High Current Plug Connectors
A plug-in connector, high-current technology, applied in the direction of connection, connecting device components, circuits, etc., can solve the problem of large installation space, and achieve the effect of reducing installation space and simple connectability
Active Publication Date: 2016-05-11
BAYERISCHE MOTOREN WERKE AG
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Problems solved by technology
[0004] However, the known high-current plug-in connectors based on the metal housing used to accommodate the pins or blades have the disadvantage that when the pins or blades are inserted, the high-current plug-in connectors always have three layers in cross-section structure
Since the high-current plug-in connector must be provided with an insulation device to ensure anti-touch protection and fault protection, the installation space required for the high-current plug-in connector is very large
Method used
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[0025] figure 1 A schematic perspective view of a high-current plug connector according to the invention is shown. The high current plug connector is suitable for currents greater than 100 amperes, even greater than 200 amperes. Currents of this magnitude occur, for example, in energy accumulators for motor vehicle drives. The high-current plug connector comprises a first connecting element 10 and a corresponding second connecting element 20 . The first connection element 10 has a first contact section 11 and a first connection section 12 . An electrical conductor 13 is connected to the first connection section 12 , which is not shown in detail in the drawing and is designed, for example, as a flat cable or as a membrane. Correspondingly, the second connection element 20 has a second contact section 21 and a second connection section 22 . The second connection section 22 is connected, for example at its end face, to an electrical conductor 23 configured as a membrane.
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The invention relates to a high-current plug connector for currents greater than 100 A comprising a first connection element (10) with a first contact section (11) and a first connection section (12) and with a second The second connection element (20) of the two contact sections (21) and the second connection section (22) and the spring element (30) arranged between the first and second contact sections are used for connecting between the first and second contact sections. An electrical connection is formed between the second connection elements, and the first and second connection sections are respectively connected to electrical conductors (13, 23). The first and the second contact section are each configured as a flat part. A flat first contact surface (11A) is provided on the front side of the first contact section and a flat second contact surface (21A) is provided on the front side of the second contact section, sandwiching only the first and second contact surfaces A tight spring element for electrically connecting a first and a second contact section, said first and second contact section being connected to each other by a form-locking connection, which can be connected via the first contact section relative to the The translational movement of the second contact section parallel to the plane of the first and second contact surfaces results in the two contact sections being prevented from loosening by the force generated by the spring element perpendicular to the plane of the first and second contact surfaces.
Description
technical field [0001] The invention relates to a high-current plug connector for currents greater than 100 A, in particular greater than 200 A. Such a high-current plug connector comprises a first connection element which has a first contact section and a first connection section. The high-current plug connector also includes a second connection element, which has a second contact section and a second connection section. Furthermore, a spring element arranged between the first and the second contact section serves to form an electrical connection between the first and the second connection element. The first and second connection sections are each connected to an electrical conductor. Background technique [0002] High-current plug connectors are used, for example, to electrically connect energy storage modules of energy storage devices in motor vehicles. Furthermore, such energy stores are used in battery-operated motor vehicles and in motor vehicles that can be operate...
Claims
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IPC IPC(8): H01R13/20H01R13/15
CPCH01R13/15H01R13/187
Inventor H·格斯曼P·佩茨A·豪克
Owner BAYERISCHE MOTOREN WERKE AG