Electricity larceny prevention incoming cabinet

Abstract

The invention discloses an electricity larceny prevention incoming cabinet, which comprises a incoming cabinet body in a six-surface cuboid shape, wherein the incoming cabinet body comprises a cabinet front plate and a cabinet back plate in parallel arrangement, a first separation plate parallel to the cabinet front plate is arranged in the incoming cabinet body, the inside of the incoming cabinet body is separated into a back cavity and a front cavity by the first separation plate, an incoming wire chamber, a mutual inductor chamber, a transition chamber and a bus chamber are sequentially arranged in the back cavity from top to bottom, an instrument chamber, a circuit breaker chamber and a metering chamber are sequentially arranged in the front cavity from top to bottom, the cavities are respectively separated through separation plates, a secondary wire passing device is arranged in the transition chamber and comprises a wire passing body, a passage allowing a control wire to pass is arranged in the wire passing body, and is provided with a passage inlet and a passage outlet, the passage inlet is communicated with the mutual inductor chamber, and the passage outlet is communicated with the metering chamber. The incoming cabinet has the advantages that the sealing on the control wire of the secondary passing wire can be simply and effectively realized, the control wire is prevented from being exposed into an optional metering environment, and a power supply arranged in the incoming cabinet is enabled not to be stolen.

Description

technical field [0001] The invention relates to a switch cabinet, in particular to an anti-stealing electric wire entry cabinet. Background technique [0002] The incoming line cabinet is a switch cabinet that introduces power from the outside. Generally, the power is introduced from the power supply network, and the power is sent to the busbar through the switch cabinet. Opposite the incoming cabinet is the outgoing cabinet, which is a switch cabinet that distributes electrical energy from the busbar. [0003] In the incoming cabinet, there are multiple chambers separated by partitions, including incoming wire room, instrument room, transformer room, circuit breaker room, metering room, busbar room, etc. The control line of the power supply enters the incoming line room, and then enters the transformer room to connect with the transformer, and there is a transition room between the transformer room and the measuring room, so the control line in the transformer room needs t...

AI Technical Summary

Problems solved by technology

In the mandatory metering of the power supply bureau, if the metering room and the transformer room are not tightly sealed, or the control line of the secondary passing line is exposed in a non-mandatory metering environment (such as: a transition room), there is a risk of electricity theft, which is likely to cause damage to the country. property loss

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