Heating curing device for transformer production

Abstract

The invention discloses a heating and curing device for transformer production, which structurally comprises a gradient thermosetting top seat, an assembly box groove, a transmission shell bedplate, atransmission belt, a motor base box and an electric control integrated plate. The gradient thermosetting top seat is matched with the assembly box groove, and after assembly of assembly components ofa transformer in the assembly box groove is completed through a mechanical arm, a gradient hoisting barrel and a thermal drying inclined pipeline erect a bent pipe sliding shuttle ball at the position of a cover plate at the top of a transformer, subsequent heating curing adaptation operation is formed by subsequent high-low thermal gradient regulation column plates, and when a lining plate coverof the transformer is pressed and thermally fixed, hot melting overheating is avoided, so that the wire end conduction rate is protected, and anti-fusing operation of a coil is performed; power transformation of a base station and installation and debugging of electronic component parts are achieved, and the effect of stable equipment precision production protection is achieved. And the gradientheating curing progressive regulation and control packaging operation of electrifying the top cover is improved, so that the heating curing convenient operation effect of the transformer cover plate is ensured.

Description

technical field [0001] The invention relates to a heating and curing device for transformer production, which belongs to the field of electronic processing. Background technique [0002] The working principle of the large-scale cured transformer of the substation is the same as that of the small-scale transformer of the electronic components of the circuit board, and the top cover plate of the large-scale transformer and the coil are attached to a larger area, while the heat-cured production and assembly of the transformer will affect the adaptation of the substation base station The degree of real-time flexible control effect, the disadvantages of current technology common to be optimized are: [0003] The upper and lower edge-banding lining plates of the transformer form a counterbalanced relay effect on the center coil and the cover of the rheostat block, and the heating and curing of the transformer cover plate will burn the copper plate due to excessive heat, which may ...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the object of the present invention is to provide a heating and curing device for transformer production, so as to solve the problem that the upper and lower edge sealing liners of the transformer form a counterbalanced relay effect on the center coil and the cover of the rheostat block, The heating and solidification of the transformer cover plate will burn the copper plate due to excessive heat, which will easily cause the thermal melting of the copper wire, causing a small amount of copper wire coil to break, which will lead to the deterioration of the subsequent transformer relay power and conduction, resulting in subsequent failures. The installation and commissioning of the base station of electronic components, there are potential safety hazards and power deviations in the substation operation, so that the heat-cured cover plate of the transformer is loose and the coil compression is insufficient.

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