摘要:
In a cable plug connector (1) with at least one contact (3) fitted in a chamber of a contact carrier (2) and taking the form of a plug (8) which has an insulation displacement section (9) at its connection end (11) to contact an insulated cable lead (5) inserted into a blind hole (24) in the contact carrier (2) by means of an insulation displacement slot (16) fitted in a contact plate (14) running transversely to the plug-in direction, the insulation displacement section (9) is a separate part passing with the contact plate (14) through an aperture (20) in the connection end (11) of the plug (8). The contacts (3) are thus simply and economically suitable for the use of different lead diameters by exchanging the insulation displacement section (9). They are also usable with advantage especially in cable plug connectors (1) produced by injection moulding because no special measures are needed to seal the plug contact regions. It is particularly suitable for practical manipulation to fit the contact plate (14) with snapping projections (19) which engage behind the lateral end sections of the aperture (20). This renders the insulation displacement section (9) captive through pre-snapping, further simplifies storage and assembly and makes is even cheaper. This advantage and even simpler production and assembly can also be obtained in a particularly suitable manner in that the insulation displacement section (9) has two guide arms (31) which, with bent end sections (32), preferably engage behind a cover section (41) which has through apertures (42) and U-shaped guides (25) for the insertion or guiding of the cable leads (5) and can be secured to the contact carrier.
摘要:
The invention relates to a method for contacting the conductive lead cores of a round cable electrically, said round cable having at least two twisted, insulated leads encased in a sheathing consisting of insulating material. According to the inventive method, the contacting is carried out without the sheathing being removed and the positions of the points of contact are determined from the course of the leads. The invention also relates to a contacting device for carrying out this method. The penetrating contact elements (8-10, 34, 62, 71, 79, 82) are arranged on a contact piece (18, 31) to correspond with the positions of the points of contact determined from the course of the leads. Said contact piece consists of insulating material and can be pushed forward with the penetrating contact elements (8-10, 34, 62, 71, 79, 82) against the sheathing (3, 45) of the round cable (7, 36). The inventive contacting method and contacting device therefore provide a more simple and economical means of contacting the leads of a multi-core round cable safely, compared with known devices. As a result, these inexpensive round cables, which are always provided as standard cables, can be used in a substantially wider range of applications and use can be made of the advantages that they have over coded flat cables. The invention also presents advantageous ways of carrying out the method and various embodiments or designs for the contacting device.
摘要:
The proposed housing seal (3, 3') for cable through-duct apertures can be inserted into a recess (2, 2') for the cable through-duct apertures. The housing seal (3, 3') has at least two sealing regions (7, 7' and 9, 9') with different sealing contours and can be inserted into the recipient (2, 2') from different directions as desired. The proposed housing seal can be of low overall height and can have the same shape whether used for the inlet or outlet apertures of a housing even when non-symmetrically profiled cables are used, if the two sealing regions (7, 7' and 9, 9') are provided on adjacent sides of the housing seal (3, 3'), one side pointing in the direction of the cable through the through-duct.
摘要:
In a cable plug connector (1) with at least one contact (3) fitted in a chamber of a contact carrier (2) and taking the form of a plug (8) which has an insulation displacement section (9) at its connection end (11) to contact an insulated cable lead (5) inserted into a blind hole (24) in the contact carrier (2) by means of an insulation displacement slot (16) fitted in a contact plate (14) running transversely to the plug-in direction, the insulation displacement section (9) is a separate part passing with the contact plate (14) through an aperture (20) in the connection end (11) of the plug (8). The contacts (3) are thus simply and economically suitable for the use of different lead diameters by exchanging the insulation displacement section (9). They are also usable with advantage especially in cable plug connectors (1) produced by injection moulding because no special measures are needed to seal the plug contact regions. It is particularly suitable for practical manipulation to fit the contact plate (14) with snapping projections (19) which engage behind the lateral end sections of the aperture (20). This renders the insulation displacement section (9) captive through pre-snapping, further simplifies storage and assembly and makes is even cheaper. This advantage and even simpler production and assembly can also be obtained in a particularly suitable manner in that the insulation displacement section (9) has two guide arms (31) which, with bent end sections (32), preferably engage behind a cover section (41) which has through apertures (42) and U-shaped guides (25) for the insertion or guiding of the cable leads (5) and can be secured to the contact carrier.
摘要:
The proposed housing seal (3, 3´) for cable through-duct apertures can be inserted into a recess (2, 2') for the cable through-duct apertures. The housing seal (3, 3') has at least two sealing regions (7, 7' and 9, 9') with different sealing contours and can be inserted into the recipient (2, 2') from different directions as desired. The proposed housing seal can be of low overall height and can have the same shape whether used for the inlet or outlet apertures of a housing even when non-symmetrically profiled cables are used, if the two sealing regions (7, 7' and 9, 9') are provided on adjacent sides of the housing seal (3, 3'), one side pointing in the direction of the cable through the through-duct.