Mounting structure of electric energy meter

Abstract

The invention discloses a mounting structure of an electric energy meter, comprising a bridge type mounting plate and a door sheet, wherein the bridge type mounting plate is provided with a first plane; the two sides of the first plane are vertically bent to form a first vertical plane and a second vertical plane; the two sides of each of the first vertical plane and the second vertical plane are vertically bent to form a second plane and a third plane respectively; an electric energy meter mounting hole is formed on the first plane and the electric energy meter is fixed to the bridge type mounting plate via the electric energy meter mounting hole; door sheet mounting holes are formed on the second plane and the third plane and the bridge type mounting plate is fixed to the rear surface of the door sheet via the door sheet mounting holes; electric energy meter panel holes are formed on the door sheet and the bridge type mounting plate in corresponding positions; and the panel of the electric energy meter is embedded in the electric energy meter panel hole. The mounting structure of the electric energy meter provided by the invention reduces the mounting space of elements in a cabinet and improves the space utilization ratio on the basis of ensuring a gap and a safety distance; and enough overhaul space is remained, which is convenient for users to observe and operate the electric energy meter.

Description

technical field [0001] The invention relates to an installation structure of an electric energy meter in a meter room. Background technique [0002] At present, the hanging-mounted electric energy meters (such as electronic three-phase multi-rate electric energy meters) are all hung on the mesh panel in the instrument room, which is large in size and takes up a lot of space, which reduces the space utilization rate; The meter must be viewed through the observation window. The interior of the instrument room is relatively dark, and the readings of the meter must be seen with the help of peripheral light, which is not very visible. In addition, there are operation buttons on the electric energy meter, which need to be opened by opening the door panel of the instrument room. Its operation is very troublesome, the workload increases, and the operability is greatly reduced. If the energy meter is hung on the door panel of the instrument room, the aesthetics will be reduced due t...

AI Technical Summary

Problems solved by technology

[0002] At present, the hanging-mounted electric energy meters (such as electronic three-phase multi-rate electric energy meters) are all hung on the mesh panel in the instrument room, which is large in size and takes up a lot of space, which reduces the space utilization rate; The meter must be viewed through the observation window. The interior of the instrument room is relatively dark, and the readings of the meter must be seen with the help of peripheral light, which is not very visible. In addition, there are operation buttons on the electric energy meter, which need to be opened by opening the door panel of the instrument room. It is very troublesome to operate, the workload increases, and the operability is greatly reduced

If the energy meter is hung on the door panel of the instrument room, the aesthetics will be reduced due to the thickness of this type of energy meter, and the overall exposure of the energy meter will affect the wiring and safety.

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