A Rectifier Transformer with Double Layer Horizontal Saturated Reactor

Abstract

The invention discloses a rectifier transformer with a double-layer horizontal saturated reactor. The structure includes a base, a machine body, a radiator, and a signal pole. , the bottom end of the signal pole is fixedly installed on the top of the body; the body includes a shell, a pole, a circuit breaker, a reactor, a transformer core, a ball, a joint, and the bottom end of the pole is embedded and connected with the top of the shell. The breaker performs fast power-off, and has no direct contact with the cable. It is safe and fast. It can power-off a single transformer without powering off the entire area, and it can be disassembled without tools. The pressure ratio is changed, the burden on the staff is small, and it is more conducive to the use in the case of installation at a high place.

Description

technical field [0001] The invention relates to the field of transformers, in particular to a rectifier transformer with double-layer horizontal saturable reactors. Background technique [0002] The rectifier transformer is a classification of transformers, which can convert the input alternating current into direct current after conventional transformation, and then output it. It is mostly used in fields such as the electrochemical industry that require direct current. In the prior art , in order to reduce the interference and impact of the transformer on pedestrians and vehicles on the ground, the transformer will be installed at a position higher than the ground, such as on a utility pole, and when the voltage required in the factory changes, professional staff need to climb to Dismantle the inside of the transformer and replace different winding coils. This process needs to cut off the power of the entire area, which will affect the life and work of the surrounding resid...

AI Technical Summary

Problems solved by technology

[0002] The rectifier transformer is a classification of transformers, which can convert the input alternating current into direct current after conventional transformation, and then output it. It is mostly used in fields such as the electrochemical industry that require direct current. In the prior art , in order to reduce the interference and impact of the transformer on pedestrians and vehicles on the ground, the transformer will be installed at a position higher than the ground, such as on a utility pole, and when the voltage required in the factory changes, professional staff need to climb to Dismantle the inside of the transformer and replace different winding coils. This process needs to cut off the power of the entire area, which will affect the life and work of the surrounding residents, and it is necessary to carry various tools to operate, which increases the work at a higher place from the ground. the burden of the staff

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