Mounting system for arranging electric devices, for example, especially in switchgear cabinets
A mounting system ( 1 ) arranges electric devices ( 2 ), in switchgear cabinets. The mounting system ( 1 ) includes horizontal mounting strip ( 3 ) to which a device ( 2 ) can be secured. At one of its longitudinal edges, the mounting strip ( 3 ) includes a receiving device ( 20 ) extending along the longitudinal axis of the mounting strip and receiving components ( 7, 8, 9, 10, 11 ). The receiving device ( 20 ) has locks ( 22, 23 ) to be interlocked with an associated lock ( 26 ) of the component ( 7, 8, 9, 10, 11 ) inserted into the receiving device ( 20 ). Depending on the design of the associated lock ( 26 ) of the component ( 7, 8, 9, 10, 11 ), the interlocking action can be cancelled exclusively by a pulling force acting on the additional component ( 7, 8, 9, 10, 11 ) or cannot be so cancelled but is self-locking.
1. A mounting system for arranging electrical devices, comprising:
a horizontal mounting strip having at least one longitudinal edge;
a receiving device being on said mounting strip and extending along said longitudinal edge, said receiving device having first and second receiving locks; and
a component configured to support parts of the electrical devices and received in said receiving device, said component having at least one of a first component lock or a second component lock with said first component lock being interlockable with said first receiving lock such that at least one of interlocking of said first receiving lock and said first component lock is cancellable exclusively by a pulling force applied to said component and such that interlocking of said second receiving lock and said second component lock is self-locking and uncancellable exclusively by that pulling force.
2. A mounting system according to claim 1 wherein
said first and second receiving locks comprise first and second locking flanks, respectively, extending in a longitudinal direction of said mounting strip and are unitarily formed parts of said mounting strip.
3. A mounting system according to claim 2 wherein
each said locking flank is on an exterior surface of said receiving device and faces away from a front side of said mounting strip, said front side having a device mounting.
4. A mounting system according to claim 1 where
said receiving device comprises a groove extending in a longitudinal direction of said mounting strip and extending into said mounting strip at a right angle to the longitudinal direction; and
said component comprises a strip-shaped connecting section received in said groove.
5. A mounting system according to claim 4 wherein
said first and second receiving locks are on an outer wall of said receiving device, said outer wall being adjacent said groove.
6. A mounting system according to claim 1 wherein
said component has said first component lock, said first component lock having a first locking flank forming an angle with a direction of the pulling force greater than 90 degrees allowing the interlocking to be cancelled exclusively by the pulling force.
7. A mounting system according to claim 1 wherein
said component has said second component lock, said second component lock having a second locking flank forming an angle with a direction of the pulling force less than 90 degrees allowing the interlocking to be uncancellable exclusively by the pulling force and to be self-locking.
8. A mounting system according to claim 1 wherein
an edge protector element is coupled to said receiving device and covers said receiving device and a free end of said mounting strip, at least a section of said edge protector element having a convex surface.
9. A mounting system according to claim 1 wherein
said receiving device comprises a groove extending in a longitudinal direction of said mounting strip and extending into said mounting strip at a right angle to the longitudinal direction;
said component comprises a strip-shaped connecting section received in said groove; and
said first and second locking flanks comprises first and second planar surfaces oriented at first and second angles, respectively, relative to an axis through said groove and transverse to the longitudinal direction, said first angle being less than 90 degrees, said second angle being greater than 90 degrees.
10. A mounting system according to claim 9 wherein
each said locking flank is on an exterior surface of said receiving device and faces away from a front side of said mounting strip, said front side having a device mounting.
11. A mounting system for arranging electrical devices, comprising:
a horizontal mounting strip having at least one longitudinal edge;
a receiving device being on said mounting strip and extending along said longitudinal edge, said receiving device having first and second receiving locks including first and second locking flanks, respectively, extending in a longitudinal direction of said mounting strip and being integrally formed parts of said mounting strip, each said locking flank being on an exterior surface of said receiving device and facing away from a front side of said mounting strip, said front side having a device mounting; and
a component configured to support parts of the electrical devices and received in said receiving device, said component having at least one of a first component lock or a second component lock with said first component lock being interlockable with said first receiving lock such that interlocking of said first receiving lock and said first component lock is cancellable exclusively by a pulling force applied to said component and such that interlocking of said second receiving lock and said second component lock is self-locking and uncancellable exclusively by that pulling force.
12. A mounting system for arranging electrical devices, comprising:
a horizontal mounting strip having at least one longitudinal edge;
a receiving device being on said mounting strip and extending along said longitudinal edge, said receiving device having a receiving lock, said receiving device including a groove extending in a longitudinal direction of said mounting strip and extending into said mounting strip at a right angle to the longitudinal direction, said receiving lock being on an outer wall of said receiving device, said outer wall being adjacent said groove;
a component configured to support parts of the electrical devices and received in said receiving device, said component having a component lock being interlockable with said receiving lock such that interlocking of said receiving lock and said component lock is at least one of cancellable exclusively by a pulling force applied to said component or self-locking and uncancellable exclusively by that pulling force, said component including a strip-shaped connecting section received in said groove.
13. A mounting system for arranging electrical devices, comprising:
a horizontal mounting strip having at least one longitudinal edge;
a receiving device being on said mounting strip and extending along said longitudinal edge, said receiving device having a receiving lock;
a component configured to support parts of the electrical devices and received in said receiving device, said component having a component lock being interlockable with said receiving lock such that interlocking of said receiving lock and said component lock is at least one of cancellable exclusively by a pulling force applied to said component or self-locking and uncancellable exclusively by that pulling force; and
an edge protector element being coupled to said receiving device and covering said receiving device and a free end of said mounting strip, at least a section of said edge protector element having a convex surface.