Electrical cabinet

Abstract

An electrical cabinet includes a frame, an openable door, and an interface device including a frame hinge and a door hinge. The frame hinge includes a first shaped body and first and second hinge wings, wherein the first and second hinge wings form insertion windows in the first shaped body and have first and second seats respectively. The door hinge includes a second profile body and a third hinge wing, wherein the third hinge wing forms a receiving space in the second profile body, and the third hinge wing is inserted into the insertion window of the first profile body And has a third seat. The hinge device further includes: a first hinge pin inserted into the first and second seats of the first and second hinge wings and closing the insertion window; along a direction substantially perpendicular to the first hinge The direction of the pin is inserted into the first blocking device of the third seat, the first blocking device closes the receiving space in the second profiled body and blocks the first hinge pin.

Description

technical field [0001] The present invention relates to an electrical cabinet, in particular for low voltage equipment such as low voltage switchboards, with improved functions and properties. Background technique [0002] Low-voltage switchboard cabinets usually have a parallelepiped-like structure with enough space inside to accommodate the components of the switchboard. The frame of the cabinet allows for the anchoring of the elements, cladding panels and cabinet doors supporting the components. For safety reasons, in order to keep the busbars separated from the front volume of the switchboard housing the equipment, insulating partitions are usually provided in the switchboard. [0003] On the front side of the switchboard, an equipment compartment is usually provided, which houses one or more electrical devices such as circuit breakers, switches, push buttons, control instruments and similar devices. In some cases, one or more of the electrical devices are housed in a ...

AI Technical Summary

Problems solved by technology

[0010] Typically, the hinged systems of conventional electrical cabinets are formed from a relatively large number of parts, which are relatively expensive to produce, difficult to assemble, and increase installation time, risk and cost

[0011] From the above it is clear that existing solutions for hinged systems in electrical cabinets are clearly disadvantageous as they involve long installation times and high costs

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