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1. Ensure that the wire to be crimped is within the specified range of sizes for the contact
and the crimp tool. Failure to use the specified wire sze will result in poor quality crimps
and possible tool damage.
2. See Figs. A & B for correct wire stripping dimensions for the appropriate contact. See also
drawings M80-305, M80-307, M80-315 & M80-317 for cable diameter and type.
Place the prepared wire and contact into the positioner and squeeze the handles of the
3.
crimp tool fully together, until the ratchet releases. The handle will return to the open
position. Remove the crimped contact and wire.
and that the inner insulation is close to the end of the crimp barrel.
Note: The cross hole on the crimp barrel, although not an inspection hole (it is designed to
assist with plating processes) may give approximate guidance to the location of the conductor.
After crimping the contact, the indent may overlap this hole.
4. For pull off forces for individual contacts see table 2.
5. Refer to component specification C005XX for details of coax assembly methods.
Table 2
Contact
M80-305
M80-307
M80-315
M80-317
Harwin North America
T: +1 603 893 5376
E: mis@harwin.com W: www.harwin.com
IS-34
Issue: 6
Date: 26.04.2022
WIRE STRIPPING DETAILS
Straight coax connector – Fig A
90° coax connector – Fig B
CRIMPING PROCEDURE Z80-292
Inner Contact
M80-393
M80-395
M80-387
M80-389
Harwin Europe
T: +44 (0) 23 9231 4545
E: mis@harwin.co.uk W: www.harwin.com
C/Order: 31490
Check that there is no exposed or stray wire,
Crimp Tool Setting
(inner contact only)
4
4
4
6
E: mis@harwinasia.com W: www.harwin.com
Min. Pull Off
Force (N)
15
44
13
28
Harwin Asia
T: +65 6 779 4909
Page 3 of 4
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