Automatic coating winding displacement oil device for enamelled round wires

Abstract

The invention relates to an automatic coating winding displacement oil device for enamelled round wires. A base is fixed on the left side wall of a rack; a base plate is fixed on the right side wall of the rack; an oil tank is fixed on the top end of the rack; an oil discharge end of the oil tank is connected with a throttling valve through a pipeline; the throttling valve is provided with a regulating switch; the oil discharge end of the throttling valve is connected with an electromagnetic valve through a pipeline; an oil discharge end of the electromagnetic valve is connected with a first pipeline joint; an oil case is fixed on the base; the oil case is internally provided with felt and is provided with an oil case cover; a second pipeline joint is fixed on the upper surface of the oil case cover; a hose pipe is connected between the first pipeline joint and the second pipeline joint; and a sensor is fixed on the base plate. According to the invention, the winding displacement oil amount can be regulated through the specifications of produced products; the felt and the products are prevented from being polluted by external foreign objects; and the winding displacement oil volatilization amount is very little, and paraffin wax does not precipitate so as to achieve uniform oil painting, and the aim of improving product quality and working efficiency is achieved finally.

Description

technical field [0001] The invention relates to a split-type automatic wire coating oil device for winding wire production, in particular to an automatic wire coating oil device for enameled round wires. Background technique [0002] In the production process of enameled round wire, in order not to damage the paint film on the surface of the enameled round wire when the finished wire is taken up and to achieve neat wiring, it is necessary to apply wire oil on the surface of the enameled round wire before the finished wire is coiled. its surface lubricity. At present, the open-type tooling structure for coating the wiring oil is extremely simple, that is, one end of the felt is immersed in the oil groove, and the other end is exposed to the oil groove, and is in contact with the enameled round wire. The cable oil is absorbed by the felt, and when the enameled round wire passes through the felt, the cable oil will adhere to the surface of the enameled round wire. Although th...

AI Technical Summary

Problems solved by technology

[0003] First of all, the amount of oil used for the coated wire cannot be controlled; the amount of oil used for different specifications of the wire is different, which will inevitably lead to excess oil when making small-sized enamelled round wires, and the amount of oil when making large-sized enameled round wires. insufficient problems;

[0004] Secondly, most of the felt is exposed outside, and the environmental sanitation of the work site cannot be guaranteed at all times, so foreign matter adheres to the surface of the felt and enamelled round wire from time to time, which directly affects the product quality;

[0005] Thirdly, the cable oil itself is volatile, and the paraffin wax precipitated in the cable oil is adsorbed on the felt, and the function of the felt to absorb the cable oil will be weakened, and due to friction, the gap between the felt and the enamelled round wire will become larger and larger , which eventually leads to uneven coating of cable oil, which directly affects product quality

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