Abstract: An auxiliary element includes an end plate having an inner face which is intended to be applied against a large surface of a sensor and an outer face which bears two spaced-apart mounting lugs on a first edge thereof, the lugs extending outwards perpendicularly to the outer face. A first pair of passages is formed in the lugs for first screws used to fix the auxiliary element to a support. In addition, the end plate includes a through opening for the electrical conductor and a second pair of passages, symmetrically on either side of the opening, for second screws used to fix the end plate to the sensor. The through opening is formed by a recess provided on a second edge, opposite the first edge, and the second pair of passages are formed by two parallel slits which extend perpendicularly to the first edge of the end plate.

Abstract: A current sensor includes: several magnetic-field-sensitive components which are disposed on a support such as to be distributed around a conductor through which a current to be measured flows, and a processing circuit which receives an output signal from the components, each component having at least one first terminal which is connected to a summing point by a summing resistor and a second terminal which is connected to a common point. Moreover, all of the resistors are connected to a first conductor which is connected to the summing point and all of the second terminals are connected to a second conductor which is connected to the common point. The support includes a printed circuit, while the two conductors include conductor tracks of the printed circuit, which are routed in a zigzag manner on the printed circuit such as to form a bunched or braided conductor.

Abstract: A current sensor includes: several magnetic-field-sensitive components which are disposed on a support such as to be distributed around a conductor through which a current to be measured flows, and a processing circuit which receives an output signal from the components, each component having at least one first terminal which is connected to a summing point by a summing resistor and a second terminal which is connected to a common point. Moreover, all of the resistors are connected to a first conductor which is connected to the summing point and all of the second terminals are connected to a second conductor which is connected to the common point. The support includes a printed circuit, while the two conductors include conductor tracks of the printed circuit, which are routed in a zigzag manner on the printed circuit such as to form a bunched or braided conductor.

Abstract: A device for locating electric conductor cables that includes a sleeve designed to engage at least one end of a cable. The outer surface of the sleeve includes marks for identifying the cable concerned. The sleeve is flattened, and a section of the sleeve is closed over only a part of the length of the sleeve and at least part of the width of said sleeve, an unclosed part delimiting a passage for the cable.

Abstract: The invention concerns an interconnect device in particular for connection and/or line terminals arranged on-line, comprising first and second interconnect combs facing each other and comprising each a connecting bar, and teeth, extending substantially perpendicularly from the connecting bar, the device comprising elastic teeth and rigid teeth. The teeth of each of the first and second combs are alternately rigid and elastic. The elastic teeth and the rigid teeth of the first comb are located respectively opposite the rigid teeth and the elastic teeth of the second comb.

Abstract: Electrical and mechanical connecting device designed to be connected to a connection unit, including at least two fixing branches, at least one of these branches being elastic, each including at its end means of fixing to a connection unit, at least a first mechanical bearing point bearing against the connection unit, situated between the ends including the fixing means of the two branches, a second bearing point promoting the electrical contact between the connection unit and the device, also situated between the ends including the fixing means of the two branches, and the means of connection to an external conductive component.

Abstract: The invention concerns an interconnect device in particular for connection and/or line terminals arranged on-line, comprising first and second interconnect combs facing each other and comprising each a connecting bar, and teeth, extending substantially perpendicularly from the connecting bar, the device comprising elastic teeth and rigid teeth. The teeth of each of the first and second combs are alternately rigid and elastic. The elastic teeth and the rigid teeth of the first comb are located respectively opposite the rigid teeth and the elastic teeth of the second comb.

Abstract: A cable clamp device for retaining an electrical cable in relation to a carrier outside the device may include a stirrup comprising two legs connected by a curved base, a conducting stop which is mounted between the two legs and which includes a surface that establishes contact with the electrical cable, and a drive mechanism that effects a movement of the stirrup in relation to the conducting stop to move the base and the stop alternatively toward and away from one another. The contact surface of the stop may be concave in shape, the concavity of which may be turned in a direction of the base of the stirrup.

Abstract: Electrical and mechanical connecting device for an electrical connection unit Electrical and mechanical connecting device designed to be connected to a connection unit, including at least two fixing branches, at least one of these branches being elastic, each including at its end means of fixing to a connection unit, at least a first mechanical bearing point bearing against the connection unit, situated between the ends including the fixing means of the two branches, a second bearing point promoting the electrical contact between the connection unit and the device, also situated between the ends including the fixing means of the two branches, and the means of connection to an external conductive component.

Abstract: Device for holding in position junction blocks which are fixed by a foot onto a support of the rail type, particularly to form a terminal strip, and which comprises a connecting part equipped with immobilizing means at its two ends able to accommodate, between these two ends, a determined number of junction blocks pressed one against the other in a row.

Abstract: The invention relates to a cable clamp device for retaining an electrical cable (26) in relation to a carrier outside the device, said device comprising a stirrup (2) comprising two legs (3, 4) connected by a curved base (5), a conducting stop (10) which is mounted between the two legs and which comprises a surface (12) which establishes contact with the electrical cable, and drive means which effect the movement of the stirrup in relation to the conducting stop to move the base and the stop alternatively towards and away from one another. The contact surface of the stop is concave in shape, the concavity of which is turned in the direction of the base of the stirrup.

Abstract: This is a connection device comprising an insulating case and it defines at least one housing and various connection openings and work openings, an electrical contact plate, a screw mounted in the housing, and clamping means stressed by the screw in order when required to immobilize together the conducting element and the contact plate. The case comprises means for retaining the screw inside the housing so that only the head of the screw is accessible from the outside through the work opening, the clamping means being completely insulated from the outside by the case, and rotation of the screw moves the clamping means translationally inside the housing between two separate positions at a distance from each other.

Abstract: This device comprises a connection module (3) intended to be coupled with the longitudinal mating face of a box (2) and making an electrical connection with, on the one hand, pins protruding from this longitudinal mating face and, on the other hand, with conducting cables, the module (3) and the box (2) being mated by a system of slides (7, 8) allowing them to be fastened by longitudinal sliding, with locking by a resilient tab (10). The resilient tab (10) is associated with the box (2) and is intended to cooperate with a locking member (16) associated with the connection module (3).

Abstract: Connection device for an electronic box includes a connection module intended to be mated with the longitudinal assembling face of a box and making an electrical connection with, on the one hand, pins projecting from this longitudinal assembling face and, on the other hand, with conducting cables. The pins are longitudinal and the module is fastened to the box by a system of discontinuous slideways allowing them to be fastened by longitudinal sliding and reversible locking via a resilient tab fitted into a recess in the box.

Abstract: A device comprising two conductive spaced apart components (3, 4) and a blade (5) in the form of a conductive segment mobile between a position closing the circuit wherein it is in contact with the two conductive components and a position opening the circuit, wherein it is spaced apart from said components. The blade is mounted locked in translation on a rod (7) axially mobile in the box between a retracted position in the box wherein the blade (5) is in contact with the conductive components and a projecting position wherein the blade is spaced apart from the conductive components, means being provided to maintain the rod stable in those two positions.

Abstract: This device comprises a connection module (3) intended to be coupled with the longitudinal mating face of a box (2) and making an electrical connection with, on the one hand, pins protruding from this longitudinal mating face and, on the other hand, with conducting cables, the module (3) and the box (2) being mated by a system of slides (7, 8) allowing them to be fastened by longitudinal sliding, with locking by a resilient tab (10).

Abstract: Connection device for an electronic box, comprising a connection module (12) intended to be mated with the longitudinal assembling face of a box (2) and making an electrical connection with, on the one hand, pins (7) projecting from this longitudinal assembling face and, on the other hand, with conducting cables.