Making method for dual lead device clamp

Abstract

The present invention discloses a method for manufacturing a double-conductor equipment cable clamp, in the method for manufacturing the double-conductor equipment cable clamp two aluminum pipes are combined to an equipment pipe clamp through the procedures of pipe bending, smithing, soldering, hole drilling and the like, wherein, in the cable bending actualizing procedure: the tail of the aluminum pipe is processed and bent; in the smithing actualizing procedure: the bent aluminum pipe tail is executed with processing and smithing, and the tail of the aluminum pipe can form a block part which is matched comparatively and is to be soldered; in the soldering actualizing procedure: the parts of two aluminum pipes to be soldered is executed with relative soldering combination to compose an intermediate lock plate; in the hole drilling actualizing procedure: the intermediate lock plate is perforated to compose plural holes; after the actualizing procedures of pipe bending, smithing, soldering, hole drilling and the like a pair of double-conductor equipment cable clamp can be quickly and easily manufactured to provide the connecting and combination of the cable yarn. Through the manufacturing method of the invention the equipment cable clamp can be facilitated to possess the advantages of excellent quality, good structure strength, simple production, saving manufacturing cost and the like.

Description

technical field [0001] The invention relates to a method for manufacturing a wire clip of a double-conductor device. Background technique [0002] Existing two-conductor equipment clamps for two cable joining combinations, such as Figure 11 As shown, it is generally manufactured in one piece by sand casting, so the curved pipes 10 on both sides and the locking plate 20 in the middle are made in one piece, and the drilling 201 of the locking plate 20 is processed after forming. A kind of existing two-wire equipment clamp has the following defects: [0003] 1. The quality of the double-conductor equipment clamp molded by foundry casting is very unstable, and it is easy to produce pores during casting, so the defect rate is high, and the structural strength may be poor. After it is combined with the cable, it will withstand the wind force at high altitude for a long time Invasion, the torque caused by wind shaking will be applied to the clamp of the equipment, causing its who...

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Problems solved by technology

[0003] 1. The quality of the double-conductor equipment clamp molded by foundry casting is very unstable, and it is easy to produce pores during casting, so the defect rate is high, and the structural strength may be poor. After it is combined with the cable, it will withstand the wind force at high altitude for a long time Invasion, the torque caused by wind shaking will be applied to the clamp of the equipment, causing its whole body to be easily damaged and damaged. In severe cases, it will cause power interruption, and the power industry will suffer huge damage

[0004] 2. In addition to drilling the middle lock plate 20 of the equipment clamp, there is also an angle difference between the middle lock plate 20 and the body. The middle lock plate 20 and the body may be configured at 90 degrees, or at other inclination angles. Configuration, or the size of the forming area of ​​the middle lock plate 20 is different, therefore, there will be many kinds of equipment clamps with different specifications to meet the use requirements. It is necessary to prepare molds of each specification. The supply demand of multiple molds will inevitably cause great troubles in manufacturing, and greatly increase the production cost. It is very inconvenient to manufacture, and the control of production supply is not easy. It may be necessary to prepare a large amount of inventory in advance, resulting in backlog of funds

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