an Amphenol company

FEATURES
Average power contact
resistance is less than 0.001
ohms
Average signal contact
resistance is less than 0.005
ohms
RoHS compliant

Catalog C-031 Rev. H

- The Leader in Power Connector
Solutions for PICMG Applications
For nearly two decades, Positronic has been a leading edge power connector manufacturer for
PICMG technology-based applications such as AdvancedTCA®, CompactPCI®, MicroTCA®,
and PICMG 3.8. Despite copy cat products, Positronic continues to offer the broadest selection of
power connectors for these applications. Visit www.connectpositronic.com for more details.

AdvancedTCA®
• Dedicated Zone 1 power interface for plug-in cards• Closed entry female contacts for ruggedized applications• Heavy gold contact options• Available from stock at www.posishop.com

Compact PCI®
P47 version for CompactPCI applications •Features include AC/DC power input, power output at various voltages and signal controls •Five package sizes available •Closed entry female contacts for ruggged applications •Heavy gold plated contact options •Widest variety of gender / termination combinations in the marketplace •MicroTCA (µTCA)®
• Compliant to MTCA.0, MTCA.1 & MTCA.3 specifications• High reliability, precision machined contacts• Low contact resistance• Minimized height above printed circuit board• Single and dual port configurations• Power contacts carry 50 amps minimum at a 30°C temperature rise (prior to derating)

PICMG 3.8
Compliant to PICMG 3.8 requirements •Intended for power and system management use •Blind mating capability •19.8 mm wide •an Amphenol company

Plug-in boards used in today’s computing platforms must provide higher reliability,
greater functionality and require more power than ever before. Many next generation
platforms deliver bulk voltage to boards.

DC to DC converters are used to supply

the various voltage requirements on the board.

This allows systems to adapt as

semiconductor voltages change.
The VPB Series was developed as a dedicated interface between backplanes
and boards.

The connector is capable of providing dual redundant power, systemmanagement and high voltage auxiliary circuits to each slot within the platform. The
connector’s outstanding blind mating capability can be used to align the board during
insertion.

The VPB Series is compliant to PICMG 3.0, AdvancedTCA ®, Zone 1

connector requirements.

www.advancedtca.com
www.picmg.com
PICMG and the PICMG logo and/or Advanced TCA® and the Advanced TCA® logo are registered trademarksof the PCI Industrial Computers Manufacturers Group

Visit our web site for the latest catalog updates and supplements
at http://www.connectpositronic.com/catalogs/
Positronic Industries’ FEDERAL SUPPLY CODE (Cage Code)
FOR MANUFACTURERS is 28198

POSITRONIC® IS AN ITAR REGISTERED COMPANY

Products described within this catalog may beprotected by one or more of the following US patents:#4,900,261† #5,255,580 #5,329,697#6,260,268 #6,835,079 #7,115,002†Patented in Canada, 1992
Other Patents Pending

Information in this catalog is proprietary to Positronic and its

subsidiaries. Positronic believes the data contained herein to bereliable. Since the technical information is given free of charge,
the user employs such information at his own discretion andrisk. Positronic Industries assumes no responsibility for results
obtained or damages incurred from use of such information inwhole or in part.
The following trademarks are registered to Positronic Industries,
Inc. in the United States and many other countries: Positronic
Industries, Inc.®, Positronic®, Connector Excellence®, P+ logo®,
PosiBand®, PosiShop®, Positronic Global Connector Solutions®,
Global Connector Solutions®. The color blue as it appears on
various connectors is a trademark of Positronic Industries, Inc.,
Registered in U.S. Patent and Trademark Office.

About the cover:For more information about the products shown on the front cover, visit the following web sites:• Rittal backplane (top left) http://www.rittal-corp.com• Diversified Technology, Inc ATS1160 (middle left) http://www.dtims.com• F9 Systems, Inc. AdvancedTCA Thermal Blade™ (bottom left) http://www.f9-systems.com• GE Fanuc Embedded Systems AT4-AMC-1 carrier blade (bottom left) http://www.gefanucembedded.com

w w w.connectpo s it ro nic . c o m

DIMENSIONS ARE IN MILLIMETERS [INCHES].
ALL DIMENSIONS ARE SUBJECT TO CHANGE.

3

Backplane(relatively high)overcurrent protection“SIZZLEFAULT”FRONT BOARD

A high resistance short

BACKPLANE

between a front board’s
overcurrent
and

the

overcurrent

protection

ZONE 1CONNECTORS

backplane’s
protection

could allow high currents
to be drawn through theZone 1 Power Connector

Front board(relatively low)overcurrent protectionindefinitely. These currents could reach a valuethat is slightly less thanthe overcurrent protection for the entire backHigh resistance“sizzle fault” shortplane.

A high resistance short between a front board’s overcurrent protection and theZone 1 backplane connectors must survive sizzle fault
conditions when tested per PICMG 3.0, R3.0, Section B.4.2.4.
• Conditions: IEC 60512-3, Test 10d• The mated set of connectors (specimens) shall be comprised of a Front Board connector withright angle (90°) press-in terminations and a backplane connector having press-in terminations• Standard atmospheric conditions• Ambient temperature shall be 55 degrees C• Contact positions 28 and 33 shall be energized at 10 amperes through a circuit path sized tosimulate a standard PICMG 3.0 frontboard/backplane• Contact positions 29 and 34 shall be energized at 50 amperes through a circuit path sized tosimulate a standard PICMG 3.0 frontboard/backplane• There shall be a one hour stabilization time after test set up• Test time shall be four hours after one hour stabilization period• After completion of test, connectors shall be immediately uncoupled• Requirements after test conditioning:• Visual inspection of backplane connector shall show no defect that would impair normal operation• After backplane connectors are allowed to cool to room ambient temperature the connectors
shall be mated to fresh Front Board connectors that have right angle (90°) press-in terminations. The mated connector sets shall pass the test requirements of B.4.2.2; B.4.2.3; B.4.2.4;
B.4.2.5; and B.4.3.2.

Positronic’s VPB series meets the requirements of this test!
4

DIMENSIONS ARE IN MILLIMETERS [INCHES].
ALL DIMENSIONS ARE SUBJECT TO CHANGE.

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VPB

FEATURES

Positronic’s Blue Connectors are Green
Energy is essential to everyone. Often we do not givethought to where energy comes from or how much we
consume until energy is not readily available.

Once the assessment is made, the assessor issues astatement that will aid power connector users in evaluating
contact efficiency as it relates to energy consumption. As
an example, the Positronic VPB series size 16-power
Energy has become an area of focus for governments,
contacts recently underwent evaluation. The contact
private industry, and citizens. Enhanced methods ofresistance was found to be less than one milliohm
producing energy from traditional sources, development
each. This low contact resistance is achieved by useof new energy sources and conservationof high conductivity contact materials.
of energy from all sources have become
In addition, Positronic’s Large Surface
more crucial than ever before.
Area (LSA) contact system is utilized
Across the world, the electronic
as the interface between male andequipment that we all rely upon in our
female power contacts in VPB series
Average power contact
daily lives consumes a vast amount ofconnectors.
resistance is less than 0.001
energy. An unavoidable waste of energy
The VPB series was designed
ohms
occurs when power is distributedfor use as the Zone 1 power
Average signal contact
throughout electronic equipment.
connector in AdvancedTCA (ATCA)
resistance is less than 0.005
As electrical current flows throughtelecommunication computing systems.
ohms
conductors and connectors, unwanted
Zone 1 connectors provide power from
RoHS compliant
heat is generated in proportion to
backplanes to front boards in ATCA
the amount of electrical resistancechassis. The low contact resistanceencountered.
of Positronic’s VPB series provides
Lowering resistance in connector contacts and conductors energy savings opportunities in any application using thiswill reduce the amount of heat generated, and result in connector.
less wasted energy. Additional energy will be saved, as
The following formula verifies the energy savings
cooling systems will have less heat to draw out of theof a lower resistance contact at a given current:
equipment.
Power Consumption (Watts) = Current Flow2 (Amperes2)
In the past, the primary metric for power connectors X Contact Resistance (Ohms). Contact resistance has a
has been contact current ratings. In the future, contact one-to-one effect on power consumption. If, the contact
resistance may become equally important. While it is resistance is reduced by half, the power consumption istrue that contact resistance and contact current ratings reduced by half.
are closely associated, contact current ratings cannot be
Low resistance power contacts also provide benefits inused to quantify the energy consumed by contacts.
systems sensitive to voltage drop. This is demonstrated
Current ratings are based on the temperature rise of in the following formula: Voltage drop across contact
a connector or contact at a specific current level. A pairs = Current Flow (Amperes) X Contact Resistanceconnector design or test method allowing relatively rapid (Ohms). Once again, contact resistance has a one-to-one
heat dissipation may yield a reasonable temperature rise, effect. Reducing the contact resistance by half reduces
while a relatively high amount of energy is still being wasted. voltage drop by half.

FEATURES

Within the connector industry, there are a variety oftest methods used to quantify a particular performance
metric. Different test methods can yield different values
for the same metric. This lack of uniformity can be
confusing to connector users who are trying to compare
connectors offered by various manufacturers. Third party
assessment can give connector users a common point ofreference when making connector choices.
Assessors use contact resistance as the metric todetermine the relative efficiency of connector contacts.
These assessments verify the claims made by
manufacturers.
w w w.connectpo s it ro nic . c o mHigher energy costs and government legislation willcause energy conservation efforts to continue tointensify. If we consider the vast numbers of power
contacts in electronic equipment around the world, it
is clear how lower contact resistance can play a role inmeeting energy conservation goals. Positronic utilizes
high conductivity contact materials and unique contact
interfaces to provide low contact resistance in our power
connector products. To learn more about these products,
visit connectpositronic.com.

DIMENSIONS ARE IN MILLIMETERS [INCHES].
ALL DIMENSIONS ARE SUBJECT TO CHANGE.

5

VPB SERIES TECHNICAL CHARACTERISTICS
MATERIALS AND FINISHES:ELECTRICAL CHARACTERISTICS:

Connector Insert:

Glass-filled polyester, UL 94V-0,
blue color.

Contacts:

Precision-machined copper alloy
with gold flash over nickel plate.
Other finishes available uponrequest.

Contact Current Ratings,
per UL 1977:
Size 16 Power Contacts:

Size 22 female precision-stamped
and formed press-fit contacts
are available, contact Technical
Sales.

MECHANICAL CHARACTERISTICS:
Blind Mating System:

Polarization:

Male and female connector
bodies provide “lead-in” for
2.0 mm [0.078 inch] diametral
misalignment.

Size 22 Signal Contacts:
Current Overload Test

Compliant to PICMG 3.0, R3.0
requirements of 0.0022
ohms
maximum. Tested per IEC 605122, Test 2b.

Provided by connector bodydesign.

Fixed Contact Retention
in Connector Body:
Size 16 Contacts:
Size 22 Contacts:
Sequential Contact
Mating System:

Printed board mount terminations,both straight and right angle (90°).
Size 16 female contacts feature“Closed Entry” design. Size 22
female contacts feature rugged
open entry design. “PosiBand”
closed entry contacts are optional.

First mate contacts 25, 26, 28 29,
30 and 31. Second mate contact
33. Third mate contact 34.
Contacts 1-24 mate before 27
and 32. Last mate contacts 27
and 32.

Power to be enabled through a last mate contact within VPB
Series or another connector.
Consult Technical Sales for customer specified sequential mating.
Printed Board Mounting:

Mechanical Operations:Average resistance is less than
0.005 ohms.
Tested per IEC
60512-2, Test 2a.

Insulation Resistance:
Voltage Proof:
Contacts 1-16:
Contacts 17-34:

31 N [7 lbs.]
25 N [5 lbs.]

Mounting holes provided inconnector body for printed board.
Self-tapping screws are available,
see ordering information page.

Tested per PICMG 3.0, R3.0
Section B.4.2.4, see page 4 formore information.

Initial Contact Resistance:
Termination to termination:
Size 16 Contacts:
Average resistance is less than
0.001 ohms. Tested per IEC 605122, Test 2a.

Size 22 Contacts:
Fixed Contacts:

See temperature rise curveon page 9 for details.
30 amperes continuous, allcontacts under load.
2 amperes nominal rating.

Compliant to PICMG 3.0, R3.0
requirements of 0.0085
ohms
maximum. Tested per IEC 605122, Test 2a.
5 G ohms per IEC 60512-2,
Test 3a.
1,000 V r.m.s.
2,000 V r.m.s.

Creepage and Clearance Distance; minimum:
Contact positions 1-16 to any
other contact within this group:
0.7mm [0.028 inch]
Contact positions17-24 to any
other contact within this group:
2.5mm [0.098 inch]
Contact positions 25-34 to any
other contact within this group:
1.4mm [0.055 inch]
Contact positions 13-16 to 17-20:
3.0mm [0.118 inch]
Contact positions 21-24 to 25, 26:
4.0mm [0.157 inch]
Contact positions 25, 26 to 27-29:
2.0mm [0.079 inch]

CLIMATIC CHARACTERISTICS:
Working Temperature:-55˚C to +125˚C.

UL and C.N.R. RecognizedFile #E49351

250 couplings, minimum.

MATING DIMENSIONS
Right Angle (90°) Board Mount Male toStraight Board Mount Female(FULLY MATED)

6

DIMENSIONS ARE IN MILLIMETERS [INCHES].
ALL DIMENSIONS ARE SUBJECT TO CHANGE.

1 mm [0.039 inch]
separation allowed

PIN 2737.10 [1.461]

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MALE CONNECTOR WITH RIGHT ANGLE (90°) COMPLIANT PRESS-FIT
PRINTED BOARD MOUNT TERMINATIONSCODE 62
Typical Part Numbers
VPB30W8M6200*1/AA

NOTE:*1 Indicates contact plating
options for connectors.
See Step 7 of ordering
information on page 10.

21.33[0.839] MAX.

VPB30W8M6200A1/AA shown for reference.
Positions 1-4 are not populated with contacts.

CONTACT HOLE PATTERNNOTE: See page 9 for suggested printed board hole sizes.

FEMALE CONNECTOR WITH STRAIGHT COMPLIANT PRESS-FIT
PRINTED BOARD MOUNT TERMINATIONSCODE 93
Typical Part Numbers
VPB30W8F9300*1/AA
VPB30W8S9300*1/AA

NOTE:*1 Indicates contact plating
options for connectors.
See Step 7 of ordering
information on page 10.

VPB30W8F9300A1/AA shown for reference .
Positions 1-4 are not populated with contacts.

w w w.connectpo s it ro nic . c o m

CONTACT HOLE PATTERNNOTE: See page 9 for suggested printed board hole sizes.

DIMENSIONS ARE IN MILLIMETERS [INCHES].
ALL DIMENSIONS ARE SUBJECT TO CHANGE.

7MALE CONNECTOR WITH RIGHT ANGLE (90º) SOLDER
PRINTED BOARD MOUNT TERMINATIONSCODE 4
Typical Part Numbers
VPB30W8M400*1/AA
NOTE:*1 Indicates contact plating
options for connectors.
See Step 7 of ordering
information on page 10.

46.10 [1.815] MAX.
21
33

30

28

32

34

17

13

41.30 [1.626] MAX.
1

25

21.33
[0.839] MAX.

27

31

29

26
24

8X ø1.14[0.045]20

16

4

26X ø0.61[0.024]A

VPB30W8M400A1/AA shown for reference.
Positions 1-4 are not populated with contacts.

CODE

A

4

2.68
[0.106]42

4.09[0.161]

CONTACT HOLE PATTERNFEMALE CONNECTOR WITH RIGHT ANGLE (90°) SOLDER
PRINTED BOARD MOUNT TERMINATIONSCODE 4 WITH -394.0 MOS
Typical Part Numbers
VPB30W8F400*1/AA-394.0
VPB30W8S400*1/AA-394.0
NOTE:*1 Indicates contact plating
options for connectors.
See Step 7 of ordering
information on page 10.

VPB30W8F400A1/AA-394.0 shown for reference.
Positions 1-4 are not populated with contacts.

CONTACT HOLE PATTERNThis connector option is offered to support extender cards.
Consult Technical Sales for higher volume requirements.

8

DIMENSIONS ARE IN MILLIMETERS [INCHES].
ALL DIMENSIONS ARE SUBJECT TO CHANGE.

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TEMPERATURE RISE CURVE

EXAMPLES OF POSSIBLE
CONTACT ASSIGNMENTS

80

TEMPERATURE RISE (ºC)

70
60

CONTACTPOSITIONFUNCTION

1-16

Low Speed Hardware Management

17-24

High Voltage Metallic Test andRinging Generator Signals

25

Shelf Ground26

Logic Ground

27/32

Enables for A and B power

28

A Return

29

B Return

30

A Early31

B Early33

A Voltage

34

B Voltage

50
40
30
20
10
0
0

5

10

15

20

25

30

SIZE 16 CONTACT CURRENT LOAD
Above curve developed using VPB30W8M6200A1 and
VPB30W8F9300A1 connectors.
CURVE A - ALL SIZE 16 POWER CONTACT UNDER LOAD, SIGNALCONTACTS 1-24 UNDER 1 AMP LOAD
CURVE B - SIZE 16 POWER CONTACT POSITIONS 28, 33 UNDER LOAD,
SIGNAL CONTACTS 1-24 UNDER 1 AMP LOAD

SUGGESTED PRINTED BOARD HOLE SIZES FOR COMPLIANT PRESS-FIT CONNECTORS
Traditionally, tin-lead has been a popular plating for printed circuit board (PCB) holes. However, many
PCB hole platings must now be RoHS compliant. Positronic is pleased to offer PCB HOLE SIZES FOR
RoHS PCB platings as shown below.
“Omega” Termination
utilized on signal contacts

OMEGA & BI-SPRING COMPLIANT PRESS-FIT CONTACT HOLE
BOARD
TYPE

CONTACT RECOMMENDEDSIZEDRILL HOLE SIZE

TIN-LEADSOLDER PCB

22
OMEGA

ø1.150±0.025[ø0.0453±0.0010]

16
BI-SPRING

ø1.750±0.025[ø0.069±0.001]

RECOMMENDED
PLATING

15µ [0.0006] minimum solder
over 25µ [0.0010] min. copper

FINISHED
HOLE SIZES
ø1.000+0.090-0.060[ø0.0394+0.0035-0.0024]
ø1.600+0.090-0.060[ø0.0630+0.0035-0.0024]“Bi-Spring” Termination
utilized on power contacts

RoHS PRINTED CIRCUIT BOARD (PCB) PLATING OPTIONS
22
OMEGA

ø1.19±0.025[ø0.047±0.001]

16
BI-SPRING

ø1.750±0.025[ø0.069±0.001]

22
OMEGA

ø1.19±0.025[ø0.047±0.001]

16
BI-SPRING

ø1.750±0.025[ø0.069±0.001]

22
OMEGA

ø1.19±0.025[ø0.047±0.001]

16
BI-SPRING

ø1.750±0.025[ø0.069±0.001]

22
OMEGA

ø1.19±0.025[ø0.047±0.001]

16
BI-SPRING

ø1.750±0.025[ø0.069±0.001]

COPPER PCBIMMERSION
TIN PCBIMMERSIONSILVER PCB

ELECTROLESSNICKEL/IMMERSIONGOLD PCB

ø1.09±0.05[ø0.043±0.002]
25µ [0.0010] min. copperw w w.connectp o sit ro nic . c o m

ø1.600+0.090-0.060[ø0.0630+0.0035-0.0024]

0.85±0.15µ [0.000033±0.000006]
immersion tin over25µ [0.0010] min. copper

0.34±0.17µ [0.000013±0.000007]
immersion silver over25µ [0.0010] min. copper

0.05µ [0.000002] min.
immersion gold over
4.5±1.5µ [0.000177±0.000059]
electroless nickel per IPC-4552
over 25µ [0.0010] min. copperø1.09±0.05[ø0.043±0.002]
ø1.600+0.090-0.060[ø0.0630+0.0035-0.0024]
ø1.09±0.05[ø0.043±0.002]
ø1.600+0.090-0.060[ø0.0630+0.0035-0.0024]
ø1.09±0.05[ø0.043±0.002]
ø1.600+0.090-0.060[ø0.0630+0.0035-0.0024]

COMPLIANTPRESS-FIT
CONTACT HOLE
NOTE: For PCB plating
compositions not shown,consult Technical Sales.

DIMENSIONS ARE IN MILLIMETERS [INCHES].
ALL DIMENSIONS ARE SUBJECT TO CHANGE.

9ORDERING INFORMATION – CODE NUMBERING SYSTEM
Specify Complete Connector By Selecting an Option From Steps 1 Through 8
STEP
EXAMPLE

1

2

3

4

5

6

7

8

9

VPB

30W8

F

93

0

0

A1

/AA

-394.0
STEP 9 - SPECIAL OPTIONSSTEP 1 - BASIC SERIESVPB - VP Series

394.0- Allows for female contact
right angle (90º) solder mount.
CONTACT TECHNICAL SALESFOR SPECIAL OPTIONSSTEP 2 - CONNECTOR VARIANTS*1 30W8 - Contact positions 1-4 are
not populated. Standard
variant for AdvancedTCA®
backplanes. Standard
option for frontboards.
*1 22W8 - Contact positions 1-4 and17-24 are not populated.
Standard cost saving
option for AdvancedTCA®
frontboards.

STEP 8 - ENVIRONMENTALCOMPLIANCE OPTIONS/AA - RoHS compliant
Note: This step should be included to create astandard part number.
Example: VPB30W8F9300A1/AA

STEP 7 - CONTACT PLATING (choose plating

STEP 3 - CONNECTOR GENDER

based on end use requirements)

M - Male*2 F - Female - Professional Level*2 S - Female - Industrial/Military Level

A1 - Gold flash over nickel on mating end andtermination end.
A2 - Gold flash over nickel on mating end and5.00µ [0.00020 inch] tin-lead solder coat on
termination end. Not available with code 62
or 93 in step 4.
C1 - 0.76µ [0.000030 inch] gold over nickel on
mating end and termination end.
C2 - 0.76µ [0.000030 inch] gold over nickel on
mating end and 5.00µ [0.00020 inch] tin-leadsolder coated termination end. Not available
with code 62 or 93 in step 4.
D1 - 1.27µ [0.000050 inch] gold over nickel on
mating end and termination end.
D2 - 1.27µ [0.000050 inch] gold over nickel on
mating end and 5.00µ [0.00020 inch] tin-leadsolder coated termination end. Not available
with code 62 or 93 in step 4.

STEP 4 - CONTACT TERMINATION TYPE
4 - Right Angle (90º) Board Mount, Solder, termination
length 2.68 [0.106] (30W8 female requires MOS 394.0,
contact Technical Sales for 22W8 female MOS partnumber)42- Right Angle (90º) Board Mount, Solder, termination
length 4.09 [0.161].
62 - Right Angle (90º) Board Mount, Press-fit. Male only
93 - Straight Board Mount, Press-fit. Female only.
99 - Straight Board Mount, Press-fit, Size 22 stamped andformed contacts. Female “F” variant only (Step 3).
Contact Technical Sales.

STEP 50 - None

STEP 6
0 - NoneNotes*1 VPB series can be supplied with contacts populated in all 34 positions.
Use part number VPB34W8*****.

* Female signal contacts are offered in open and closed entry.
2

Closed entry contacts are designed with an unbroken ring at the opening of the contact. This closed entry feature provides higher reliability inenvironments experiencing higher levels of shock and vibration . Closed
entry contacts are also more abuse resistant than open entry designs.
VPB Power contacts are always closed entry design.

Telecordia GR1217 shows a preference thatpress-fit connectors use auxiliary mounting
hardware. Also, the AdvancedTCA® Zone
1 connector serves as the lower alignment
feature for front boards. Therefore, the use of
mounting hardware is recommended.
However, VPB connectors have been tested
to PICMG 3.0. B.5.1.3 requirements, which
may guide connector users to omit use ofscrews. Contact Positronic for test details.

MOUNTING SCREWSSTEEL SCREWPART NUMBER

STAINLESS STEEL SCREWPART NUMBER

THREAD LENGTH

A4546-7-1-16

A4546-7-6-4

6.35+0.00-0.76[0.250+0.000-0.030]

A4546-7-2-16

A4546-7-7-4

7.93+0.00-0.76[0.312+0.000-0.030]

A4546-7-3-16

A4546-7-8-4

9.53+0.00-0.76[0.375+0.000-0.030]

A4546-7-4-16

A4546-7-9-4

11.11+0.00-0.76[0.438+0.000-0.030]• Female compliant press-fit connectors require a press-fit tool,part number 9513-308-1-41, for installation.

10

DIMENSIONS ARE IN MILLIMETERS [INCHES].
ALL DIMENSIONS ARE SUBJECT TO CHANGE.

Unless otherwise specified, dimensional tolerances are:1) ±0.13 mm [0.005 inches] for all diameters.
2) ±0.38 mm [0.015 inches] for all other dimensions.

Install Screw to a
Depth of:3.50 [0.138] Minimum
5.00 [0.197] Maximum
Contact technical sales
for RoHS compliant
mounting screw
information.

• The use of a support tool when installing press-fit connectors
is recommended. For female connectors use 9513-400-6-41,
for male connectors use 9513-400-8-41.
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DIMENSIONS ARE IN MILLIMETERS [INCHES].
ALL DIMENSIONS ARE SUBJECT TO CHANGE.

11

an Amphenol company

Regional Headquarters
Positronic | Americas
1325 N Eldon Ave
Springfi eld MO 65803 USA+1 800 641 4054
info@connectpositronic.com

Positronic | Europe
Z.I. d’Engachies
46, route d’Engachies
F-32020 Auch Cedex 9 France+33 5 6263 4491
contact@connectpositronic.com

Positronic | Asia
3014A Ubi RD 1 #07-01
Singapore 408703+65 6842 1419
singapore@connectpositronic.com

Sales Offices
Positronic has local sales representation all over the world. To find the nearest
sales office, please visit www.connectpositronic.com/locations