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1.10
1
ca. longer than the jacket. Slip the crimp flange over the conductors and possible inter-
mediate layers and slide underneath the shield mesh and the
cable sheath.
Original Inotec crimp flange system
. distance the ca-
ble sheath order facilitate the cutting the shield mesh.
2. this step, not enter the
flange completely but keep approx. Only now
slide the crimp flange completely underneath shield mesh and
cable sheath.10
1
ca.
Variations cable construction materials may require the
processing following different assembly procedures.10
1
ca. Enter the flange with cautious rotation while
holding back the shield mesh. Cut off any overlapping braid around the flange.
5. The faces the hexagon should parallel
to the straight sides the crimp flanges (see illustration). Keep position and crimp with the indicated
crimp dies.1
ca. Slide the crimp ferrule forward until contact with the
flange. Fold back the braid over the cable sheath and slide the crimp
ferrule the cable. Dismantle the cable down the braid and cut the braid,
leaving approx.
Standard assembly procedure KV0001
The standard procedure described below allows easy and re-
liable assembly process for the major part all shielded cables.
4.inotec-electronics.10
1
ca.
With the cable-specific crimp data definition determine the
required assembly parameters, component diameters and tool
sizes for every specific application service for our customer
(see facing page).10
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3.
Important: During the crimping process the flange has lay
on the crimp dies.
Please note: Our insertion tool CFE facilitates the handling of
the flange step and 4
