Cable junction sleeve
Thomas & Betts
which would normally contribute to conductor creep, into distributive forces that
effectively resist cold flow, as indicated by the illustration below.
These connectors are made of copper alloy, tin plated, with a number of teeth on
the inner surface. When compressed onto an insulated magnet wire, the sharp,
hardened teeth penetrate both the insulation and oxide and bite into the conductor.
An electrically sound, low-resistance connection is established as a result of the
combination of high pressures at the edges of the teeth, and the sliding action
between the teeth and the conductor. The open barrel design permits midspan
splicing and tapping.
These connectors are made of copper alloy, tin plated, with a number
of teeth on the inner surface. When the connector is compressed onto
an insulated magnet wire, the sharp, hardened teeth penetrate the
insulation and the oxide and bite into the conductor. An electrically
sound, low-resis tance connection is established as a result of the
combination of high pressures at the tip and edges of the teeth, and
the sliding action between the teeth and the conductor.
