Übersetzung für "Schneidklemmtechnik" in Englisch

The SKEDD connector is attached to the ribbon cable via insulation displacement technology.

In one further preferred refinement, the connecting wires of the temperature monitor are connected directly using insulation displacement technology.

The proven and reliable IDC technology that is employed ensures gas-tight and corrosion-resistant contact with...

It is also known to use a cutting clamping technique for connecting the wire to the connecting body.

As has been recognized, this requirement can be met especially simply by using contacting zones that have contact means operating by the principle of the insulation displacement connection or contact (IDC) method, or IDC technique; the line is pressed into the contact means by the line-laying means, producing the electrical contact.

The contacting zone of the terminal is as a rule formed by the aforementioned IDC technique, but the new tool can in principle be used for other connection techniques as well where it is crucial for a conductor end or conductor piece to be introduced and in particular pressed in a predetermined orientation exactly into a slit or into a corresponding receptacle of a clamping device present at the particular terminal.

As already explained, the new method for direct wiring can be carried out especially simply using terminals whose contacting zones are designed in accordance with the so-called IDC technique.

In order to contact an electrical wire 3 by the cutting and clamping action of the electrical contact element 1, the electrical contact element 1 is equipped with two forked springs 4.

The IDC technique produces a very high-quality electrical connection of the electric conductor of the line to be connected and the contact means, because it brings about a large-surface area, gas-tight contacting in the manner of a cold weld.

These terminals 9, 10, 11 are all designed by the same basic principle with a contacting zone in accordance with the IDC technique.

Electrical connection terminal arrangements of this kind, for instance in the form of connection terminals or terminal strips, enable contacting of the conductors by what is known as the slit blade insulation-piercing technique.

Alternatively, the capacitors 7 a to 7 e can be inserted into the contact bridges 33 using an insulation-piercing terminal technique.

Basically, these are connecting clamps of two lines of different diameter, both of which are connected to the contact spring by the slit blade insulation-piercing technique.

THE INVENTION It is an object to provide a connector which is simple and preferably has even more-universal utility as a connection arrangement made by the slit blade insulation-piercing technique, suitable especially for automatic production of wiring layouts.

This assures that in this embodiment as well, contacting of the conductor, connected by the slit blade insulation-piercing technique, takes place at four separate connectors.

For eliminating the disadvantages outlined, it is thus the object of the invention to provide a connector which, while basically maintaining the utilization of the insulation displacement technique, permits unaltered contacting with the conductor also in case of temperature fluctuations and vibrations.

As already explained, the new method for direct wiring can be carried out especially simply using terminals whose contacting zones are designed in accordance with the so-called IDC technique.

Such connectors making use of the insulation displacement technique have proven efficient as they can be manufactured inexpensively, can rapidly be contacted with a conductor and moreover as a rule establish good electrical contact.

The combination of the SMT-IDC with 4 mm pitch is exceptional and absolutely ingenious for use in the LED sector: cables can simply be plugged in without stripping and, using insulation displacement contact technology, a gas-tight connection is formed, which can even be cast if necessary.

Lumberg, one of the world's leading manufacturer of RAST connectors, combines its competence in the area of insulation displacement technology (IDT) with the innovative direct plug connection technology SKEDD.

In the particularly advantageous embodiment illustrated, however, the connecting wires 16 of the temperature monitor 18 are connected directly using insulation displacement technology.

The RSCIS 4D/9 and BRSCIS 4D/9 connectors feature a patented insulation-displacement connector (IDC) technology for a highly-reliable and efficient data connection in unforgiving environments.

It is the object of the invention to provide a plug-and-socket connection part (generally a plug or a socket) for an electrical data transmission cable, which is based for example on cut-and-clamp technology and overcomes disadvantages of plug-and-socket connection parts according to the state of the art.

Such known contact assemblies normally comprise a plug subassembly and a mating socket subassembly and are designed in such a way that, in addition to meeting electrical requirements such as the transmission of power and signals, they also meet mechanical requirements such as the application of transverse contact forces or electrical contacting of the wire (by means of a crimp connection or insulation displacement contact technology, for example), but also positioning and fixing the conductor of the plug in the socket.

Compared with conventional connection techniques (using screw-type or spring-loaded connecting terminals), the insulation piercing connection technology offers a time saving of as much as 66% during wiring operations.

As a result a connector can be implemented in insulation piercing connector technology which has no greater dimensions than a regular connector implemented in conventional screw-type or spring-loaded technology.