Abstract:
An electrical mounting element, such as a switch, a power tap (1) or a communication tap, comprising a housing (2) and a flap (3) that is connected to the housing (2) via a hinge connection at an edge of the flap (3), wherein this edge of the flap (3) borders on a forwardly protruding edge on an upper front portion (6) of the housing (2). The hinge connection comprises a first axis of rotation (A), about which the hinge connection is rotatably mounted relative to the housing (2); and a second axis of rotation (B) that is parallel with and arranged at distance from the first axis of rotation (A) and about which the flap (3) is rotatably mounted. A spring element seeks to keep the flap (3) closed towards the housing (2). The front of the flap (3) is, at its hinged edge, substantially level with and closely abutting on the front of the front portion (6) of the housing at the forwardly protruding edge and the housing (2) and the flap (3) are configured with means that will, upon opening of the flap (3), cause the hinged edge, following an initial opening, to be displaced outwards relative to the housing (2).
Abstract:
An electrical mounting element, such as a switch, a power tap (1) or a communication tap, comprising a housing (2) and a flap (3) that is connected to the housing (2) via a hinge connection at an edge of the flap (3), wherein this edge of the flap (3) borders on a forwardly protruding edge on an upper front portion (6) of the housing (2). The hinge connection comprises a first axis of rotation (A), about which the hinge connection is rotatably mounted relative to the housing (2); and a second axis of rotation (B) that is parallel with and arranged at distance from the first axis of rotation (A) and about which the flap (3) is rotatably mounted. A spring element seeks to keep the flap (3) closed towards the housing (2). The front of the flap (3) is, at its hinged edge, substantially level with and closely abutting on the front of the front portion (6) of the housing at the forwardly protruding edge and the housing (2) and the flap (3) are configured with means that will, upon opening of the flap (3), cause the hinged edge, following an initial opening, to be displaced outwards relative to the housing (2).
Abstract:
The invention relates to a cover for enclosing electrical installation material, e.g. switches. The invention is characterized in that the cover comprises a bottom frame (8) which encloses the installation material entirely or partly, and that side panels, e.g. top (4) and bottom (5), are provided on the bottom frame, of which at least one side panel may be mounted releasably on the bottom frame at different distances from the installation material, and that filling panels (15, 16) are provided between the installation material and a side panel (4, 5).
Abstract:
The invention relates to a cover for enclosing electrical installation material, e.g. switches. The invention is characterized in that the cover comprises a bottom frame (8) which encloses the installation material entirely or partly, and that side panels, e.g. top (4) and bottom (5), are provided on the bottom frame, of which at least one side panel may be mounted releasably on the bottom frame at different distances from the installation material, and that filling panels (15, 16) are provided between the installation material and a side panel (4, 5).
Abstract:
The present invention relates to a system comprising a patch panel adapted to be mounted on a mounting structure, the patch panel comprising means for mounting a series of modular jack connectors for interconnecting various transmission media. The present invention is based on the concept that the patch panel can be attached to the supporting structure using first connecting means allowing the panel to pivot relative to the supporting means, and second connecting means allowing the panel to be secured to the supporting means in a predetermined position. By such an arrangement the panel can be attached in accordance with a two-step procedure in which the first connecting means allows the panel to be connected and/or suspended in an inclined position with the rear surface exposed, after which the panel in a controlled manner can be pivoted towards the position in which it is to be secured using the second connecting means.