A kind of novel energy-conserving suspension clamp
Technical field
The invention belongs to hang gold utensil field more particularly to a kind of suspension gold utensil for overhead transmission line.
Background technology
A kind of gold utensil (also known as hang gold utensil) of the suspension clamp as fixed conducting wire, effect is that conducting wire is passed through insulator
String is hanging on tangent suspension tower.
Suspension clamp is a supporting point for conducting wire, to bear whole loads that conducting wire passes over.
Existing suspension clamp is only there are one U-shaped hanging plate, and U-shaped hanging plate is using ferrous material manufacture, and when operation can generate
Electromagnetic induction causes electric energy loss.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of novel energy-conserving suspension clamp.It is in the connection of suspension gold utensil
Position, there is provided the aluminium alloy part of two non-magnetic materials of gland and energy-saving aluminum hanging plate, in overhead transmission line charging operation, by
This causes related gland and energy-saving aluminum hanging plate does not generate or less generation electromagnetic induction, reduces U-shaped hanging plate operationally because of electricity
Magnetic induction causes energy loss, solves the problems, such as the energy loss of existing suspension clamp in operation, and then realizes energy-saving and environment-friendly
Goal of the invention.
The technical scheme is that:A kind of novel energy-conserving suspension clamp is provided, it is characterized in that the energy-saving suspending wire
Folder includes following component:Suspension clamp main body 1, gland 2, U-bolt 3, energy-saving aluminum hanging plate 4, U-shaped hanging plate 5;
Wherein, conducting wire 6 is set through suspension clamp main body 1 with gland 2;
Suspension clamp main body 1 is fixedly connected with gland 2 by U-bolt 3;
Energy-saving aluminum hanging plate 4 is connected with suspension clamp main body 1 by fastener;
U-shaped hanging plate 5 is connected by fastener with energy-saving aluminum hanging plate 4.
Specifically, the suspension clamp main body 1 is equipped with energy-saving aluminum hanging plate 4, and pass through fastener connection and suspension clamp
Main body 1 is fixed together.
Specifically, suit is provided with gland 2 and energy-saving aluminum hanging plate 4, the gland 2 in the suspension clamp main body 1
It is manufactured with energy-saving aluminum hanging plate 4 using the aluminium alloy of non-magnetic material, in overhead transmission line charging operation, 2 He of gland
Energy-saving aluminum hanging plate 4 does not generate electromagnetic induction, energy conservation and environmental protection.
Specifically, between the suspension clamp main body 1 and the U-shaped hanging plate 5 of irony, energy-saving aluminum hanging plate 4 is provided with, it is described
Energy-saving aluminum hanging plate 4 adds the distance of the U-shaped hanging plate 5 of irony and wire center, reduces the U-shaped hanging plate of irony operationally because of electromagnetism
Sensing causes energy loss.
Further, increase between the suspension clamp main body 1 and the U-shaped hanging plate 5 of irony equipped with energy-saving aluminum hanging plate 4
Two hinge shaft coupling structures make swinging along conducting wire and vertical wires both direction more flexible after suspension clamp hanging wire, carry
The high security reliability of suspension clamp and transmission line of electricity.
Compared with the prior art, it is an advantage of the invention that:
1. gland 2 and energy-saving aluminum hanging plate 4 are manufactured using the aluminium alloy of non-magnetic material, in overhead transmission line charging operation
When, the gland 2 and energy-saving aluminum hanging plate 4 do not generate electromagnetic induction, energy conservation and environmental protection;
2. by setting energy-saving aluminum hanging plate 4, the distance of the U-shaped hanging plate 5 of irony and wire center is added, reduces irony U
The type hanging plate operationally energy loss caused by electromagnetic induction;
3. two hinge shaft connections are added equipped with energy-saving aluminum hanging plate 4 between suspension clamp main body 1 and the U-shaped hanging plate 5 of irony
Structure, make after suspension clamp hanging wire swung along conducting wire and vertical wires both direction it is more flexible, improve suspension clamp and
The security reliability of transmission line of electricity.
Description of the drawings
Fig. 1 is the overall structure diagram of energy-saving suspending wire clamp of the present invention;
Fig. 2 is the side structure schematic view of Fig. 1.
1 is suspension clamp main body in figure, and 2 be gland, and 3 be U-bolt, and 4 be energy-saving aluminum hanging plate, and 5 be U-shaped hanging plate, and 6 be to lead
Line.
Specific embodiment
The present invention will be further described below in conjunction with the accompanying drawings.
In Fig. 1 and Fig. 2, technical scheme provides a kind of novel energy-conserving suspension clamp, and inventive point is,
The energy-saving suspending wire clamp includes:Suspension clamp main body 1, gland 2, U-bolt 3, energy-saving aluminum hanging plate 4, U-shaped hanging plate 5.
Wherein, conducting wire 6 is through suspension clamp main body 1 and gland 2 during use, and suspension clamp main body 1 is with gland 2 by U-shaped
Bolt 3 connects, and energy-saving aluminum hanging plate 4 is connected with suspension clamp main body 1 by fastener, and U-shaped hanging plate 5 passes through fastener and energy-saving aluminum
Hanging plate 4 connects.
As seen from the figure, conducting wire 6 is set through suspension clamp main body 1 with gland 2;
Suspension clamp main body 1 is fixedly connected with gland 2 by U-bolt 3;
Energy-saving aluminum hanging plate 4 is connected with suspension clamp main body 1 by fastener;
U-shaped hanging plate 5 is connected by fastener with energy-saving aluminum hanging plate 4.
It between suspension clamp main body 1 and energy-saving aluminum hanging plate 4, is connected by fastener so that energy-saving aluminum hanging plate 4 and catenary
Clip main body 1 is fixedly connected.
Gland 2 and energy-saving aluminum hanging plate 4 are provided in suspension clamp main body 1, gland 2 and energy-saving aluminum hanging plate 4 are using non-magnetic
Property material aluminium alloy manufacture, in overhead transmission line charging operation, the gland 2 and energy-saving aluminum hanging plate 4 do not generate electromagnetism sense
Should, energy conservation and environmental protection.
Between suspension clamp main body 1 and the U-shaped hanging plate 5 of irony, energy-saving aluminum hanging plate 4 is provided with, the energy-saving aluminum hanging plate 4 increases
Add the distance of the U-shaped hanging plate 5 of irony and wire center, reduce the U-shaped hanging plate of the irony operationally electric energy caused by electromagnetic induction
Loss.
Further, increase between the suspension clamp main body 1 and the U-shaped hanging plate 5 of irony equipped with energy-saving aluminum hanging plate 4
Two hinge shaft coupling structures make swinging along conducting wire and vertical wires both direction more flexible after suspension clamp hanging wire, carry
The high security reliability of suspension clamp and transmission line of electricity.
Since the present invention is hanging the coupling part of gold utensil, the aluminium alloy part of non-magnetic material is provided with, in overhead line
During the charging operation of road, by the aluminium alloy part of non-magnetic material so that related gland and energy-saving aluminum hanging plate do not generate electromagnetism sense
Should, the U-shaped hanging plate operationally energy loss caused by electromagnetic induction is reduced, solves the energy of existing suspension clamp in operation
Loss problem, and then realize energy-saving and environment-friendly goal of the invention.
It the method can be widely used in the overhead transmission line design of various voltage class and installation field.