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Still another object of this invention is to supply a coaxial flat tape cable which incorporates an electrical shield that will move relative to the tape cable thereby growing the flexibility of the cable. As well as the realm having no adhesive could retain small air pockets which promote corrosion and delamination, especially at excessive temperature and in vacuum. An primarily rectangular recess 103 is molded into the mounting part, and in the bottom area of the recess 103 is provided a rectangular passage opening 104 which results in the inside house of the housing. At the ends, the clamps are provided with bores 32, 33 for head-to-head bolting underneath inclusion of the posts 14 of the mounting half, whereby in one of many clamps, there are supplied bolt holes 33 and tapholes 32 in the opposite clamp. However, in that case, the tensile stress relief clamps have to be configured such that their undersides press towards the seal when threaded to the posts of the mounting part.

The undersides of the clamps can thereby moreover be provided with a cleat-shaped extension which is similar to the roll-formed rim of the stress plate. On the housing side facing the mounting part, a connector insert could be mounted within the housing, which is not proven in detail. The outer measurements thereof correspond to the measurements of the groove 22 of the mounting half, and the thickness of the seal corresponds roughly to the depth of this groove. The outer measurements of these disks correspond to the geometry of the recess 103 of the mounting part. The seal corresponds in its outer measurements to the dimensions of the recess 103, and is supplied with a rectangular middle slit 122 corresponding to the cross-sectional form of the flat cable. The measurements of this passage opening are smaller than the recess 103, in order that it kinds borderside enclosing shoulders 105. On two opposite sides of the mounting half are provided perpendicular posts 106 on which the tensile stress relief clamps, which will probably be described below, might be fastened.

FIG. Four shows numerous views of a mounting half 1. The mounting part primarily consists of a frame-shaped base part 21 which is provided with two posts 14 on the 2 reverse sides. In FIGS. 9 to 11 are proven varied views of an alterate connector housing 101. On the higher facet of the housing is provided a frame-formed mounting half 102 which is made in one piece with the housing. Next to the opening, there are supplied passage openings 20 for the bolt fastening of the mounting part 1. The remainder of the connector housing corresponds to a housing known in regular business utilization, wherein a connector insert (not shown in detail) will be inserted from the course of the bottom aspect. The disks are provided with a centered opening corresponding to the cross-sectional dimensions of the inserted flat cable 109. The flat cable is guided by means of the slit 122 of the seal, as well because the opening 128 of the disks and extends by way of the passage opening 104 into the inside of the housing. 12 and 13, which show how a flat cable 109 is inserted into the housing one hundred and one and held in place in order that it is free of tensile stress.

The stress plate is supplied with a rectangular opening 30, which can be adapted to the flat cable to be inserted. Similarly, U.S. Pat. No. 4,640,562 to Shoemaker discloses a surface mounting means for an electrical connector to a printed circuit board which includes a wedge plate for forcing contact of the flexible cable to the terminals of the connector. The terminals embody solder tails which lengthen out of the connector housing which are soldered to a printed circuit board. Use of low insertion power (LIF) and zero insertion force (ZIF) connectors on printed circuit boards for receiving a flexible printed circuit (FPC) or a versatile flat cable (FFC) is well known in the sector. The utilization of the flat cable entry in response to the invention is possible on all flat housings or wall surfaces. It may also be provided that two, or in a given case, also many flat cables are entered superposed into the cable entry, whereby, on this case, adapted seals and pressure plates are additionally used, whereby likewise a sealing of the entry location is attained in that the seal is pressed against the outer cable, and that the cables are pressed in opposition to each other. The opening is surrounded by an enclosing, roll-shaped rim 13, which presses in opposition to the seal 2 when the cable entry is joined collectively.