Phoenix Contact E-Mobility Gmbh

Phoenix Contact Gmbh + Co. Kg

Phoenix Contact Gmbh

Phoenix Contact Gmbh & Co.

Ralf Feldner

Carsten Garth

Thomas Führer

Jens Andresen

Thomas Fuehrer

Cord Starke

Tanja Gebhardt

Jens Franke

Kai Schlueter

Marco Seelig

Bernd Behling

Karsten Krome

Manuel Tünker

Bernd Horrmeyer

Cedric Deppe

Kai SCHLÜTER

A plug connector part for connecting to a mating plug connector part includes: a housing part; a connector part that is to be locked to the housing part and has a plug section on which at least one contact element is arranged for a plug connection to the mating plug connector part; a cover element that is to be connected to the connector part and has at least one line outlet for receiving an electrical line connected to the connector part; and a frame part, which is to be connected in a latching manner to the connector part and is formed to fasten the cover element to the connector part when the frame part is placed on the connector part.

Plug connector part having a connector part to be connected to a housing part

A holding assembly for holding an electrical charging device includes: a base plate having an upper side and at least one latching hook which extends from the upper side of the base plate and which latches with a latching contour of the charging device; and a securing frame which is attached to the base plate so as to be movable between a first position and a second position and clamps the latching hook in an open state in the first position and to secure the latching hook in a closed state in the second position.

Holding assembly for an automotive charging system

A connector part for connecting in a plug-in manner to an associated mating connector part includes: a housing part; a plug-in face which is formed on the housing part and by which the connector part is connectable, in a plug-in manner, to the mating connector part and on which a plurality of contact elements for electrically connecting to the mating connector part is arranged; and a circuit board, on which at least one electrical or electronic functional component is arranged, the circuit board having a first opening through which a first contact element of the plurality of contact elements extends, the circuit board comprising at least one first contact spring for the thermal and/or electrical contact with the first contact element and at least one second contact spring for the thermal and/or electrical contact with a second contact element of the plurality of contact elements.

Connector part comprising a circuit board

A plug connector part for connecting to a mating plug connector part includes: a housing part; an inlet part that is connectable to the housing part, the inlet part having a plug section on which at least one contact element is arrangeable for a plug-in connection to the mating plug connector part; and a locking frame having at least one first latching element, the locking frame being latched in a first mounting position to the inlet part via the at least one first latching element in order to attach the inlet part together with the locking frame to the housing part. The inlet part in a position attached to the housing part is connected in a positive-locking manner to the housing part via at least one second latching element. The locking frame is movable from the first mounting position relative to the inlet part to a second mounting position.

Plug connector part with an inlet part to be connected to a housing part

Disclosed is an electrical connection apparatus for coupling to a corresponding connecting device and for transmitting electrical energy. The electrical connection apparatus includes at least one power contact arranged in a housing of the apparatus and connected to the housing, and at least one temperature sensor for determining a temperature of the power contact. The apparatus further includes a printed circuit board arranged in the housing of the electrical connection apparatus between the power contact and a retaining section of the housing, with the printed circuit board being clamped between the power contact and the retaining section by means of a spring-force apparatus arranged between the power contact and the retaining section. The printed circuit board is thermally coupled to the power contact directly or by means of the spring-force apparatus. The at least one temperature sensor is arranged on the printed circuit board.

Electrical connection apparatus with improved thermal coupling of a printed circuit board which has a temperature sensor

An electrical connector part for transmitting a charging current has at least two contact elements for producing an electrical contact having associated contact elements of another electrical connector part, a support element on which the at least two contact elements are disposed, and a resistance device which is electrically connected to the at least two contact elements. The resistance device has a circuit board, an electrical resistor disposed on the circuit board, and at least one contact spring disposed on the circuit board and electrically connected to the resistance, the circuit board being retained on the support element and the at least one contact spring electrically contacts one of the at least two contact elements. Thus, an electrical connector part can be created which in a simple manner enables the integration of a resistance device into an electrical connector part for the purpose of a resistance coding to provide identification information to an electrical plug to be mated to the electrical connector part.

Electrical connector part having a resistance coding

A plug connector part for transferring a charge current includes a first housing part, which has a plug section and at least one contact opening arranged in the plug section, having a contact arranged therein. The plug section can be engaged with an additional plug connector part along a plug-in direction and has an outside wall extending along the plug-in direction. A second housing part has a wall, which is opposite the outside wall of the plug section at least in sections and forms, together with the outside wall, an intermediate chamber. The plug section has at least one drain opening, which extends from the at least one contact opening to the outside wall to direct a liquid out of the contact opening into the intermediate chamber.

Electrical plug connector part with a drain and an intermediate chamber

The invention relates to a locking device for a plug-in connection between a plug and a socket. In accordance with the invention an actuator () and a blocking slide () are provided, wherein the actuator () is rotatable about an axis of rotation, the blocking slide () is displaceable in the longitudinal direction thereof between an unlocking position and a locking position, and the actuator () and the blocking slide () are formed in such a way and interact with each other such that a rotation of the actuator () is always combined with a longitudinal displacement of the blocking slide () and vice versa, wherein a longitudinal displacement of the blocking slide () by means of a rotation of the actuator () is always possible, whereas a rotation of the actuator () by means of a longitudinal displacement of the blocking slide () is possible only outside the locking position. A locking device of this type for a plug-in connection between a plug and a socket is thus provided, which enables simple and economical axial locking, which cannot be manipulated.

Locking device for a plug-in connection

An electrical component () having a housing () and having a plurality of plug contacts (). In this case, the plug contact (-) is held in a floating manner on a contact mount (), and the contact mount () is held in a floating manner on the housing ().

Electrical component

The invention relates to a plug connector for electrically connecting an electric vehicle to a charging device, comprising a pug or a socket () and an electromechanically driven locking device (), wherein the plug or the socket () is configured for establishing an electrical connection to a second socket or a second plug of a second plug connector associated with the electric vehicle or the charging device, the locking device () is movable axially to the plug-in direction () of the plug or socket () to mechanically lock and/or unlock an interconnected plug/socket pair (), and the locking device () and/or the plug or the socket () has a centering device () configured in such a way that the locking device () can be detachably fastened in a form-fitting manner to the plug or to the socket () in a position predetermined by the centering device (). A significantly simplified assembly is thus made possible, even where space is restricted.

Plug connector

A cable connector includes a housing, a first screwed cable gland for receiving a first cable, and a second screwed cable gland for receiving a second cable. The first cable can be connected to the second cable using a contact device. The cable connector also includes a locking device which, when screwing at least one screwed cable gland to the housing, locks said screwed cable gland to the housing so that the cables are mounted on the housing in a protected manner.

Electrical cable connector

The invention relates to a contact field for a plug-in connection for a twisted-pair cabling. The contact field is equipped with several metallic contacts for a connection with a twisted-pair socket, with each metallic contact having a feed line section for a connection with a circuit board. The metallic contacts are formed from contact plates, with at least two of the feed line sections being arranged offset relative to other feed line sections.

Contact field for plug-in connectors

The invention pertains to a plug-connector for insertion of a multi-wire cable, wherein the wires are attached with the clamping-cutting technique. The plug-in connector exhibits a substrate and a plurality of clamping-cutting devices configured on the substrate and suitable for the insertion of wires. A first subset of the plurality of clamping-cutting devices is located on top of the substrate, while a second subset of the plurality of clamping-cutting devices is located at the bottom of the substrate. The plug-in connector furthermore exhibits wiring flaps suitable for the hinged insertion of the wires into the clamping-cutting devices.

Plug-in connector as receptacle for a multi-wire cable

A connection device for connecting a cable having at least one signal conductor to a signal connector. The connection device including a housing, the at least one signal conductor being disposed in the housing, the housing having at least one securing device configured to detachably secure the housing to the signal connector. The connection device further includes a plug disposed on the housing, the plug having a locking mechanism. The housing has a strain relief device configured to provide strain relief for the plug. A deflection device is configured to deflect the at least one signal conductor into a deflected position so that a movement of the at least one housing portion of the housing relative to the plug results in a defined lateral movement of the at least one signal conductor so as to provide a corresponding length compensation.

Connection device with conductor length compensation

A connection device for connecting an optical fiber to an electrical device has a housing, a cable gland, and a plug for insertion into the corresponding socket of the electrical device, the housing having a cable passage for insertion of the optical fiber, the plug being held at least partially in the housing and being connectable to the fibers of the optical fiber which has been inserted into the cable passage. The housing has a first housing part for holding the plug and a second housing part for connection to the cable gland. The first and second housing parts are connectable in a manner enabling them to be axially moved relative to each other in the connected state by an extent defined by at least one stop on the second housing part that is engageable with at least one opposing stop on the first housing part.

Growing community of inventors

Detmold, Germany

Ralf Feldner