Rockwell Automation Allen-Bradley Kinetix 2090 Series User manual

Installation Instructions
2090-Series Circular-DIN Connector Kits,
Flange Kits, and Crimp Tools
2090-KFBM4-CAAA, 2090-KPBM4-12AA, 2090-KPBM4-06AA, 2090-KFBM7-CAAA,
2090-KPBM7-12AA, 2090-KPBM7-06AA, 2090-KFBE7-CAAA, 2090-KPBE7-12AA, 2090-KPBE7-06AA,
2090-KFB47-CF, 2090-KPB47-12CF, 2090-KPB47-06CF, 2090-TCR47-M23, 2090-TCR47-M40
About The Connector Kits,
Flange Kits, and Crimp
Tools
These 2090-series kits and crimp tools are used for assembling a wide variety of
motor/actuator cables with rugged DIN connectors for connecting motion
control systems.
Installation instructions from the manufacturer were included in the shipping
box with the respective kit or crimp tool. This collective installation instruction
includes additional information.
Topic Page
About The Connector Kits, Flange Kits, and Crimp Tools 1
Important User Information 2
Before You Begin 2
Catalog Number Descriptions 4
Hand Crimp Tool 5
8-point Indent Crimp Tool with Digital Display 8
Type 623 Plug (solder version) 22
Type 923 Plug (9-pin, crimp version) 23
Type 940 Plug (8-pin, crimp version) 24
Type 623 Extension (solder version) 25
Type 923 Extension (9-pin, crimp version) 26
Type 940 Extension (8-pin, crimp version) 27
Two-part Flange (hinged, metal version, CF) 28
Two-part Flange (hinged, metal version, 12CF) 29
Two-part Flange (hinged, metal version, 06CF) 30
Additional Resources 31

Rockwell Automation Publication 2090-IN042A-EN-P - May 2011
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Important User Information
Solid state equipment has operational characteristics differing from those of
electromechanical equipment. Safety Guidelines for the Application, Installation
and Maintenance of Solid State Controls (publication SGI-1.1 available from
your local Rockwell Automation sales office or online at
http://www.rockwellautomation.com/literature) describes some important
differences between solid state equipment and hard-wired electromechanical
devices. Because of this difference, and also because of the wide variety of uses for
solid state equipment, all persons responsible for applying this equipment must
satisfy themselves that each intended application of this equipment is acceptable.
In no event will Rockwell Automation, Inc., be responsible or liable for indirect
or consequential damages resulting from the use or application of this equipment.
The examples and diagrams in this manual are included solely for illustrative
purposes. Because of the many variables and requirements associated with any
particular installation, Rockwell Automation, Inc., cannot assume responsibility
or liability for actual use based on the examples and diagrams.
No patent liability is assumed by Rockwell Automation, Inc., with respect to use
of information, circuits, equipment, or software described in this manual.
Reproduction of the contents of this manual, in whole or in part, without written
permission of Rockwell Automation, Inc., is prohibited.
Throughout this manual, when necessary, we use notes to make you aware of
safety considerations.
WARNING: Identifies information about practices or
circumstances that can cause an explosion in a hazardous
environment, which may lead to personal injury or death, property
damage, or economic loss.
ATTENTION: Identifies information about practices or
circumstances that can lead to personal injury or death, property
damage, or economic loss. Attentions help you to identify a
hazard, avoid a hazard, and recognize the consequences.
SHOCK HAZARD: Labels may be on or inside the equipment, for
example, a drive or motor, to alert people that dangerous voltage
may be present.
BURN HAZARD: Labels may be on or inside the equipment, for
example, a drive or motor, to alert people that surfaces may reach
dangerous temperatures.
IMPORTANT Identifies information that is critical for successful application and
understanding of the product.

Rockwell Automation Publication 2090-IN042A-EN-P - May 2011
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Before You Begin
Remove all packing material from within and around the item. After unpacking,
verify the catalog number against the purchase order, and visually inspect the
cable and each connector for damage. If necessary, notify the carrier of any
shipping damage immediately.
Cables are stored and shipped in a coil, and will retain this shape unless you allow
the cable to straighten itself. To straighten a cable, hang a short cable from its
mid-point or lay a long cable on the floor in a straight line. Any coiling that
persists in the cable should relax within the next twenty-four hours. Doing this
results in a cable that is easier to install.
Observe the following precautions when installing the cables in a servo system.
Failure to observe these safety notices could result in personal injury or damage to
the motor and equipment.
ATTENTION: Arcing or unexpected motion can occur if the power, brake,
or feedback cables are connected or disconnected while power is applied
to the drive. Always remove power to the servo drive before connecting or
disconnecting cables at the drive or at the motor.
ATTENTION: To avoid the hazard of electrical shock, make sure shielded
power cables are grounded at a minimum of one point. To prevent the
build-up of electrical energy, factory-supplied power cables use one of
these grounding techniques:
•The overall shield is bonded to the connector housing.
•A section of the overall shield is exposed for connection to ground.
•The overall shield is connected to a ground wire.
If the exposed cable braid or a ground wire is present, connect it to the
power cable clamp, housing, or another suitable chassis ground on the drive.
ATTENTION: The maximum length of cabling between the drive and the
motor must not exceed 90 m (295.5 ft), and a maximum of two extension
cables may be connected between a drive and a motor. Refer to the
Kinetix Motion Control Selection Guide, publication GMC-SG001, for
additional information.
ATTENTION: Do not tightly gather or coil the excess length of a power
cable. Heat is generated within a cable whenever power is applied.
Always position a power cable so it may freely dissipate any heat.
A power cable should not be coiled, except for temporary use when building
or testing a machine. If you temporarily coil a power cable, you must also
derate the cable to meet local code or follow a authoritative directive, such
as Engineering Section 310.15(C) of the NEC Handbook.

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Catalog Number
Descriptions
Catalog numbers and descriptions for the 2090-series circular-DIN connector
kits, flange kits, and crimp tools are listed in the table below.
ATTENTION: The examples in this publication show all the available
connections, some of which may not be appropriate for your specific
installation. Refer to your drive installation or user manual for
recommended wire trim lengths, and wiring examples appropriate to your
drive and motor application.
Do not connect unused wires. Unused wires may be trimmed and finished as
necessary to prevent accidental contact with other wires and wire shields, or
with a ground connection.
Cat. No. Description Plug, Extension, and Flange Type
2090-TCR47-M40 Hand crimp tool
2090-TCR47-M23 8-point indenter crimp tool with digital display
2090-KFBM4-CAAA Threaded feedback plug Type 623 plug (solder version)
2090-KFBM7-CAAA SpeedTec feedback plug
2090-KPBM4-12AA Threaded power plug Type 923 plug (9-pin, crimp version)
2090-KPBM7-12AA SpeedTec power plug
2090-KPBM4-06AA Threaded power plug Type 940 plug (8-pin, crimp version)
2090-KPBM7-06AA SpeedTec power plug
2090-KFBE7-CAAA SpeedTec compatible feedback receptacle Type 623 extension (solder version)
2090-KPBE7-12AA SpeedTec compatible power receptacle Type 923 extension (9-pin, crimp version)
2090-KPBE7-06AA SpeedTec compatible power receptacle Type 940 extension (8-pin, crimp version)
2090-KFB47-CF Cable flange for (threaded and SpeedTec) feedback connector Two-part flange (hinged, metal version, CF)
2090-KPB47-12CF Cable flange for (threaded and SpeedTec) power connectors Two-part flange (hinged, metal version, 12CF)
2090-KPB47-06CF Cable flange for (threaded and SpeedTec) power connector Two-part flange (hinged, metal version, 06CF)

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Hand Crimp Tool
The hand crimp tool is equipped with a double-ratchet mechanism. To open the
tool, fully close the handles. The mechanism unlocks after the handles are fully
closed. Included with the crimp tool is one 010 positioning insert.
Verify the Crimp Tool Accuracy
Before performing any work, check the crimp tool using a
.0850 GO/.0950 NO-GO test gauge.
Go-check
1. Set the crimp tool to 4 and close the handles.
2. Insert the go-gauge (green) into the crimp indenters.
The go-gauge should pass through the opening and beyond the indenter
tips.
No-go-check
1. Leave the crimp tool on setting 4 and close the handles.
2. Insert no-go-gauge (red) into the crimp indenters.
The no-go-gauge may pass partially through the indenters, but not
completely.
ATTENTION: Understand the crimp tool and how it works. Use the crimp
tool only for crimping the contacts included in the 2090-series kits.
Misuse may cause personal injury.
IMPORTANT Do not crimp on the test gauge.
Insert Test
Gauge Here
Cat. No. 2090-TCR47-M40

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Setting the Crimp Value
For crimp depth setting and positioning insert selection, see Table 1 on pag e 7.
The values in the table are for standard fine stranded copper wires. The values
serve as reference only and must be verified with a pull test according to
BS EN 60352-2 (Solderless Connections. Crimped Connections. General
Requirements, Test Methods and Practical Guidance), Table 4, using the actual
wire.
1. Insert the positioning insert into the crimp tool.
2. Remove the crimp setting lock pin.
3. Lift the crimp setting dial and turn to the desired crimp setting.
4. Replace the crimp setting lock pin.
Crimping a Contact
1. Insert the wire into the contact (actual contacts will vary).
2. Feed the contact and wire as far as possible through the indenters to the
stop in the positioning insert.
3. Close the crimp tool handles all the way, and then release the handles to
allow the crimp tool to open.
Note: If the crimp tool does not open, the handles were not closed far
enough for the crimp to be successful. Continue to close the handles until
the crimp tool is able to open.
4. Remove the wire and contact from the positioning insert.
IMPORTANT Perform a pull test according to BS EN 60352-2, Table 4, for the first
crimp, and periodically throughout multiple crimpings.
Crimp Setting Dial
(Pull dial up and turn to desired crimp setting.)
Crimp Setting Lock Pin
(Remove pin to set crimp setting, then replace pin to lock setting.)
Positioning
Insert

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Maintenance
Keep the indenter tips free from abrasion and soiling. Use an air gun to remove
any dirt particles. Wipe down the crimp tool with a clean dry cloth.
Crimp Settings
Table 1 - Settings Matrix for Hand Crimp Tool
IMPORTANT We strongly recommend the following:
•Do not use any rinsing solutions.
•Do not lubricate.
•Do not try to repair.
•Do not disassemble.
Contact Type(1) Positioning Insert Wire Size, mm2(AWG)(5)
Version(3) Color Code(4) 1.5 (16) 2.5 (14) 4.0 (12) 6.0 (10) 10 (8) 16 (6)
60.042.11 010 Blue 234
Green 46
60.043.11 010 Blue 46
Green 8
60.225.11 010 Blue 234
Green 46
60.227.11 010 Blue 46
Green 8
61.039.11
61.074.11
010 Blue 234
Green 46
61.040.11
61.075.11
010 Blue 46
Green 8
Extraction Force (pull test) [N](2) Setpoint 150 230 310 360 380 –
Actual Value >250 >370 >600 >850 >1200 >1700
(1) The contacts are included in small bags in the connector and extension kits. Match the number on the bag of contacts to the number in the contact type column.
(2) The values serve as reference only and must be verified with a pull test according to BS EN 60352-2, Table 4, using the actual wire.
(3) The contact type determines which locator version to use. Match the contact type number to the locator version number.
(4) For positioning inserts with two color codes, match the color code to the wire size.
(5) Match the wire size and crimp value to an available contact type to determine the locator version. The crimp values are labeled on the crimp setting dial.

Rockwell Automation Publication 2090-IN042A-EN-P - May 2011
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8-point Indent Crimp Tool
with Digital Display
The 8-point indent crimp tool is designed for crimping 2090-series signal and
power contact wires with a cross section of 0.10…4.0 mm2(0.003...0.157 in.2).
The revolving locator offers maximum flexibility and process safety.
Use the crimp tool only in accordance with these instructions and in strict
compliance with acknowledged safety rules.
1 Digital display 8 Allen wrench fitting in center of revolving
locator to assemble locator to crimp tool
2 Mode push button 9 Crimp indenter
3 On push button 10 Allen wrench fitting in rivet to disassemble
revolving locator to crimp tool
4 Adjustment wheel
(at 0.01 mm increments) 11 Movable handle
5 Emergency release 12 Fixed handle
6 Endstops 13 Adjustment wheel setscrew
7 Battery compartment 14 Revolving locator with six cartridges
12 3 4 5 6 7
13
12119
14
8
10 Cat. No. 2090-TCR47-M23
ATTENTION: Understand the crimp tool and how it works. Use the
crimp tool only for crimping the contacts included in the
2090-series kits. Misuse may cause personal injury.

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Parts Included with the 8-point Crimp Tool
These parts are included with the crimp tool:
•one crimp tool
•two locators (requires assembly onto the crimp tool)
•one 2 mm calibration gauge
•two Allen wrenches (used to assemble a locator onto the crimp tool)
•one lithium battery (installed)
Initial Assembly and Calibration of the Crimp Tool
Before the first use of the crimp tool, you must install a locator and calibrate the
crimp tool.
•To install the locator, see Installing a Locator on page 10.
•To calibrate the crimp tool, see Calibrating the Crimp Tool on page 11.
This product contains a sealed lithium battery which may need to be
replaced during the life of the product.
At the end of its life, the battery contained in this product should be
collected separately from any unsorted municipal waste.
The collection and recycling of batteries helps protect the environment
and contributes to the conservation of natural resources as valuable
materials are recovered.

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Installing a Locator
1. Screw the locator onto the threaded post and slowly turn the locator until
it makes contact with the positioning pin on the crimp tool.
2. Align one of the positioning grooves on the locator with the positioning
pin on the crimp tool.
3. Insert one Allen wrench into the Allen fitting in the rivet on front of the
crimp tool, and hold in place.
4. Insert the other Allen wrench in the center of the locator and turn the
Allen wrench clockwise to draw the locator down on the threaded post.
Note: The locator is properly installed when the Allen wrenches can no
longer be tightened, but the locator can still rotate.
Changing a Locator
1. Insert one Allen wrench into the Allen fitting in the rivet on front of the
crimp tool, and hold in place.
2. Insert the other Allen wrench in the center of the locator and turn
counterclockwise to lift the locator off the threaded post.
3. See Installing a Locator on page 10 to install a different locator.
Positioning Grooves (6)
on Locator
Threaded Post
Positioning Pin
Use the locator with the cartridges numbered 1...6.
IMPORTANT The 8-point indent crimp tool comes with two locators. Install the locator
with the cartridges numbered 1...6. The connector kits do not use the
locator with the cartridges numbered 7...12.

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Calibrating the Crimp Tool
1. Pull the battery compartment open and remove the battery.
2. Turn the adjustment wheel all the way clockwise (towards the –) until the
adjustment wheel stops turning and the reference pin is at REF.
3. Replace the battery and close the battery compartment until it snaps
closed.
4. Close the handles of the crimp tool to the endstops and hold the handles in
the closed position.
5. Turn the adjustment wheel counterclockwise (towards the +) to open the
crimp indenters to the size of the 2 mm calibration gauge.
6. Place the 2 mm calibration gauge into the crimp indenters.
Turn
Adjustment
Wheel
Clockwise
Reference
Pin at REF
Insert Battery into
Backside of Battery
Compartment
Insert 2 mm
Calibration
Gauge Into
the Indenters

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7. Slowly turn the adjustment wheel until the 2 mm calibration gauge is snug
inside the crimp indenters.
Note: You should still be able to insert and remove the 2 mm calibration
gauge from between the crimp indenters when the gauge is snug.
8. Remove the 2 mm calibration gauge, open the handles, and set the crimp
tool on a flat surface, with the digital display facing up.
9. Press and hold down the On push button.
10. Use the 2 mm calibration gauge to press the Mode push button. Hold the
Mode push button down for 5 seconds.
11. Release the Mode push button.
12. Continue to hold down the On push button for 5 more seconds.
13. Release the On push button.
The digital display value resets to 2.00 mm.
The crimp tool is now calibrated and ready for use.
IMPORTANT If code E1 displays in the digital display, the calibration was not
successful. Repeat the procedure for calibrating the crimp tool until
2.00 mm shows on the digital display.
Press Down Mode
Button with 2 mm
Calibration Gauge
Press Down On/Off
Button with Finger

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Operating the Crimp Tool
Switch On
Press the On push button, or turn the adjustment wheel in any direction. The
digital display appears in standard (mm).
Switch Off
When the digital display is on, press the On push button to switch the digital
display off.
Power Saving
The digital display automatically switches off after one minute of non-operation.
Changing the Mode Display
Display modes are listed in the flow chart below. Press the Mode push button
with the 2 mm calibration gauge to advance to the next setting.
Back to Default Display
Standard Metric Display
(mm)
US/Imperial Display
(inch)
MIL Selector Positions
(Eight positions per MIL-22520)

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Verify the Crimp Tool Accuracy
Before starting any work, perform the steps below to verify the accuracy of the
crimp tool.
1. Turn the adjustment wheel to set the crimp value to 2.00 mm.
2. Close the crimp tool handles to the endstops and hold.
3. Insert the 2 mm calibration gauge between the crimp indenters.
–If the calibration gauge can be inserted, and feels snug without play, the
calibration is OK.
–If the calibration gauge cannot be inserted, or can be inserted but feels
loose and has play, the crimp tool must be calibrated. See Calibrating
the Crimp Tool on page 11.
IMPORTANT For accuracy when setting the crimp value, always turn the adjustment
wheel from a larger number to the actual setting (for example, turn the
adjustment wheel up to 2.10 mm and then turn the adjustment wheel
down to 2.00 mm. Do not start at 1.90 mm and turn the adjustment wheel
up to 2.00 mm).
Insert 2 mm
Calibration
Gauge Here
Turn Adjustment
Wheel to Set
Crimp Value

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Setting the Crimp Value
See Table 2 on page 20 and 21 for crimp depth setting and locator selection. The
values in the table are for standard fine stranded copper wires. The values serve as
reference only and must be verified with a pull test according to
BS EN 60352-2 (Solderless Connections. Crimped Connections. General
Requirements, Test Methods and Practical Guidance), Table 4, using the actual
wire.
1. Loosen the adjustment wheel setscrew.
2. Set the crimp value by turning the adjustment wheel until the digital
display shows the required value.
Note: Turn the adjustment wheel clockwise to reduce the crimp value, and
counterclockwise to increase the crimp value.
3. Use an Allen wrench to tighten the adjustment wheel setscrew to save the
settings.
4. If necessary, pull up on the locator until the spring-loaded cartridge that is
locked in place is released.
5. See Table 2 on page 20 and 21 to determine the correct locator selection.
6. Turn the locator to align the desired locator cartridge with the crimp
indenters, then press in the locator cartridge until it snaps into place.
IMPORTANT For accuracy when setting the crimp value, always turn the adjustment
wheel from a larger number to the actual setting. For example, turn the
adjustment wheel up to 2.10 mm and then turn the adjustment wheel
down to 2.00 mm. Do not start at 1.90 mm and turn the adjustment wheel
up to 2.00 mm.
Turn Locator Until Desired Cartridge
is Positioned Over Crimp Indenters
Adjustment Wheel
Setscrew
Press in
Locator
Cartridge
Turn the
Adjustment
Wheel to
Set Crimp
Value

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Crimping a Contact
See Table 2 on page 20 and 21 to determine the correct contact size in relation to
the wire size being used.
1. Insert the wire into the contact (actual contacts will vary).
2. Feed the contact and wire as far as possible through the indenters to the
stop in the locator cartridge.
The locator cartridge provides for the exact positioning of the contact.
ATTENTION: Do not crimp or gauge objects not intended for the
crimp tool.
Do not crimp solid material exceeding 35 Hot Rolled Coil (HRC) (for
example, steel).

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3. Close the crimp tool handles until the end-stops touch, and then release
the handles to allow the crimp tool to open.
Note: If the crimp tool does not open, the handles were not closed far
enough for the crimp to be successful. Continue to close the handles until
the end-stops touch and the crimp tool is able to open.
4. Remove the wire and contact from the locator cartridge.
IMPORTANT Perform a pull test according to BS EN 60352-2, Table 4, for the first
crimp, and periodically throughout multiple crimpings.

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Changing the Battery
The life of the lithium battery (CR2025) for the display is approximately 1 year,
depending on the amount of use. When you change the battery, you must
calibrate the crimp tool. Follow these steps to change the battery and calibrate the
crimp tool.
1. Pull the battery compartment open and remove the battery.
2. Dispose of the battery properly.
3. Before you install the new battery, you must follow the steps for calibrating
the crimp tool. Follow the instructions in Calibrating the Crimp Tool on
page 11 (starting at step 2).
Maintenance
Keep the indenter tips free from abrasion and soiling. Use an air gun to remove
any dirt particles. Wipe down the crimp tool with a clean dry cloth. Ensure that
all bolts are secured with retaining rings.
This product contains a sealed lithium battery which may need to be
replaced during the life of the product.
At the end of its life, the battery contained in this product should be
collected separately from any unsorted municipal waste.
The collection and recycling of batteries helps protect the environment
and contributes to the conservation of natural resources as valuable
materials are recovered.
ATTENTION: After changing the battery, you must calibrate the
crimp tool.
IMPORTANT We strongly recommend the following:
•Do not use any rinsing solutions.
•Do not lubricate.
•Do not try to repair.
•Do not disassemble.

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Troubleshooting
Problem Condition Cause Fix
The digital display shows E1. Calibration failed. Repeat the calibration
procedure (see page 11).
The digital display shows CAL. The crimp tool needs to be
calibrated. Calibrate the crimp tool (see page 11).
The digital display shows Fc. The crimp tool Mode is set to
the MIL position. Turn the adjustment wheel until the display shows a valid MIL
setting (F1...F7), or change the
Mode to mm or inches (see
page 13.)
The locator cannot be installed
on the crimp tool. One or more locator cartridges is locked in the down position,
preventing the locator from
fitting onto the threaded post.
Insert the Allen wrench into the
Allen fitting in the locator and
press the spring-loaded fitting
until the locator cartridges are
released.
The locator is not installed on
the crimp tool, and one or more
locator cartridges is locked in
the down position.
When you press down on the
locator cartridges, they lock in
the down position.
The crimp tool handles cannot
be closed far enough to
complete a crimp and allow the
crimp tool to open.
An incorrect crimp setting for
the wire size, locator cartridge,
and/or contact type being
crimped.
1. Pull back the red vinyl cover
on the fixed handle (near the
adjustment wheel).
2. Use a screwdriver to press
the ratchet gear away from
the catch until it unlocks.
Verify the proper crimp setting
for the wire size, locator
cartridge, and contact type
being crimped.
The material being crimped is
too hard for the crimp tool. 1. Pull back the red vinyl cover on the fixed handle (near the
adjustment wheel).
2. Use a screwdriver to press
the ratchet gear away from
the catch until it unlocks.
Do not crimp materials or
contacts that are not
designated for use with the
crimp tool.

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Crimp Settings
Table 2 - Settings Matrix for 8-point Indent Crimp Tool with Digital Display
Contact Type(1) Locator
Cartridge(3) Wire Size, mm2(AWG)(4)
0.1
(27) 0.14 (26) 0.2 (24) 0.24 (23) 0.35 (22) 0.5 (20) 0.75 (19) 0.82 (18) 1.0 (17) 1.3 (16) 1.5 (15) 2.1 (14) 2.5 (13) 3.3 (12) 4.0 (11)
60.001.11 6 F1/
0.71 F2/
0.81 F2/ 0.81 F3/ 0.91 F4/ 0.99 F4/ 0.99 F4/ 0.99 F5/ 1.14
60.003.11 1 F5/
1.14 F5/ 1.14 F6/ 1.32 F6/ 1.32 F6/ 1.32 F7/ 1.50 F7/ 1.50 F7/ 1.50 F8/ 1.72
60.011.11 6 F1/
0.71 F2/
0.81 F2/ 0.81 F3/ 0.91 F4/ 0.99 F4/ 0.99 F4/ 0.99 F5/ 1.14
60.023.11 1 F3/
0.91 F4/ 0.99 F4/ 0.99 F5/ 1.14
61.004.11 6 F1/
0.71 F2/
0.81 F2/ 0.81 F3/ 0.91 F4/ 0.99 F4/ 0.99 F4/
0.99 F5/ 1.14
61.009.11 5 F1/
0.71 F2/
0.81 F2/ 0.81 F3/ 0.91 F4/ 0.99 F4/ 0.99 F4/ 0.99 F5/ 1.14
61.010.11 1 F5/
1.14 F5/ 1.14 F6/ 1.32 F6/ 1.32 F6/ 1.32 F7/ 1.50 F7/ 1.50 F7/ 1.50 F8/ 1.72
61.020.11 3 F1/
0.71 F2/
0.81 F2/ 0.81 F3/ 0.91 F4/ 0.99 F4/ 0.99 F4/ 0.99 F5/ 1.14
61.021.11 2 F5/
1.14 F5/ 1.14 F6/ 1.32 F6/ 1.32 F6/ 1.32 F7/ 1.50 F7/ 1.50 F7/ 1.50 F8/ 1.72
61.022.11 1 F5/
1.14 F5/ 1.14 F6/ 1.32 F6/ 1.32 F6/ 1.32 F7/ 1.50 F7/ 1.50 F7/ 1.50 F8/ 1.72
61.023.11 1 F3/
0.91 F4/ 0.99 F4/ 0.99 F5/ 1.14
61.027.11 2 F3/
0.91 F4/ 0.99 F4/ 0.99 F5/ 1.14
Extraction(2)
Force
(pull test) [N]
Setpoint 12 18 28 32 45 60 85 90 108 135 150 200 230 275 310
Actual Value >20 >30 >40 >45 >65 >100 >140 >145 >190 >200 >260 >300 >390 >420 >600
(1) The contacts are included in small bags in the connector and extension kits. Match the number on the bag of contacts to the number in the contact type column.
(2) The values serve as reference only and must be verified with a pull test according to BS EN 60352-2, Table 4, using a particular wire.
(3) The contact type determines which locator cartridge to use. Match the contact type number to the locator cartridge number.
(4) Match the wire size and crimp value to an available contact type to determine the locator cartridge. The crimp values are shown in MIL/mm values.