Application Specification
114-- 13137
Circular Plastic Connector (CPC)
Series 45 System
NOTE
i
05 AUG 14
Rev D
All numerical values are in metric units [with U.S. customary units in brackets]. Dimensions are in millimeters [and
inches]. Unless otherwise specified, dimensions have a tolerance of +0.13 [+.005] and angles have a tolerance of +2E.
Figures and illustrations are for identification only and are not drawn to scale.
1. INTRODUCTION
This specification covers the requirements for application of CPC Series 45 System for use in harsh
environments for panel mount applications. The system consists of a plug kit and a receptacle kit; both
available in shielded or unshielded for terminating to cable or for use as a pass--through. The shielded plug kit
contains a modular plug with a metal outer shell; the unshielded is plastic. The shielded receptacle kit contains
a shield to be assembled onto the jack assembly.
When corresponding with personnel, use the terminology provided in this specification to facilitate your
inquiries for information. Basic terms and features of this product are provided in Figure 1.
Plug Kit
(Shielded and Unshielded)
Modular Plug Assembly
Plug Assembly
Locking
Tab
Threads
Modular Plug-
Mating
Face
Housing
Wire Circuits
Sealing Nut
Latch Defect
Slot
Cable
Notch
Load Bar-
Wire Entry Seal
Coupling
Ring
Key (2 Places)
- Oriented to Show Features
Tines
Receptacle Kit
Flange Seal
Receptacle Assembly
Detent (2 Places)
Tab
(4 Places)
Threads
SL 110 Jack Assembly
(Shielded Kit Only)
Belt Slot
Contacts
Mating
Face
Mounting Hole
(4 Places)
Shield
(Shielded Kit Only)
Latch
Belt
(8 Places)
Flange
Rib
Mounting Hole
(4 Places)
SL 110 Jack Assembly
(Unshielded Cable Kit Only)
SL 110 Jack
Contacts
Locking
Tab
Cable
Fitting
RJ45 In--Line Coupler
(Pass--Through Kit Only,
Shielded or Unshielded)
Cable
Fitting
Bend--Limiting
Strain Relief
Contacts
Locking
Tab
Locking
Tab
Figure 1
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All Rights Reserved
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This controlled document is subject to change.
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114-- 13137
1.1. Plug Kit
Each plug kit consists of a modular plug assembly, plug assembly, wire entry seal, and sealing nut.
The modular plug assembly includes a load bar which is used to maintain the proper alignment of the
conductors to the contacts for termination. The modular plug is terminated using the insulation piercing
technique. The modular plug features two internal strain reliefs to protect the plug--to--cable and
terminal--to--conductor interface from damage when subjected to pulling or bending forces—the primary strain
relief grips the jacket and the secondary strain relief acts on the conductors. The plug assembly is used to
house the modular plug assembly. The wire entry seal and sealing nut are used to prevent elements from
entering the modular plug and to provide a strain relief for the cable. The coupling ring is used to secure the
modular plug to the mated jack assembly or coupler.
The modular plug assembly is available in loose piece for terminating with manual or pneumatically--powered
tools, and continuous strip form for terminating with semi--automatic machines.
1.2. Receptacle Kit
Each receptacle kit consists of a receptacle assembly, flange seal, and jack assembly or in--line coupler. The
shielded kit includes a shield with a strain relief for the cable, and the unshielded kit includes a bend--limiting
strain relief.
The receptacle assembly is used to house the jack assembly or coupler, and to mount the assembly to a panel
using customer--supplied screws. The jack assembly and coupler each feature a locking tab that secures it to
the receptacle assembly. The receptacle kit is designed to be front or rear panel-- mounted. The jack assembly
and coupler each mate with the modular plug.
2. REFERENCE MATERIAL
2.1. Revision Summary
Revisions to this application specification include:
: Modified plug assembly and wire entry seal
: Changed torque value in Figure 8
2.2. Customer Assistance
Reference Product Base Part Number 1546907 and Product Code K360 are representative of CPC Series 45
system. Use of these numbers will identify the product line and expedite your inquiries through a service
network established to help you obtain product and tooling information. Such information can be obtained
through a local representative or, after purchase, by calling PRODUCT INFORMATION at the number at the
bottom of page 1.
2.3. Drawings
Customer Drawings for product part numbers are available from the service network. If there is a conflict
between the information contained in the Customer Drawings and this specification or with any other technical
documentation supplied, call PRODUCT INFORMATION at the number at the bottom of page 1.
2.4. Specifications
Product Specifications (108--series) provide product performance and test information. Specifications available
that pertain to this product are:
108--2203 CPC Series 45
108--1163 Modular Plugs
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Rev D
114-- 13137
2.5. Standards
Standards and publications developed by the International Electrotechnical Commission (IEC) and
Telecommunications Industry Association and Electronic Industries Alliance (TIA/EIA) provide industry test and
performance requirements. Documents available which pertain to this product are:
IEC 60529, “Degrees of Protection Provided By Enclosures,” IP Code 67
TIA/EIA--568, “Commercial Building Telecommunications Cabling Standards”
2.6. Instructional Material
Instruction Sheets (408--series) provide product assembly instructions or tool setup and operation procedures.
Documents available which pertain to this product are:
A. Product
408--8417
408--8602
408--8949
408--8950
408--8951
408--10091
408-- 10137
SL Series 110Connect Modular Jacks
Shielded SL Series 110Connect Modular Jacks
CPC Series 45 Shielded Receptacle Kit
CPC Series 45 Unshielded Receptacle Kit
CPC Series 45 Plug Kits
CPC Series 45 Unshielded Pass--Through Receptacle Kit
CPC Series 45 Shielded Pass-- Through Receptacle Kit 1986172-- 1
B. Tooling
408--8858
408--9743
408--9767
408--9919
409--10010
Tool Kits 1725150--[ ]
Terminating Module 1--856196--1
Modular Plug Hand Tool (Premium Grade) 231652--[ ]
Modular Plug Single Terminators 354711--[ ] and Tooling Kits 354714--[ ]
Modular Plug Dual Terminator 1320840--[ ]
3. REQUIREMENTS
3.1. Cable Selection
A. Plug Kit
The modular plug will accept Category 5e round cable with the following specifications:
Cable type: 8--conductor
Conductor size: 24 or 26 AWG
Conductor type: solid or 7--strand copper
Conductor insulation diameter: 0.99 [.039] maximum
Cable jacket diameter range:
RJ--45 plug accepts: 4.83 through 5.59 [.190 through .220] (single jacket)
Cable fitting accepts: 4.6 through 6.0 [.18 through .236] (double jacket)
B. Receptacle Kit
The SL 110 jack (shielded and unshielded) will accept cable with the following specifications:
Cable type: 4--pair, round
Conductor type and size:
Solid sizes 24--22 AWG
Twisted stranded size 24 AWG
Conductor insulation diameter: 1.27 [.050] maximum
Shield type: Foil or braid with drain wire
Rev D
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3.2. Cable Preparation
A. Plug Kit
1. The sealing nut (small diameter end first), wire entry seal (tines first), and plug assembly (threaded
end first) must be installed onto the cable. See Figure 2, Detail A.
2. Proper strip length is necessary to insert the conductors into the contact slots of the modular plug.
The recommended strip length is given in Figure 2, Detail B.
CAUTION
!
Reasonable care must be taken not to scrape or nick any part of the cable during the stripping operation. Insulation of
individual conductors MUST NOT be cut or removed. This could result in shorted or open terminations.
For shielded cable, the shield must be folded back over the cable jacket, and the drain wire must be bent
back over shield. The shield and drain wire must be trimmed to the dimension given in Figure 2,
Detail B.
Cable Preparation for Plug Kit
Detail A
Wire Entry
Seal
Plug
Assembly
Cable
End
Tines
Sealing
Nut
Note: Not to Scale
Detail B
Unshielded
Shielded
Knife (Ref)
25.4 [1.00] (Approx)
Strip Length
25.4 [1.00] (Approx)
Strip Length
Slit and Remove Cable Jacket
Jacket
Conductors
9.52 [.380]
Shield and Drain Wire
Drain Wire Bent Back
Over Shield
Shield Folded Back
Over Cable Jacket
Figure 2
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Rev D
114-- 13137
B. Receptacle Kit
Shielded
1. Proper strip length is necessary to insert the conductors into the contact slots of the SL 110 jack. The
recommended strip length is given in Figure 3.
2. The foil or braid must be folded back over the cable jacket. If present, the clear wrapping must be
removed. The drain wire must not be cut and must be wrapped a minimum of 360E around the foil or
braid at the stripped end of the cable jacket to the dimension given in Figure 3.
Unshielded
1. The bend--limiting strain relief must be installed (cable fitting end first) onto the cable.
2. Proper strip length is necessary to insert the conductors into the contact slots of the SL 110 jack. The
recommended strip length is given in Figure 3.
Cable Preparation for SL 110 Jack
Note: Not to Scale
Shielded
Unshielded
50.8 [2.00]
Strip Length
50.8 [2.00]
Strip Length
Cable Fitting
Cable Jacket
Cable Jacket
Foil or Braid Folded
Back Over Cable Jacket
Bend--Limiting
Strain Relief
Conductors
Conductors
Clear Wrapping
Removed
Drain Wire Uncut and
Wrapped Around
Foil or Braid
6.35 [.250]
Figure 3
3.3. Conductor Positioning
1. Conductor pairs must be oriented side--by--side in the order shown in Figure 4, Detail A. The end of
the cable jacket must be flattened so that the conductor pairs lay side--by--side.
2. Properly sequenced conductor pairs should extend into the cable jacket to the dimension given in
Figure 4, Detail B, creating an oblong shape.
3. The conductor tips must be trimmed evenly to the dimension shown in Figure 4, Detail C. Proper
orientation of conductors must be maintained.
4. The conductor pairs must be untwisted and arranged according to EIA/TIA T568A or T568B (defined
in Figure 4, Detail D). IT IS CRITICAL that the the pairs are NOT untwisted inside the cable jacket.
When arranging conductor pairs, IT IS IMPORTANT that Conductor 6 be crossed over Conductors 4
and 5 as shown in Figure 4, Detail C.
Rev D
5 of 16
114-- 13137
Detail A
Conductor Positioning
Conductors 1 and 2 (Pair 3)
Conductors 3 and 6 (Pair 2)
Conductors 4 and 5 (Pair 1)
Conductor 7 and 8 (Pair 4)
End of Cable Jacket Flattened
Detail B
8.0 [.30]
Properly Sequenced Conductor
Pairs Extend into Cable Jacket
Twist for Conductor Pairs
Maintained Inside Cable Jacket
Detail C
Conductor 3 (of Pair 2)
Conductors 4 and 5 (Pair 1)
Conductor 6 (of Pair 2)
19 [.75]
(Approx)
Conductor Tips Trimmed
Detail D
Positions for T568A
Pair
3
W--G
G
CONDUCTOR
PAIR
1
2
3
4
Pair
2
Pair
1
Pair
4
Pair
2
12 34 5 6 78
W--O
W--BL
BL
O
BR
W--O
O
W--BR
CONDUCTOR PAIR
For Electrical Schematic
Pair
3
Pair
1
Pair
4
12 34 5 6 78
BR
W--G
W--BR
W--BL
BL
G
CONDUCTOR COLOR CODE
(Abbreviation)
T568A
T568B
OPTION 1
OPTION 2
4
4
Blue (BL)0
Red (R)
5
5
White--Blue (W--BL)
Green (G)
3
1
White--Orange (W--O)
Black (BK)
6
2
Orange (O)
Yellow (Y)
1
3
White--Green (W--G)
Blue (BL)
2
6
Green (G)0
Orange (O)
7
7
White--Brown (W--BR)
Brown (BR)
8
8
Brown (BR)0
Slate (S)
0A white marking is acceptable.
6 of 16
Positions for T568B
Figure 4
Rev D
114-- 13137
3.4. Termination
A. Plug Kit
1. The conductors must be inserted (maintaining arrangement) into the back (cable notch end) of the
load bar until the cable jacket rests against the cable notch. The conductor twist must not enter the front
of the load bar. The conductors must be trimmed evenly and square to the dimension given in Figure 5,
Detail A.
2. The conductors must be retracted from the load bar so that the conductors protrude from the end of
the load bar to the dimension given in Figure 5, Detail B. The top of the load bar must not be deformed.
NOTE
If the load bar is deformed, the conductor twist has entered the front of the load bar.
i
3. The load bar must be oriented so that the top is aligned with the contacts of the modular plug and
inserted into the modular plug until it butts against the mating feature of the modular plug. The
conductors must be bottomed on the wire circuits of the modular plug. The cable jacket must be against
the cable notch after the load bar is fully seated. The conductors must not be exposed between the
cable jacket and the top of the load bar. The ends of the conductors must be clearly visible through the
front of the housing. See Figure 5, Detail C.
NOTE
i
If the conductors do not bottom on the wire circuits, they must be re--trimmed (after removing the load bar/cable
assembly from the modular plug), and re--inserted into the modular plug. If the conductors are too short, the cable
must be re--stripped.
4. The modular plug must be terminated to the cable according to the instructions included with the
tooling.
B. Receptacle Kit
The SL 110 jack must be terminated to the cable according to the instructions included with the tooling.
Rev D
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114-- 13137
Termination Requirements for Modular Plug
Detail A
Insert Conductors
Conductor Twist Does Not
Enter Front of Load Bar
Cable Jacket Against Cable Notch
5.0 [2.0] Conductors Trimmed
Detail B
Retract Conductors
1.0 [.04] Approx
Conductors Protrude from End of Load Bar
Top of Load Bar is Not Deformed
Detail C
Contacts
Modular Plug
Top of Load Bar
Aligned with Contacts
Ends of Conductors
Visible Through
Front of Housing
Conductors Bottomed
Conductors Not Exposed
on Wire Circuits
Between Cable Jacket
and Top of Load Bar
Load Bar Against
Mating Feature
Cable Jacket Against
Cable Notch
Figure 5
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Rev D
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3.5. Inspection
A. Modular Plug
1. The end of each conductor must be within the dimension given in Figure 6. For optimum transmission
performance, the end of each conductor must be bottomed on the wire circuits of the modular plug.
2. The crimp height (measured from the top of the contact to the bottom of the modular plug, not
including the locking tab) must be within the dimension given in Figure 6. All contacts must be at
approximately the same height.
NOTE
The crimp height must be met in order to comply with Federal Communications Commission (FCC) regulations.
i
3. The primary strain relief must be fully engaged with the cable jacket, and the secondary strain relief
must be fully engaged with the cable conductors. Both strain reliefs must be fully engaged to isolate the
termination area from external forces applied to the cable. It is acceptable for the primary strain relief to
cut into the jacket as long as the conductor insulation is not compromised.
NOTE
The primary and secondary strain reliefs can be visually inspected through the side of the modular plug.
i
Inspection of Terminated Modular Plug
Cross--Section
Top of
Modular Plug
Note: Not to Scale
Contact
Secondary
Strain Relief
Primary
Strain Relief
6.02+0.13 [.237+.005]
Crimp Height
Conductor
Insulation
End of Conductor
Bottomed on Wire Circuit
Cable Jacket
0.00--0.25 [.000--.010]
Conductor Insertion Depth
Figure 6
B. SL 110 Jack
All conductors must be bottomed in the wire slots, and there must be no excess or loose conductors.
Conductor twist must be maintained to within the dimension given in Figure 7.
3.6. Electrical Testing
The modular plug and SL 110 jack must be tested for continuity and proper conductor mapping using
company-- approved testing procedures and safety practices.
Rev D
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114-- 13137
Inspection of Terminated SL 110 Jack
Top View
Conductors Bottomed in Wire Slots
Cable (Ref)
There are No Excess or Loose Conductors
Conductor Twisted to Within
6.0 [.24] of Termination
Figure 7
3.7. Assembly
A. Plug Kit
1. The modular plug must be fully seated in the plug assembly with the modular plug protruding from the
mating face of the plug assembly to the dimension given in Figure 8, Detail A.
2. The wire entry seal must be against the threads of the plug assembly.
3. The sealing nut must be against the shoulder of the plug assembly and must be tight to the torque
given in Figure 8, Detail B.
Assembling Plug Kit
Detail A
Detail B
Wire Entry Seal
Sealing Nut Against Shoulder
of Plug Assembly
Plug Assembly
Modular Plug
Sealing Nut
(Ref)
Sealing Nut Tight to a Torque
of 1.0 N--m [8.85 in.--lb]
Threads
11.2 [.440] Approx
Figure 8
B. Receptacle Kit
Shielded
1. The shield must be installed onto the SL 110 jack with the following requirements (refer to Figure 9,
Detail A):
a. each latch must be engaged with the hole of its corresponding tab
b. each belt must be completely through its corresponding belt latch and bent away from the cable
c. the ribs of the cable fitting must be pinched so that the cable fitting is tight around the cable foil or
braid
d. excess foil or braid must be removed from around the end of the cable fitting
2. The SL 110 jack must be fully seated in the receptacle assembly.
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Rev D
114-- 13137
3. The flange seal must be flat against the flange of the receptacle assembly—fitted over the front
(mating face) of the receptacle assembly for back panel mount or over the back of the receptacle
assembly for front panel mount. Refer to Figure 9, Detail B.
Assembling Shielded Receptacle Kit
Detail A
Latch
(8 Places)
Detail B
Back Panel Mount
Belt
(2 Places)
Front Panel Mount
SL 110 Jack Seated in
Receptacle Assembly
Tab (4 Places)
Cable Fitting
Mating Face
Flange Seal Against Front of
Flange Receptacle Assembly
Flange Seal Against Back of
Flange of Receptacle Assembly
Figure 9
Unshielded Cable
1. The latches of the bend--limiting strain relief must be engaged with the tabs of the SL 110 jack. The
length of the assembly must meet the dimension given in Figure 10, Detail A.
2. The SL 110 jack must be fully seated in the receptacle assembly (the locking tab of the jack must be
engaged with the wide slot of the receptacle assembly).
3. The flange seal must be flat against the flange of the receptacle assembly—fitted over the front
(mating face) of the flange for back panel mount or over the back of the flange for front panel mount.
Refer to Figure 10, Detail B.
Assembling Unshielded Cable Receptacle Kit
Detail A
Detail B
Back Panel Mount
Latch (2 Places)
Engaged with Tab (2 Places)
Front Panel Mount
SL 110 Jack Seated in
Receptacle Assembly
40.97
[1.613]
Mating Face
Flange Seal Against Front of
Flange at Receptacle Assembly
Flange Seal Against Back of
Flange of Receptacle Assembly
Figure 10
Rev D
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114-- 13137
Unshielded Pass- Through
1. The coupler must be fully seated in the receptacle assembly (the locking tab of the coupler must be
engaged with the wide slot of the receptacle assembly).
2. The flange seal must be flat against the flange of the receptacle assembly—fitted over the front
(mating face) of the receptacle assembly for back panel mount or over the back of the receptacle
assembly for front panel mount. Refer to Figure 11.
Assembling Unshielded Pass- Through Receptacle Kit
Front Panel Mount
Back Panel Mount
Coupler Seated in
Receptacle Assembly
Coupler Seated in
Receptacle Assembly
Flange Seal Against Front of
Flange of Receptacle Assembly
Flange Seal Against Back of
Flange of Receptacle Assembly
Figure 11
3.8. Panel
A. Cutout
The maximum panel thickness shall be 3.18 [.125]. The panel must be cut using the dimensions provided
in Figure 12.
Recommended Panel Cutout
Note: Not to Scale
3.68+0.15 mm
[.145+.006 in.]
(4 Places)
37.84+0.15 mm
[1.49+.006 in.]
36.53+0.25 mm
[1.438+.010 in.]
36.53+0.25 mm
[1.438+.010 in.]
Figure 12
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Rev D
114-- 13137
B. Mounting (Figure 13)
The receptacle assembly is designed for front or back panel--mount applications. The receptacle assembly
must be installed onto the panel with the following requirements:
1. The flange seal must be flat against the panel (front of the panel for front panel mount and back of the
panel for back panel mount).
2. Four commercially--available No. 4 screws must be used to secure the receptacle assembly to the
panel. The screws must be tight.
Panel Mounting
Note: Shielded Kit is Shown; Same Requirements Apply for Unshielded Kits
Front Panel Mount
Back Panel Mount
Flange Seal Against
Front of Panel
Flange Seal Against
Back of Panel
No. 4 Screw
(4 Places)
No. 4 Screw
(4 Places)
Figure 13
3.9. Engagement
Properly engaged connectors must have the following requirements:
1. The locking tab of the modular plug must be fully seated in the small slot of the jack or in--line coupler.
2. The coupling ring of the plug assembly must be engaged with the threads on the mating face of the
receptacle assembly. During engagement, the keys of the coupling ring must slide into the detents in the
threads of the receptacle assembly.
3. The length of the engaged connectors, measured from the sealing nut to the cable fitting (shielded kit or
unshielded cable kit) or the cable end of the in--line coupler (unshielded pass--through kit), must be within
the dimension given in Figure 14.
82.61 [3.252] Approx
Sealing Nut
Cable Fitting (Ref, Shielded Kit Shown)
Coupling Ring of Plug Assembly Engaged
with Threads of Receptacle Assembly
Figure 14
Rev D
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3.10. Repair
After a modular plug or SL 110 jack is terminated, it must not be re--terminated. Plugs and jacks must not be
re--used by removing the cable. The plug assembly must not be re--used by removing the sealing nut.
Damaged or defective components must not be used.
4. QUALIFICATION
The modular plug is Listed by Underwriters Laboratories Inc. (UL) in File E 81956 and Certified by CSA
International in File LR 7189A.
5. TOOLING
Tooling part numbers and instructional material packaged with the tooling are shown in Figure 15.
5.1. Tools for Terminating the Modular Plug
The modular plug single terminator is a pneumatically--powered, bench--mounted tool controlled by a foot
valve. The modular plug hand tool consists of a handle with a head that holds a die assembly.
The dual modular plug terminator is a pneumatically--powered, bench--mount machine that uses the
terminating module to terminates the modular plug to cable two at a time to create a cable assembly. During
termination, the tool tests the assembly for electrical circuit continuity. The terminator is actuated by a foot
switch.
5.2. Crimp Height Gage
The crimp height gage can be used to check the crimp height of the terminated modular plug. This gage
consists of a nest and a GO/NO--GO spanner.
5.3. Tools for Terminating the SL 110 Jack
The tool kit contains a hand tool capable of stripping the cable and terminating the jack. A lacing fixture is
available for use with the tool.
The impact tool is equipped with a punch--down mechanism to provide the force required to insert and trim the
conductors. Hand lacing is required when using this tool.
Modular Plug
Modular Plug Single Terminator
354711--[ ] and Tooling Kit
354714--7 (408--9919)
Modular Plug Hand Tool
3--231652--0 or 3--231652--1
(408--9767)
Modular Plug Dual
Terminator 1320840--1
(409--10010)
Terminating Module
1--856196--1
(408--9743)
SL 110 Jack
Crimp Height Gage
904170--1 (408--4389)
Tool Kits 1725150--[ ]
(408--8858)
Impact Tool 1583608--1
(No Document)
Figure 15
14 of 16
Rev D
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6. VISUAL AID
The illustration below shows a typical application of CPC Series 45 system. This illustration should be used by
production personnel to ensure a correctly applied product. Applications which DO NOT appear correct should
be inspected using the information in the preceding pages of this specification and in the instructional material
shipped with the product or tooling.
PLUG KIT
SEALING NUT MUST BE TIGHT
AND AGAINST SHOULDER OF
PLUG ASSEMBLY
MODULAR PLUG MUST
PROTRUDE FROM MATING
FACE OF PLUG ASSEMBLY
SHIELDED RECEPTACLE KIT
(Shown Panel Mounted)
SHIELD LATCHES MUST BE
ENGAGED WITH TAB HOLES
SHIELD BELTS MUST BE THROUGH BELT
LATCHES AND BENT AWAY FROM CABLE
THERE MUST BE NO EXCESS
FOIL OR BRAID AROUND
CABLE FITTING
CABLE FITTING MUST BE TIGHT
AROUND CABLE FOIL OR BRAID
SL 110 JACK MUST BE
FULLY SEATED IN
RECEPTACLE ASSEMBLY
FIGURE 16.
Rev D
FLANGE SEAL MUST BE FLAT AGAINST BACK OF
FLANGE OF RECEPTACLE ASSEMBLY FOR FRONT
MOUNT (AS SHOWN) OR AGAINST FRONT OF FLANGE
OF RECEPTACLE ASSEMBLY FOR BACK MOUNT
VISUAL AID (CONT’D)
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UNSHIELDED CABLE RECEPTACLE KIT
Panel Mounted
LATCHES OF BEND- LIMITING
STRAIN RELIEF MUST BE ENGAGED
WITH TABS OF SL 110 JACK
SL 110 JACK MUST BE
FULLY SEATED IN
RECEPTACLE ASSEMBLY
FLANGE SEAL MUST BE FLAT AGAINST BACK OF
FLANGE OF RECEPTACLE ASSEMBLY FOR FRONT
MOUNT (AS SHOWN) OR AGAINST FRONT OF FLANGE
OF RECEPTACLE ASSEMBLY FOR BACK MOUNT
Panel Mounted and Mated
(Same Requirements Apply
to All Connectors)
COUPLING RING OF PLUG ASSEMBLY
MUST BE ENGAGED WITH THREADS
OF RECEPTACLE ASSEMBLY
LOCKING TAB OF MODULAR PLUG
MUST BE FULLY SEATED IN SMALL
SLOT OF JACK (OR IN- LINE COUPLER)
UNSHIELDED PASS- THROUGH RECEPTACLE KIT
(Shown Panel Mounted)
IN- LINE COUPLER MUST
BE FULLY SEATED IN
RECEPTACLE ASSEMBLY
FLANGE SEAL MUST BE FLAT AGAINST BACK OF
FLANGE OF RECEPTACLE ASSEMBLY FOR FRONT
MOUNT (AS SHOWN) OR AGAINST FRONT OF FLANGE
OF RECEPTACLE ASSEMBLY FOR BACK MOUNT
FIGURE 16.
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VISUAL AID (END)
Rev D
