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US Crimpposter

This document provides guidelines for correctly crimping wire terminals. It outlines key criteria for proper crimps, including ensuring the insulation and conductor are present, using the correct wire, terminal, and applicator, and meeting specified crimp height tolerances. Examples of incorrect crimps are also shown, such as an asymmetric or distorted crimp barrel, cut-off tabs that are too long or deformed, or piercing the insulation.

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Gábor Sulyok
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0% found this document useful (0 votes)
344 views1 page

US Crimpposter

This document provides guidelines for correctly crimping wire terminals. It outlines key criteria for proper crimps, including ensuring the insulation and conductor are present, using the correct wire, terminal, and applicator, and meeting specified crimp height tolerances. Examples of incorrect crimps are also shown, such as an asymmetric or distorted crimp barrel, cut-off tabs that are too long or deformed, or piercing the insulation.

Uploaded by

Gábor Sulyok
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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Crimp Quality Guidelines

Correct Incorrect Test


Insulation
Present
Bellmouth must always be present WIRE CRIMP
WIRE CRIMP
Crimp height measurement Crimp heights and tolerances
Conductor Correct selection of wire,
Present terminal and applicator For crimp height tolerances for any given contact,
please refer to the relevant application specification.
Bellmouth Permissible Terminal damaged Examples:
Contact P/N Wire Range Tolerance Application Spec.
MQS 962885 0,20 - 0,50 mm2 ± 0,03 mm 114-18025
Crimp barrel is closed, Sufficient gap 962886
legs support between legs JPT 927775 0,50 - 1,00 mm2 ± 0,05 mm 114-18050
each other and bottom of crimp JPT 927773 1,50 - 2,50 mm2 ± 0,05 mm 114-18050

Locking lances and terminal Cut off tab too long Digital crimp height micrometer
body not deformed All strands are equally distributed Crimp barrel distorted
Cut off tabs present (0.001mm increments) according to
and deformed
DIN ISO 9001
Part Number 547203-1
INSULATION CRIMP INSULATION CRIMP WIRE CRIMP
Correct Insulation Diameter, Applicator and Terminal. Incorrect applicator adjustment
Asymmetric Unacceptable
Terminal twisted
crimp formation excessive
F-CRIMP

flash and/or cracks

Insulation is pierced and could


damage conductor

Terminal feed Anvil and crimper


Cut off tab deformed incorrectly adjusted not aligned or worn
Insulation is securely held
Crimp barrel closed INSULATION CRIMP
Insulation legs are not closed Incorrect terminal / wire selection
Crimp height too tight
Wire crimp
For double wire applications with different size wires Wire size to large Wire size to small without conductor

30
always place wire with smallest outer diameter in the bottom.

°
OVERLAP CRIMP

Insulation inside the wire crimp

°
Insulation material is pierced

30
Crimp barrel Legs too close to
does not close bottom of crimp.
Insufficient Insulation must be securely
Conductor Brush protruding into terminal body deformation of strands, held after bend test
showing voids.

Insulation is securely held Bellmouth on wrong end


Insulation is not securely held Incorrect crimp height adjustment
Legs overlap
Legs do not overlap Crimp height Crimp height
Training & Services
too loose too tight
WRAP OVER

Please contact our


CRIMP

service hotline
for information.
Insufficient Flash at under side
Insulation securely held Insulation is Insulation is Terminal bend
deformation, of crimp, due to Tel: 1-800-722-1111
not securely held over crimped showing voids over crimping
Legs must pass each other
All figures are schematic depictions. In every case, relevant product and application specification take precedence.
Crimp Quantities

Loose Piece Product on a Reel AMP, the TE Logo and Tyco Electronics are trademarks. © 2007 Tyco Electronics Corporation • 65780-4 Issued 11-2007
Product
Tyco Electronics
has tooling to
meet your
crimping needs.
www.tooling.tycoelectronics.com
Low Volume High Volume

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