hook 503.

During use, bolt clamp 5 is installed on the 66kV isolating switch pipe bus on the staff crown and will manages bus and tighten by adjusting screw rod 502, hasp 4 is latched on insulating ladder.

Claims

1. a 66kV isolating switch is to managing the charged disconnecting lead-in wire of bus safety rope, a conductive fabric waistband is arranged, on the conductive fabric waistband, be connected with safety belt, at safety belt, away from an end of conductive fabric waistband, be connected with hasp, it is characterized in that: on the conductive fabric waistband, also be connected with conductive cords, in conductive cords, away from an end of conductive fabric waistband, be connected with the bolt clamp.

2. 66kV isolating switch according to claim 1 is to managing the charged disconnecting lead-in wire of bus safety rope, and it is characterized in that: described bolt clamp has a base, on base, is provided with screw rod and hook, and the top of described screw rod is corresponding with up and down, the top of hook.