At least one locking member (14) is embedded in the wire (10) and connected to the lock, under clamping of the wire (10) against the clamping lock (11).

A stringing angle clamp device and methods associated therewith are provided.

A thread feeder (6) introduces the end of the thread leaving the twister (3) through its entry.

The stringing angle clamp device has a pulley wheel rotatable about an axle.

The holder (18) contains an aperture (22) which receives the wire nuts.

Plural tamping assemblies are provided, one for each temporaty wire clamp.

Thereafter, the binding wire clamp device (25) rotates to twist the binding wire to bind the reinforcing bars.

These shallow slots are adapted to receive wingless wire nuts (28') of various sizes and engage with small grooves (32) found on many wire nuts, with or without wings.

Caps are then screwed onto the binding posts to make contact with respective cores, preferably by cutting through insulation of the drop wire.

The clamping device (1) may cooperate or be provided with thread supply hooks (11, 12) and cutting arrangements (15).

The invention further relates to an electrical device having such a connecting clamping device (1).

A wire clamp has two jaws that can be moved with respect to each other by a drive.

The temporary wire clamp has a movable jaw which is forced open to receive a stator coil lead wire by engagement of the tamping member therewith.

The invention also relates to such a wire clamp joined by a parallel guide to the bonding device or head.

The machine includes a plurality of crimping stations situated along a horizontal linear conveyor (5) that moves clamps (6) holding lengths of wire (28).