Instruction Sheet
Pneumatic Crimping Heads
314269- 1, 314270- 1, 314270- 3,
1213001- 1, and 314537- 1
408-- 9586
ORIGINAL INSTRUCTIONS
15 MAR 10 Rev E
Pivot
Pin(s)
or
Quick
Pin(s)
Rollers
Pneumatic Crimping
Head 314269-- 1 (Ref)
Wire Anvil
Jaw
Tool Holder
Assembly
189766-- 1 (Ref)
Insulation
Anvil Jaw
Product: PIDG* Terminals and Splices
PLASTI-- GRIP* Terminals and Splices
Wire Size: 26-- 14 AWG, Solid or Stranded
Product Catalog: 82042
Tooling Catalog: 124208
Insulation
Indenter Jaw
Wire Indenter
Jaw
Figure 1
1. INTRODUCTION
Pneumatic Crimping Heads 314269--1 (shown in
Figure 1), 314270--1, 314270--3, 1213001--1, and
314537--1 are designed to crimp PIDG Terminals and
Splices, and PLASTI--GRIP Terminals and Splices
onto solid or stranded copper wire size 26--14 AWG.
Refer to Figure 2. The crimping head is used with 626
Pneumatic Tooling Assemblies 189721--1, 189722--1,
or 189724--1 fitted with Tool Holder Assembly
189766--1.
NOTE
i
NOTE
i
The crimping heads can also be used with “2614”
Series Pneumatic Tooling Assemblies.
This instruction sheet provides recommended
procedures for wire preparation, crimping head
installation, crimping, and maintenance and
inspection. For information concerning tool setup and
operation, refer to Customer Manual 409--5862
packaged with the pneumatic tooling assembly.
NOTE
i
Dimensions in this instruction sheet are in
millimeters [with inch equivalents in brackets].
Figures and illustrations are for reference only
and are not drawn to scale.
Reasons for reissue are provided in Section 8,
REVISION SUMMARY.
2. DESCRIPTION
Crimping Head 314270--1 is designed to crimp
wires with 1.02--2.41 mm [.040--.095 in.]
insulation diameter.
The pneumatic crimping head consists of integral
jaws which close in an arc--like motion. After an
operator locates the terminal or splice between the
crimping jaws and inserts the stripped wire, the tool is
activated to crimp the terminal or splice to the wire.
TOOLING ASSISTANCE CENTER 1-- 800-- 722-- 1111
E2010 Tyco Electronics Corporation, Berwyn, PA
PRODUCT INFORMATION 1-- 800-- 522-- 6752
All Rights Reserved
TE logo and Tyco Electronics are trademarks.
*Trademark. Other product names, logos, or company names might be trademarks of their respective owners.
This controlled document is subject to change.
For latest revision and Regional Customer Service,
visit our website at www.tycoelectronics.com
1 of 10
LOC B
408- 9586
Pneumatic Crimping Heads
PLASTI- GRIP
Terminal
PRODUCT
PIDG
TERMINALS
AND SPLICES
PIDG
TERMINALS
AND SPLICES
AND PLASTI--GRIP
TERMINALS
PIDG SPLICES
PIDG Type
Terminal
PIDG Butt Splice
3 Equally Spaced Stripes on
Nylon Insulation Restricting
WIRE STRIP LENGTH (mm [IN.])
TERMINALS
SPLICES
CRIMPING
HEAD
DOT
CODE
WIRE
RANGE
(AWG)
TERMINAL/SPLICE
INSULATION
COLOR CODE
MIN
MAX
MIN
MAX
314537--1
1 DOT
26--22
YELLOW
3.97
[.156]
4.78
[.188]
4.37
[.172]
5.16
[.203]
314270--1
1 DOT
22--18
(Aircraft)
314270--3
1 DOT
22--16
(Commercial)
314269--1
2 DOTS
16--14
BLUE
5.16
[.203]
5.94
[.234]
6.35
[.250]
7.14
[.281]
1213001--1
1 DOT
1 RIB
22--18
RED
RED
NOTE: For PIDG terminals MS 25036--143 through --147 (Class 1 only), use 22--18 die.
PRODUCT
CRIMPING
HEAD
314537--1
DOT
CODE
WIRE
RANGE
(AWG)
INSULATION
DIAMETER
RANGE (mm [IN.]
26
0.66--1.40
[.026--.055]
YELLOW WITH
BLACK STRIPE
0.79--1.40
[.031--.055]
0.97--2.41
[.038--.095]
YELLOW WITH
BLUE STRIPE
RED WITH
GREEN STRIPE
1.17--2.41
[.046--.095]
RED WITH
RED STRIPE
1.42--2.41
[.056--.095]
0.79--1.40
[.031--.055]
0.97--2.79
[.038--.110]
1.17--2.79
[.046--.110]
RED WITH
WHITE STRIPE
1 DOT
24
22
314270--1
1 DOT
PIDG NYLON
INSULATION
RESTRICTING
TERMINALS
20
18
24
314270--3
1 DOT
22
20
2 DOTS
YELLOW WITH
BLUE STRIPE
WIRE STRIP
LENGTH (mm [IN.])
MIN
4.75
[.187]
MAX
5.56
[.219]
6.35
[.250]
7.14
[.281]
RED WITH
GREEN STRIPE
RED WITH
RED STRIPE
16
1.42--2.79
[.056--.110]
1.60--3.30
[.063--.130]
RED WITH
WHITE STRIPE
BLUE WITH
BLUE STRIPE
14
1.98--3.30
[0.78--.130]
BLUE WITH
GREEN STRIPE
18
314269--1
TERMINAL/SPLICE
INSULATION
COLOR CODE
NOTE: For PIDG insulation restricting nylon terminals MS 7928/1--1 through --10, use 22--18 die.
NOTE: Refer to Catalog 82042 for product part numbers.
2 of 10
Figure 2
Tyco Electronics Corporation
Rev E
408- 9586
Pneumatic Crimping Heads
3. HEAD INSTALLATION AND REMOVAL
4. HEAD INSTALLATION AND REMOVAL
DANGER
3.1. Head Selection
The crimping heads are color--coded to match the
terminal and splice insulation color. Observe the
embossed dots on the insulation of finished crimps to
ensure that the correct combination of terminal or
splice and head was used. See Figure 2.
NOTE
i
Crimping heads are coated with a preservative to
prevent rust and corrosion. Wipe this preservative
from the head, particularly from the crimping
surfaces.
3.2. Installation
DANGER
To avoid personal injury, ALWAYS disconnect
pneumatic tool from air supply before installing or
removing the crimping head.
DANGER
DO NOT operate pneumatic tool without the
proper crimping head installed. After crimping
head is installed, make sure that the quick pins or
pivot pins are FULLY tightened to avoid personal
injury and damage to the tool.
1. Remove quick pins from tool holder. Refer to
Figure 1.
To avoid personal injury, ALWAYS keep fingers
clear of crimping jaws when operating the tool.
Never place anything within the crimping jaws
except terminals or splices.
4.1. Terminal Crimping Procedure
1. Strip wire to dimensions shown in Figure 2. DO
NOT nick wire strand or use wires with nicked or
missing conductor strands.
2. Open crimping jaws by squeezing rollers
together simultaneously; then position terminal
between crimping jaws, as shown in Figure 3. The
terminal is properly positioned when the tongue of
the terminal is under the locator and the wire barrel
is against the locator.
3. After terminal is properly positioned in crimping
jaws, release rollers to allow crimping jaws to
spring shut, holding terminal in place.
4. Insert stripped wire into terminal until the end of
the conductor butts against the locator.
PIDG and PLASTI- GRIP Terminals
“C”
“B”
“C”
“B”
PIDG
Terminal
2. Insert crimping head into tool holder as shown in
Figure 1.
3. After crimping head is properly aligned, insert
and tighten quick pins (provided with tool holder
assembly) or pivot pins (provided with crimping
head). See Figure 1.
NOTE
i
“C”
“B”
PLASTI--GRIP
Terminal
Tyco Electronics recommends using LOCTITE
242 removable threadlock, or equivalent, to
prevent the quick pins or pivot pins from
loosening.
4. Connect pneumatic tool to an adequate air
supply between 620--690 kPa [90--100 psi]. For
specific information on air line requirements and air
hose installation, refer to the customer manual
packaged with the pneumatic tooling assembly.
PIDG
Nylon Insulation
Restricting
Terminal
“B” Equals Wire Barrel
“C” Equals Insulation Barrel
Locator
Terminal Tongue
Positioned Under
Locator
3.3. Removal
DANGER
To avoid personal injury, ALWAYS disconnect
pneumatic tool from air supply before removing
crimping head.
Locator
Remove quick pins or pivot pins from crimping head;
then remove crimping head from tool holder.
Rev E
Tyco Electronics Corporation
Wire Barrel Against Locator
Figure 3
3 of 10
408- 9586
Pneumatic Crimping Heads
5. Activate the tool to complete the crimp. Open
crimping jaws by squeezing the rollers together
simultaneously; then remove crimped terminal.
6. Refer to Section 5 and Figure 6 for crimp
inspection.
4.2. Butt Splice Crimping Procedure
4. Crimp terminal or splice as described in
Paragraph 4.1 or 4.2.
5. Remove terminal or splice. Bend wire forward
and then backward. The terminal or splice should
retain its grip on the wire. If the wire pulls out,
reposition the insulation adjustment pins in the next
tighter position and repeat crimping procedure.
1. Strip wire to dimensions shown in Figure 2. DO
NOT nick wire strand or use wires with nicked or
missing conductor strands.
2. Open crimping jaws by squeezing rollers
together simultaneously. Position splice between
crimping jaws so that the window indent slides
under the locator of crimp head. See Figure 4.A.
PIDG Butt Splice
“B” Equals Wire Barrel
“C” Equals Insulation Barrel
3. After splice is properly positioned in crimping
jaws, release rollers to allow crimping jaws to
spring shut, holding splice in place.
4. Insert stripped wire into wire barrel of splice until
the end of the conductor is against the splice wire
stop. See Figure 4.A.
5. Activate tool to complete the crimp. Open
crimping jaws by squeezing rollers together
simultaneously; then remove crimped splice.
Window
Indent
“C” “B”
Splice Wire Stop
Window Indent Faces
Indenter and Slides
Under Locator
A
First Crimp
B
Second Crimp
Locator
6. To crimp the other half of the butt splice,
reposition it in the crimping jaws and repeat Steps
1 through 5. If the splice cannot be turned, rotate
crimping head. See Figure 4.B.
7. Refer to Section 5 and Figure 6 for crimp
inspection.
End of Conductor
Butts Against Splice
Wire Stop
4.3. Insulation Crimp Adjustment
A. PIDG Terminals and Splices
NOTE
i
PIDG terminals and splices contain a wire
insulation “grip”.
The insulation crimping section of the crimping head
has three positions: 1—Tight; 2—Medium; and
3—Loose.
1. Insert insulation adjustment pins in Position 3.
See Figure 5.
NOTE
i
Locator
Window Indent on
Splice Slides Under
Locator
Always place both adjustment pins in the same
position. See Figure 5.
2. Place terminal or splice in crimping jaws, as
shown in Figures 3 and 4.
3. Insert unstripped wire only into the
insulation barrel of the terminal or splice. See
Figures 3 and 4.
4 of 10
Tyco Electronics Corporation
End of Conductor
Butts Against Splice
Wire Stop
Figure 4
Rev E
408- 9586
Pneumatic Crimping Heads
splices that meet the conditions shown in the
“ACCEPT” column. “REJECT” terminations can be
avoided through careful use of instructions in Section
4, and by performing regular head maintenance, as
described in Section 6.
Positions
6. MAINTENANCE AND INSPECTION
DANGER
Insulation
Adjustment
Pin(s)
(Ref)
Figure 5
6. Repeat adjustment as necessary until desired
insulation grip is obtained. DO NOT use a tighter
setting than required.
B. PLASTI- GRIP Terminals
NOTE
i
PLASTI--GRIP terminals contain only a wire
insulation “support”.
The insulation crimping section of the crimping head
has three positions: 1—Tight; 2—Medium; and
3—Loose.
Position 3 is for wire having a large insulation
diameter; Position 2 is for wire having a medium
insulation diameter; and Position 1 is for wire having a
small insulation diameter.
1. Perform insulation crimp adjustment by placing
adjustment pins in Position 3 (loose), as shown in
Figure 5.
2. Crimp the terminal as described in Paragraph
4.1, Terminal Crimping Procedure.
3. Remove crimped terminal from crimping jaws
and visually inspect the insulation barrel crimp of
the terminal. The insulation barrel crimp should be
in contact with and should support the wire
insulation.
If the insulation barrel crimp does not provide
“support” for wire insulation, place adjustment pins
in Position 2 (medium) and repeat the crimp
procedure.
4. Repeat adjustment as necessary until desired
insulation support is obtained. DO NOT use a
tighter setting than required.
To avoid personal injury, ALWAYS disconnect air
supply from pneumatic tool before performing
maintenance or inspection.
Tyco Electronics recommends that a maintenance
and inspection program be performed periodically to
ensure dependable and uniform terminations. The
pneumatic crimping head should be inspected once a
month. Frequency of inspection should be adjusted to
suit your requirements through experience.
Frequency of inspection depends on:
1. The care, amount of use, and handling of the
crimping head.
2. The type and size of the product crimped.
3. The degree of operator skill.
4. The presence of abnormal amounts of dust and
dirt.
5. Your own established standards.
Each crimping head is thoroughly inspected before
packaging. Since there is the possibility of crimping
head damage during shipment, new crimping heads
should be inspected immediately upon arrival at your
facility.
6.1. Daily Maintenance
Tyco Electronics recommends that each operator be
responsible for the following steps of daily
maintenance:
1. Remove dust, moisture, and other contaminants
with a clean, soft brush, or a lint--free cloth. Do
NOT use objects that could damage the head.
2. Make sure that all pins, rings, and other
components are in place and secure.
DANGER
To avoid personal injury and damage to the tool,
make sure quick pins or pivot pins are fully
tightened.
5. CRIMP INSPECTION
3. Make certain all surfaces are protected with a
thin coat of any good SAE 20 motor oil. Do NOT oil
excessively.
Inspect crimped terminals and splices by checking the
features described in Figure 6. Use only terminals or
4. When the head assembly is not in use, store it
in a clean dry, area.
Rev E
Tyco Electronics Corporation
5 of 10
408- 9586
Pneumatic Crimping Heads
Crimp Inspection
8
ACCEPT
REJECT
4
8
5
3
PIDG
Insulation
Restricting
Terminals
1
2
2
1
5
4
7
5
1
1
1
7
6
3
2
6
8
8
2
2
6
Wire Range
Stamped Here
9
Insulation barrel is in firm contact with wire insulation.
1
2
Correct color code, dot code, and tool combination.
2
3
Wire size is within wire range stamped on terminal tongue or
splice.
3
4
Crimp centered on wire barrel.
4
5
End of conductor is flush with, or extends beyond end of
terminal wire barrel.
End of conductor against wire stop of splice.
NOTE: If conductor is not against wire stop, conductor must
at least be flush with, or extend slightly beyond wire barrel
of splice.
Wire insulation does not enter wire barrel.
7
6
5
6
6
2
Wire
Range
Stamped
Under
Tongue
9
5
2
1
6
1
1
6
2
3
7
PIDG
Butt Splice
2
2
5
6
1
Wire
Stop
5
1
4
2
7
4
PIDG and
PLASTI--GRIP
Terminals
Wire Range
Stamped
Under
Tongue
3
4
4
5
3
2
6
1
Wire Range
Stamped Here
Wire insulation extruded. (Insulation crimp too tight on PIDG
terminals.) See Paragraph 4.3.
Wrong dot code and color code combination. See chart,
Figure 2.
Wire size is not within wire range stamped on terminal tongue
or splice.
Crimp not centered on wire barrel. (Terminal was not butted
against locator. See Figure 3.)
End of conductor is not flush with or extending beyond end of
wire barrel. (Check for correct strip length.)
Excessive flash or extruded insulation. (Wrong tool, terminal, or
splice combination used, or damaged dies.) See Figure 2.
7
Nicked or missing conductor strands.
8
Wire not fully inserted or wrong strip length.
Wire insulation entered wire barrel. Check for correct wire size
or strip length.
9
Figure 6
6 of 10
Tyco Electronics Corporation
Rev E
408- 9586
Pneumatic Crimping Heads
6.2. Periodic Inspection
Regular inspections should be performed by quality
control personnel. A record of scheduled inspections
should remain with the crimping heads or be supplied
to supervisory personnel responsible for the crimping
heads. Though recommendations call for at least one
inspection a month, the frequency should be based
on amount of use, working conditions, operator
training and skill, and your established company
policies. These inspections should include a visual
inspection (Paragraph 6.3) and a crimping chamber
inspection (Paragraph 6.5).
6.3. Visual Inspection
1. Remove all lubrication and accumulated film by
immersing the crimping head in a suitable
commercial degreaser that will not affect paint or
plastic.
2. Make certain all components are in place. If
replacements are necessary, refer to Figure 10.
3. Check all bearing surfaces for wear. Make sure
the rollers turn freely with minimal resistance.
Replace worn parts.
4. Inspect crimp area for flattened, chipped, or
broken areas. See Figure 7. Replace worn or
damaged parts.
Pitted
Chipped Edge
Wipe excess grease from crimping head, particularly
from jaw closure areas. Grease transferred from jaw
closure area onto certain terminations may affect the
electrical characteristics of an application.
6.4. Gaging the Crimping Chamber
This inspection requires the use of plug gages
conforming to the dimensions shown in Figure 8. Tyco
Electronics does not manufacture or market these
gages.
Suggested Plug Gage Design Wire Barrel Crimp
Crimping Heads 314269--1, 314270--1,
314270--3, and 314537--1
GO Dia
NO-- GO Dia
Jaw Closure
Configuration
Crimping Head 1213001--1 Only
3.454
[.136]
Max.
Die Closure
Configuration
Broken
Corner
Crimping Head
314269-- 1 (Ref)
Figure 7
Lubricate all pins, pivot points, and bearing surfaces
with a high quality grease. Tyco Electronics
recommends the use of Molykote grease, which is a
commercially available lubricant. Lubricate according
to the following schedule:
Head used in daily production -- lubricate daily
Head used daily (occasional) -- lubricate weekly
Head used weekly -- lubricate monthly
Rev E
NO-- GO
Dim.
GO Dim.
3.962
[.156]
Max.
Flattened
Area
50.8 [2.0]
Min. Typ.
31.75 [1.25]
Min. Typ.
12.7 [.50]
Min. Typ.
CRIMPING
HEAD
JAW CLOSURE
DIMENSIONS
(mm [IN.])
314270--1
314270--3
3.454
[.136]
Max.
3.962
[.156]
Max.
GAGE ELEMENT DIAMETERS
(mm [IN.])
GO
NO-- GO
2.769--2.921
[.1090--.1150]
2.769--2.776
[.1090--.1093]
2.918--2.921
[.1149--.1150]
314269--1
3.023--3.175
[.1190--.1250]
3.023--3.030
[.1190--.1193]
3.172--3.175
[.1249--.1250]
314537--1
1.600--1.752
[.0630--.0690]
1.600--1.608
[.0630--.0633]
1.750--1.752
[.0689--.0690]
1213001--1
2.616--2.718
[.1030--.1070]
2.616--2.624
[.1030--.1033]
2.715--2.718
[.1069--.1070]
Tyco Electronics Corporation
Figure 8 (cont’d)
7 of 10
408- 9586
Pneumatic Crimping Heads
Suggested Plug Gage Design Insulation Crimp
GO Dim.
NO-- GO Dim.
5. Repeat this procedure for the insulation crimping
section using a plug gage as shown in Figure 9.B.
NO
GO
GO
Jaw Closure
Configuration
6.35
[.250]
Typ.
CRIMPING
HEAD
JAW CLOSURE
DIMENSIONS
(mm [IN.])
314270--1
3.18
[.125]
GAGE ELEMENT DIAMETERS
(mm [IN.])
0.965--1.473
[.0380--.0580]
GO
0.965--0.973
[.0380--.0383]
NO-- GO
1.471--1.473
[.0579--.0580]
314270--3
0.762--1.270
[.0300--.0500]
0.762--0.770
[.0300--.0303]
1.267--1.270
[.0499--.0500]
314269--1
1.016--1.524
[.0400--.0600]
1.016--1.024
[.0400--.0403]
1.521--1.524
[.0599--.0600]
314537--1
0.762--1.270
[.0300--.0500]
0.762--0.770
[.0300--.0303]
1.267--1.270
[.0499--.0500]
1213001--1
0.762--1.270
[.0300--.0500]
0.762--0.770
[.0300--.0303]
1.267--1.270
[.0499--.0500]
Figure 8 (end)
DANGER
Disconnect air supply and remove crimping head
from tool before inspecting crimping
chambers.
1. Remove oil and dirt from the jaw bottoming
surfaces and plug gage element surfaces.
2. Close wire barrel crimping jaws until they are
bottomed, but not under pressure.
3. Align GO element with wire barrel crimping
section. Push element straight into crimping
chamber without using force. The GO element
must pass completely through the chamber as
shown in Figure 9.A.
8 of 10
4. Align the NO--GO element and try to insert it
into the chamber. The element may start entry, but
it must not pass completely through the crimping
chamber.
If the crimping chamber passes the gage inspection,
the crimping head is considered dimensionally correct
and should be lubricated with a THIN coat of any
good SAE 20 motor oil. If the crimping chamber does
not conform to the plug gage conditions, contact your
local Tyco Electronics Representative or refer to
Section 7, REPLACEMENT AND REPAIR.
For additional information about the use of a plug
gage, see Instruction Sheet 408--7424.
7. REPLACEMENT AND REPAIR
Replacement parts and recommended spares are
listed in Figure 10. The recommended spares should
be stocked for immediate replacement.
Order replacement parts through your Tyco
Electronics Representative, or call 1--800--526--5142,
or send a facsimile of your purchase order to
1--717--986--7605, or write to:
CUSTOMER SERVICE (38--35)
TYCO ELECTRONICS CORPORATION
PO BOX 3608
HARRISBURG PA 17105--3608
For further repair and replacement information, call
the Tooling Assistance Center number at the bottom
of page 1.
8. REVISION SUMMARY
Since the previous release of this sheet, the following
changes were made:
S Added “Original Instructions”
Tyco Electronics Corporation
Rev E
408- 9586
Pneumatic Crimping Heads
Detail A
Inspection of Wire Barrel
Crimping Section
Adjustment
Pins in
Position 1
(Ref)
Detail B
Inspection of Insulation
Crimping Section
Wire Barrel Jaws
Bottomed But Not
Under Pressure
Insulation Jaws Bottomed
But Not Under Pressure
GO Element Must Pass
Completely Through the
Crimping Chamber
NO-- GO Element May Enter
Partially, But Must Not Pass
Through the Crimping Chamber
Figure 9
Rev E
Tyco Electronics Corporation
9 of 10
408- 9586
Pneumatic Crimping Heads
2
1
12
3
1
19
Ref
21
Ref
13
4
5
11
9
10
14
6
7
8
10
15
Ref
18
20
Ref
16
Crimping Head
314269- 1
Shown
(Ref)
17
CUSTOMER REPLACEMENT PARTS
ITEM
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
314269-- 1
314560--1
39085
314253--1
45965--6
9--305927--1
302994
301201
3--23628--4
21048--7
314561--1
314479--1
3--23619--7
21045--3
39208
39207
314477--1
314477--2
314563--1
314562--1
—
—
z For Crimping Head 314270-- 3 only.
H For Crimping Head 314270-- 1 only.
10 of 10
PART NO. FOR CRIMPING HEAD
314270-- 1, - 3
314537-- 1
314560--2
39085
314253--1
302993
9--305927--1
302994
301201
3--23628--4
21048--7
314561--2
314479--1
3--23619--7
21045--3
39208
39207
314477--1
314477--2
314563--2z
314562--2z
314563--4H
314562--4H
314560--3
39085
314253--1
3--304052--6
3--306105--9
302994
301201
3--23628--4
21048--7
314561--3
314479--1
3--23619--7
21045--3
39208
39207
314477--1
314477--2
314563--3
314562--3
—
—
1213001-- 1
1--306064--4
39085
314253--1
4--304052--6
9--305927--1
302994--1
301201
3--23628--4
21048--7
1--306063--4
314479--1
3--23619--7
21045--3
39208
39207
314477--1
314477--2
1--306065--5
1--306066--5
—
—
DESCRIPTION
INDENTER
PIN, Pivot
SPRING
LOCATOR
SCREW, 8--32 x .33
HOUSING, Stop
SPRING, Compression
PIN, Str, Grv .2500 Dia
RING, Retaining
ANVIL
ROLLER
PIN, Str, Grv .1875 Dia
RING, Retaining
RING
PIN, Adjustment
LINK
LINK
ANVIL, Insulation
INDENTER, Insulation
ANVIL, Insulation
INDENTER, Insulation
QTY PER
HEAD
1
1
1
1
1
1
1
2
4
1
4
2
4
6
2
1
1
1
1
1
1
Figure 10
Tyco Electronics Corporation
Rev E
