Te Connectivity Germany Gmbh

Tobias Meissner

Dominik Heiss

Frank Wittrock

Philipp Kowarsch

Sebastian Zabeck

Alexander Mueller

Sandeep Giri

A high current contact device for transmitting electric energy includes a contact housing, a first contact element arranged in the contact housing, the first contact element extends at least in portions along a mating axis, and a temperature measuring device having a circuit carrier with a first temperature sensor and a first heat conducting path. The first temperature sensor is arranged on the circuit carrier and the circuit carrier is arranged laterally adjacent to the first contact element. The first heat conducting path has a first heat conducting element that is elastic and heat conductive with a contact surface. The contact surface abuts against a first outer circumferential side of the first contact element. The first heat conducting element thermally couples the first contact element to the first temperature sensor. The first temperature sensor measures a temperature of the first contact element.

High current contact device

A high-current contact device includes a first contact element transmitting electrical energy, a circuit carrier, a first data contact transmitting data, and a data interface. The first contact element extends through the circuit carrier along a mating axis at a feedthrough. A conductor track of the circuit carrier electrically connects the first data contact to the data interface. A carrier of the circuit carrier is injection-molded and mechanically supports the first data contact, the conductor track, and the data interface.

High-current contact device and method of producing a high-current contact device

An assembly for detecting a temperature of an electrically conductive element comprises a temperature probe and a heat conductor separate from the temperature probe and made of an electrically insulating and heat-conductive material. The heat conductor surrounds the temperature probe at least in sections and has a bearing surface bearing against the electrically conductive element.

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Mannheim, Germany

Tobias Meissner