Automatic power distribution monitoring terminal convenient in disassembly and assembly

Abstract

The invention relates to an automatic power distribution monitoring terminal convenient in disassembly and assembly. The terminal comprises a box body (101), wherein a box door of the box body (101) is provided with an inner box door (102) and an outer box door (103); the inner bottom of the box body (101) is provided with two parallel placement strips (1.1) and an inverted L-shaped hold-down strip (1.4); one end of the hold-down strip (1.4) is connected with the placement strips (1.1), and the other end of the hold-down strip (1.4) is connected with a connecting plate (1.3); the inner top of the box body (101) is vertically provided with a hanging strip (2.1) which is connected with a frame-shaped mounting rack (2.2); a back plate of the box body (101) is horizontally provided with a sliding rail (3.1); the sliding rail (3.1) is provided with multiple connecting terminals (3.7); a clamping block (3.3) is arranged on the sliding rail (3.1) in a clamping manner. The automatic power distribution monitoring terminal convenient in disassembly and assembly has the advantages of modular installation, good waterproofing and heat-dissipation performances and non-interruption continuous operation capability.

Description

technical field [0001] The invention relates to a disassembly and assembly automation monitoring terminal. Background technique [0002] At present, with the industrialization of electric power, users have higher and higher requirements for power supply quality and reliability, which requires the power sector to provide safe, economical and reliable power. Power distribution automation is the use of modern electronic automation, computers, communications and Network technology, information integration of online and offline data of the power grid, distribution network data and user data, power grid structure and geographic graphics, etc., to realize modern power distribution management such as monitoring, protection, and control of power distribution equipment in normal operation and in an accident state ; [0003] However, conventional distribution automation monitoring terminals, such as "a distribution network automation monitoring terminal device" disclosed in Chinese pa...

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Problems solved by technology

[0003] However, conventional distribution automation monitoring terminals, such as "a distribution network automation monitoring terminal device" disclosed in Chinese patent 201410387039.3, "a distribution network automation terminal monitoring device and monitoring system" disclosed in Chinese patent 201410481621.6, Chinese patent 201210518788.6 discloses "A Distributed Distribution Network Automation Monitoring Terminal". Since these distribution automation monitoring terminals are installed outdoors all year round, they have high requirements for waterproofing. , the above distribution automation monitoring terminals all lack corresponding waterproof and heat dissipation functions; at the same time, these conventional distribution automation monitoring terminals lack corresponding power storage modules. When there is a problem with the external power supply line, they can only be shut down passively, so they cannot Real-time uninterrupted monitoring; moreover, the conventional power distribution automation monitoring terminal adopts an integral fixed installation structure, which is very inconvenient when some functional modules need to be added or deleted, which seriously affects its expansion performance

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