Weidmuller Interface Gmbh & Co. Kg

Weidmueller Interface Gmbh Co. Kg

Marco Waldhoff

Walter Hanning

Christian Heggemann

Stephan Fehling

Karlo Stjepanovic

Andreas Rutz

Ralf Schumacher

Frank Hackemack

Jörg Münstermann

Stefan Fischer

Matthias Niggemann

Reinhard Nolting

Constantin Classen

Klaus Pueschner

Klaus Wohlgemuth

Georg Kulturidi

Michael Schnatwinkel

Detlev Hetland

Peter Stuckmann

Jens Oesterhaus

Rainer Schulze

Uwe Arlitt

Michael Lenschen

Klaus Püschner

Michael Herrmann

Volker Schröder

Herbert Fricke

Hans Schlingmann

Wolfgang Schild

Jürgen Ziemke

Gerhard Eggert

Genadij Neumann

Ralf Henke

Michael Gockel

Jörg Diekmann

Peter Meyer

Thomas Wielsch

Christopher Smith

Arnd Schepmann

Genadi Neumann

Niels Dallman

Michael Meyer

Jasper Schreiber

Stephanie Schlake

Matthias Oehl

Ulrich Lütkemeier

Stefan Rührup

Sabine SCHRÖDER

Thorsten SÖDER

One or more marking elements that can be provided with an inscription are formed on a terminal block which can be mounted on a mounting base or support rail has a housing made of plastic and at least one conductor connections formed in the housing, One or more marking recesses are formed in the housing with each marking recess being designed for the application of a corresponding marking element. The terminal block with the housing is formed by an injection molding toot One or more free spaces are formed in the region of the one or more marking recesses. One or more free spaces are sprayed with a plastic in the region of the marking recesses, whereby one or more inscribable marking elements are formed on the housing.

Method and device for marking terminal blocks

A busbar for electrically contacting an electrical conductor has two mutually opposing side walls and a bearing wall for the electrical conductor. The bearing wall extends between the side walls and transversely or substantially transversely to same, wherein the side walls and the bearing wall extend in an insertion direction and define a receiving space for receiving the electrical conductor. At least one electrically conductive projection is provided on one of the side walls and/or the bearing wall. The width of the projection is less than the width of the bearing wall.

Busbar and busbar assembly for an electrical conductor

An elevator belt monitoring apparatus includes a housing for receiving an elevator belt and a plurality of blade contacts which are operable to pierce the belt and engage the spaced parallel cords arranged within the belt. A plurality of bridge contacts are connected with adjacent pairs of elevator belt cords and signal contacts are connected with cords at the outer edges of the belts. The signal contacts are connected with a monitoring device which sends and receives signals to the contacts to provide an indication of the condition or deterioration of the belt.

Elevator belt monitoring apparatus and blade contact

A connection device for the connection of a conductor end includes a housing, a busbar section arranged in the housing, and a clamping spring assembly rotatably connected with the housing and operable between an open position and a contact position in contact with the conductor end. A rotary lever assembly is operably connected with the clamping spring assembly. The clamping spring assembly includes at least one clamping spring having clamping and actuating limbs arranged at an acute angle and connected by a bending region bearing against a spring carrier. The clamping spring assembly is preferably preassembled on the spring carrier for insertion in the housing.

Connection device for the connection of a conductor end

A connection device for the connection of a conductor end includes a housing having a slotted link, a busbar section having a slotted link aligned with the housing slotted link, an d clamping spring assembly rotatably connected with the housing and operable between an open position and a contact position with the conductor end. A rotary lever assembly including a rotary lever element is operably connected with the clamping spring assembly. The rotary lever element has a cam section and a control curve section on which the clamping spring assembly slides during movement into the contact position. A clamping device is arranged on the cam section and is retained by the housing and busbar slotted links.

A disconnect terminal includes an enclosure, a first conductor rail, a second conductor rail, a switching device, and an actuation device. The switching device can be switched by the actuation device from a connecting position, in which the first conductor rail and the second conductor rail are electrically connected by the switching device into a disconnecting position in which the electrical connection of the first conductor rail and the second conductor rail is separated or disconnected, and back. A visible portion of the actuation device aligns with a surface of a portion of an upper side of the enclosure or with a part connected with the enclosure. In the disconnecting position, the visible portion of the actuation device protrudes from a surface of a portion of an upper side of the enclosure or of a part connected with the enclosure in a clearly visible manner. An assembly is provided of at least two aligned disconnect terminals.

Disconnect terminal

A direct clamp terminal for connecting a conductor in the form of a flexible stranded conductor includes a housing with a chamber and an insertion conduit for inserting the conductor into the chamber. A bus bar or a clamping cage is provided in the housing and a clamping spring is located in the chamber and acts as a compression spring for securing the electrical conductor to the bus bar or the clamping cage in the area of a clamping point. The clamping spring has a clamping limb that can be pivoted about a pivoting axis and that can be shifted from a detent mode in which it is locked in a detent position into a clamping mode in which it is released from the detent mode and presses the electrical conductor against the bus bar or the clamping cage. The clamping limb can be released from the detent mode using two different shifting devices.

Spring terminal for a conductor

A module latching arrangement for mounting and dismounting on a generally U-shaped support rail at least two module base bodies arranged orthogonally above and extending transversely across the support rail, each of the base bodies having a pair of bottom corner portions arranged on opposite sides of the support rail. At least one foot member is connected for horizontal longitudinal sliding movement relative to one of the base body corner portions relative to the adjacent support rail horizontal flange portion. A lateral displacement arrangement on the foot member is operable, when the foot member is displaced from a locked position toward an unlocked position relative to the support rail, to displace the first base body laterally away from an adjacent second base body mounted on the support rail. The foot member is latched in either a locked or an unlocked position relative to the base member.

Mounting rail and module latching system

An electrical contact arrangement includes a planar conductive metal blank having sections that are foldable to define pairs of orthogonally arranged component contacts and bus blade contacts. Connected with a first pair of opposed side edges of a horizontal rectangular core section of the blank are a pair of rectangular component contact sections that are upwardly bent to define a pair of component contacts for receiving therebetween an electrical component, such as a printed circuit board. Connected with the orthogonally arranged second pair of opposed side edges of the core section are a pair of rectangular support sections that are bent downwardly, whereby a corresponding pair of bus blade contact sections connected with corresponding edges of the support sections extend in vertical parallel spaced relation to define a pair of bus blade contacts adapted for insertion between the downwardly bent support sections of a corresponding second electrical contact arrangement.

Electrical contact part

A terminal block connecting apparatus includes first and second support members displaceable from a disengaged condition toward an engaged condition in which corresponding main terminal blocks are brought into electrical engagement, characterized by the provision of first and second test terminal blocks connected with the support members for electrical engagement when the first and second support members are in an intermediate condition between the disengaged and engaged conditions. One of the test terminal blocks is supported by a carrier member for movement relative to the associated support member, whereby the test terminal blocks will remain in electrical engagement during displacement of the support members between the test and connected conditions. A friction retaining arrangement serves to resist displacement of the carrier member relative to its associated support member.

Electrical connecting and switching arrangement

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Sandebeck, Germany

Marco Waldhoff