Fully automatic twisted-pair wire processing equipment

Abstract

The invention discloses fully automatic twisted-pair wire processing equipment, which comprises a main machine frame, wherein a work table is arranged on the main machine frame; a straightening module is arranged on the main machine frame and is positioned at the left side of the work table; a front end rotating moving arm, a double-line cutting module and a back end rotating moving arm are sequentially arranged in the position, positioned in the same straight line with the straightening module, on the work table from left side to right side; a bolt passing module, a press connecting module and a front end transfer twisted wire module are sequentially arranged on the work table and are positioned in front of the double wire cutting module from left side to right side; a press connecting module and a bolt passing module are sequentially arranged on the work table and positioned behind the double wire cutting module from left side to right side; a back machine frame is arranged on the main machine frame and positioned at the right side of the work table; a wire pulling module, a back end transfer module and a high-speed twisting wire module are sequentially and glidingly arranged on the back machine frame from the left side to the right side. The automation is completely realized in the whole process; the production efficiency is greatly improved; in addition, the processing precision is high; the quality stability is high; the production cost is low.

Description

technical field [0001] The invention relates to the technical field of wire harness processing equipment, in particular to a full-automatic double-wire twisting processing equipment with the function of off-line crimping and twisting. Background technique [0002] Twisted pair wires are generally formed by twisting two wires at a certain pitch, and use their own twisting to resist external interference and have a certain anti-interference effect. In automotive electronics, module systems such as sensors such as engine crankshafts, receivers, ABS systems, and CAN lines all need to use twisted wires, and with the rapid development of automotive electronics, technologies such as modular devices and CAN lines are increasingly used. The wider, the more twisted wire loops. At present, the processing of twisted pair wires in the wire harness industry is first completed by fully automatic off-line equipment to complete the off-line crimping of the two wires, and then turn over to t...

AI Technical Summary

Problems solved by technology

[0003] The present invention aims to solve the technical problems of the existing twisted-pair wiring harnesses, such as divisional operation, long turnaround time, low production efficiency and low quality consistency, so as t

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