Over-range-proof transformer mounting device and transformer device assembly

Abstract

The invention provides an over-range-proof transformer mounting device and a transformer device assembly. The over-range-proof transformer mounting device comprises a base (8) and an angle adjustable mounting plate (81) hinged to a stand column (811) through a hinging shaft (82), wherein the stand column (811) is fixedly arranged at the left end of the base (8); an upper side face of the angle adjustable mounting plate (81) is used for mounting a transformer (9), wherein a right part of a lower side face of the angle adjustable mounting plate (81) is internally provided with a step groove part (6) which is concave upward; the step groove part (6) comprises a plurality of step planes (61) which are concave in sequence from left to right; each step plane (61) can be used for being connected with an upper side face of an angle adjusting supporting cushion block (7), so that the angle adjusting supporting cushion block (7) is moved to be connected with the different step planes (61), and the angle of the angle adjustable mounting plate (81) is adjusted; the transformer device assembly comprises the over-range-proof transformer mounting device and the transformer.

Description

technical field [0001] The invention relates to the field of transformers, in particular to a transformer installation device for preventing overtravel and a transformer device assembly. Background technique [0002] Transformers are often fixedly mounted on a base. Due to the heavy weight of the transformer and other reasons, it is often difficult to adjust the levelness of the transformer during installation. In some existing adjustment schemes, a wedge-shaped pad can be used; in this way, the wedge-shaped pad cooperates with the wedge-shaped surface, and the horizontal inclination angle can be adjusted by adjusting the moving distance of the wedge-shaped pad. However, due to this inclined plane joint method, it is easy to produce surface scratches, which has an adverse effect on the surface structure, and is more likely to cause damage such as rust in the cushion block with surface anti-rust treatment. However, adjusting the inclination angle by means of thread adjustme...

AI Technical Summary

Problems solved by technology

However, due to this inclined plane joint method, it is easy to produce surface scratches, which has an adverse effect on the surface structure, and is more likely to cause damage such as rust in the cushion block with surface anti-rust treatment

However, if the inclination angle is adjusted by means of thread adjustment, in the long-term use process, it is easy to cause stress deformation and corrosion of the thread, which will have a negative impact on subsequent maintenance.

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