Low-voltage overhead line live insulation connecting and guiding tool and using method thereof

Abstract

The invention discloses a low-voltage overhead line live insulation connecting and guiding tool and a using method thereof. The tool comprises an insulation flip cover box arranged on an overhead lead wire and a T-connection lead wire in a sleeving mode, wherein a winding rod parallel to the overhead lead wire is rotatably installed in the insulation flip cover box, a binding wire is wound around the winding rod, one end of the binding wire is attached to the overhead lead wire and the T-connection lead wire and extends out of the insulation flip cover box, insulating slip-joint pliers are synchronously clamped on the overhead lead wire, the T-connection lead wire and the binding wire outside the insulation flip cover box, and the insulation flip cover box rotates around the overhead lead wire to drive the binding wire to be tightly and parallelly wound outside the overhead lead wire and the T-connection lead wire. According to the low-voltage overhead line live insulation connecting and guiding tool and the using method thereof, the flip cover box and the slip-joint pliers are made of insulating materials, and the part to be T-connected is wrapped in the insulation flip cover box, so that hot-line operation can be realized.

Description

technical field [0001] The invention relates to the technical field of connection of low-voltage overhead conductor lines, in particular to an insulated connection tool for live low-voltage overhead lines and a use method thereof. Background technique [0002] With the rapid development of the national economy, the requirements for the reliability of power consumption are getting higher and higher. Among them, ensuring continuous power supply is the basic requirement for power in various industries of the national economy and rural revitalization. Although the live work of overhead lines of 10kV and above has attracted great attention in recent years and has been widely carried out, in the T-connection wire operation of low-voltage overhead lines, the conventional method is to first cut off the power first, and then manually use hands or pliers. Overhead wires and T-connected wires are connected by fire, and the duration of power outage is completely determined by the connec...

AI Technical Summary

Problems solved by technology

Although the live work of overhead lines of 10kV and above has attracted great attention in recent years and has been widely carried out, in the T-connection wire operation of low-voltage overhead lines, the conventional method is to first cut off the power first, and then manually use hands or pliers. Overhead wires and T-connected wires are connected by fire, and the duration of power failure is completely determined by the connection speed of the operators

[0003] Although low-voltage maintenance, emergency repairs, and new installations for business expansion are only blackouts for a single distribution station area or branch, they will also affect residents' production and domestic electricity consumption. Especially with the deepening of social and economic development and rural revitalization, the demand for electricity continues to increase. Large, business expansion and new installation business have greatly increased. There will be one or several applications for electricity in the same distribution station area every week. There are still some small and micro enterprises within the scope of the distribution station area, and their business efficiency and production order will be greatly affected

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