Nokia Solutions and Networks T7HN1 2.5 GHz Diversity Access Point User Manual users manual 4

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Document Description	users manual 4
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Date Submitted	2007-07-18 00:00:00
Date Available	2007-07-18 00:00:00
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Document Title	users manual 4
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Base Control Unit Installation
Figure 4-4
Chapter 4: Access Point Hardware Installation
BCU Door Clearances
305 mm / 457 mm (12 in.) / (18 in.)
Recommended for Fiber Connection
406 mm (16 in.)
Left & Right Door
432 mm (17 in.)
DACS Door
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Conduit Sizes
Refer to Table 4-1 for the proper conduit sizes.
Table 4-1
Conduit Types and Sizes
No.
Designation
Required Size
Hole Size
Ethernet
1 inch (25.4 mm)
1 inch (25.4 mm)
Power
1–1/4 inch (31.75 mm)
1–1/4 inch (31.75 mm)
Fiber Optic
None
Bulkhead connector
Tools and Materials
The following tools and materials or equivalent are required to install the BCU.
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Bucklestrap Cutting Tool (Motorola P/N 6604809N01) for pole mounting bracket assembly
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Safety Glasses
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13/16 Breakaway Torque Wrench 38 in-lb (4.3 N-m)
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Chalk
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Tape Measure
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Electrical Tape
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Crescent Wrench
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Socket Driver
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Metric or Standard Socket Set for 1/4–in or 3/8–in driver
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Power Drill
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Concrete and Wood Drill Bits
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Crimp Tool
BCU Wall/Pole Mounting Bracket Assembly Installation
Figure 4-5 shows the Wall/Pole Mounting Bracket and Mounting Bracket Assembly.
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Chapter 4: Access Point Hardware Installation
Figure 4-5 BCU Wall/Pole Mounting Bracket Assembly
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BCU Mounting Bracket Assembly Procedure
Pole Mount
Perform the following procedure to install the Pole/Wall Mounting Bracket Assembly on a pole.
Once the BCU is installed, DO NOT use it as a step ladder. It is not designed to support
a person hanging from or standing on top of it.
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Procedure 4-1
Base Control Unit Installation
Procedure to Install Mounting Bracket Assembly on a Pole
Slide non–buckle end of strap through openings in Pole Mounting Bracket
Assembly.
Set Pole Mounting Bracket Assembly with straps at the desired height.
Initial height is determined by customer. The bottom of the BCU
is a minimum of 1 meter from the ground. Adjust Pole/Wall
Mounting Bracket Assembly to account for this minimum distance.
Wrap strap around the pole, slide non–buckle end
through strap loop and around the pole again.
Slide end through strap loop and pull snug.
Attach Bucklestrap Cutting Tool (slide strap through openings in tool,
pull gripper lever to slide strap into spindle head), slide tool towards
buckle. Place cutting tool end of tool as close to the buckle as possible.
The strap can be cut to a more manageable length prior to using
the tool. Bucklestrap Cutting Tool is a ratchet spindle and cutter
in one.
Turn spindle clockwise until strap is tight.
Bend the excess strap over tightened strap, cut strap, fold the cut tab into
the buckle, then close buckle.
Using the tool bend the strap over towards the buckle.
Remove tool and use a hammer to bend the strap more.
Use the hammer to bend buckle tabs over strap.
Use electrical tape to cover over the buckle and straps.
Perform step 3 through step 8, for the remaining straps.
If not already attached to BCU, attach Mounting Bracket to BCU using nine
M6 bolts and washers (Refer to Figure 4-5). Torque bolts to 30 in–lbs (3.4
N–m).
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Chapter 4: Access Point Hardware Installation
Wall Mount
Perform the following procedure to install the Pole/Wall Mounting Bracket Assembly on a wall.
Procedure 4-2 Procedure to Install Mounting Bracket Assembly on a Wall
Determine the height at which the Base Control Unit (BCU) will be mounted.
Make sure the wall is capable of supporting the weight, check with Site
Manager.
Use the Wall Mounting Bracket as a template to layout the nine hole locations.
Drill starter holes for the anchor bolts at the locations marked.
Secure Wall Mounting Bracket to wall using nine
M6 bolts and washers. Refer to Figure 4-5.
Torque bolts to 30 in-lbs (3.4 N-m).
Mount BCU onto Wall Mounting Bracket and secure in place.
Installing the BCU
Follow the steps in Procedure 4-3 to install the Base Control Unit (BCU).
Procedure 4-3
Procedure to Install the Pole Mount BCU
Perform the procedure for attaching the Pole Mounting Bracket Assembly described in
Procedure 4-1.
Mount the BCU onto the mounting bracket and secure using 12 screws. Refer to Figure 4-5).
It is recommended that a minimum of two people attach the BCU on the pole
mounting bracket.
BCU is ready for cabling. Proceed to Procedure 4-6.
Perform Procedure 4-4 to floor mount the BCU on a concrete pad.
Procedure 4-4 Installing the BCU Plinth on Concrete
Position the plinth in the desired position.
Mark the hole locations on the floor using the plinth as a template.
Continued
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Procedure 4-4 Installing the BCU Plinth on Concrete (Continued)
Set aside the plinth and drill holes where hole locations are marked.
Ensure that isolation pad is affixed to bottom
of each bracket. Set plinth over holes.
Secure plinth to floor using one flat isolation washer and
one Hilti—Bolt (HSL-3M 8/20) each. Torque bolts to 65 ft-lbs (8.8 N-m)
See Figure 4-7 .
Verify that plinth is secured to floor.
If left and right brackets have not been previously attached to BCU underside,
secure brackets to underside of BCU using four bolts, nuts, and washers each.
Torque bolts to 10 ft-lbs (13.6 N-m). See Figure 4-8
If BCU already has left and right brackets attached to its underside, set the
BCU onto the plinth and secure in place using eight screws. Torque the
screws to 10 ft-lbs (13.6 N-m). See Figure 4-8
The BCU can only be set on the plinth in one direction. The
Customer Interface Compartment seats over the notched end of
the plinth.
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Chapter 4: Access Point Hardware Installation
Procedure 4-4 Installing the BCU Plinth on Concrete (Continued)
BCU is ready for cabling. Proceed to Procedure 4-6
Figure 4-6
BCU Plinth
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Figure 4-7 Mounting Bolt Conguration (Concrete)
CONCRETE PAD
HILTI-BOLT
HSL-3M 8/20
LARGE FLAT
WASHER
OPTIONAL
ISOLATION
WASHER
PLINTH
MOUNTING
BRACKET
ISOLATION
PAD
(AFFIXED
TO
BRACKET)
CONCRETE
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Base Control Unit Installation
Figure 4-8
Chapter 4: Access Point Hardware Installation
BCU Attachment to Plinth
BCU
Right Bracket
Left Bracket
Plinth
Isolation Pads
(Affixed to bottom of bracket s)
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Perform Procedure 4-5 to floor mount the BCU on a raised platform or roof.
Procedure 4-5 Installing the Plinth on a Raised Platform or Roof Top
Verify with the Site Manager that the platform/roof top is capable of
supporting the weight of the BCU
Position the plinth in the desired position.
Mark the hole locations on the platform or roof top using the plinth as a
template.
Continued
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Procedure 4-5
Base Control Unit Installation
Installing the Plinth on a Raised Platform or Roof Top (Continued)
Set aside the plinth, and drill holes where hole locations are marked.
Set plinth over holes.
Secure plinth to platform or roof top using one large flat
washer, lock washer, small flat washer, 12M nut, and 12M
bolt each. Torque bolts to 65 ft-lbs (88 N-m) See Figure 4-9.
If left and right brackets have not been attached to BCU, proceed
to step 6. Otherwise, proceed to step 7
Attach left and right brackets to underside of BCU using four screws, nuts,
and washers each. Torque screws to 10 ft-lbs (13.6 N-m ). See Figure 4-8.
Proceed to step 8
If BCU already has left and right brackets attached to its underside, set the
BCU onto the plinth and secure in place using eight screws. Torque the
screws to 10 ft-lbs (13.6 N-m).
The BCU can only be set on the plinth in one direction. The
Customer Interface Compartment seats over the notched end of
the plinth.
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Chapter 4: Access Point Hardware Installation
Procedure 4-5
Installing the Plinth on a Raised Platform or Roof Top (Continued)
BCU is ready for cabling. Proceed to Procedure 4-6
Figure 4-9 Mounting Bolt Conguration (Raised Platform or Roof Top)
ROOFTOP
M12 X 100 BOL T
INSULATING
(OPTIONAL)
SMALL FLAT
WASHER
WASHER
LARGE FLAT
WASHER
PLINTH MOUNTING
BRACKET
ISOLATION
PAD
(AFFIXED TO
BRACKETS)
MOUNTING
STRUCTURE
(I BEAM)
LOCK WASHER
SMALL FLAT
WASHER
M12 NUT
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BCU Cable Installation
Perform the procedure inProcedure 4-6 to install the BCU cables.
Procedure 4-6
BCU Cabling Procedures
Continued
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Procedure 4-6 BCU Cabling Procedures (Continued)
The cable access holes are covered. Remove the wing nuts and
covers before routing cables to and from the BCU Customer
Interface Compartment.
For BCU Ground cable installation, BCU ground is located on the side just
behind the Customer Interface compartment door hinge. Attach the 2–hole
lug and cable to the ground location on the BCU. Attach other end of ground
cable to system ground bus bar.
Ensure the AC (or DC) power is disabled at the source
before attempting to install the AC (or DC) power cabling.
For AC power cable installation, perform Procedure 4-7.
For DC power cable installation, perform Procedure 4-8
For RF Head DC power cable installation, perform Procedure 4-14 .
For Fiber Optic cable installation, perform Procedure 4-16
For RGPS cable installation, perform Procedure B-1.
For Local GPS cable installation, perform Procedure 4-10
For Customer Input and Output cable installation, perform Procedure 4-12.
To avoid confusion tag the output cables.
For Ethernet cable installation (if available), perform Procedure 4-11
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AC or DC Power Cabling Installation
Chapter 4: Access Point Hardware Installation
AC or DC Power Cabling Installation
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Objective
This section contains the procedure for installing the AC power cable.
This equipment uses dangerous voltages and is capable of causing death. Use extreme
caution when handling and testing this equipment. Earth connection is essential before
connecting the power due to the presence of high earth leakage current.
AC Cable Description
Cable E as listed inTable 3-1 is required for this installation.
The minimum bend radius for this cable is 90 mm.
Tools Required
The following tools are required to install the AC power cables.
•
No. 2 Blade screw driver
AC Power Connection Procedure
Follow the steps in Procedure 4-7 to connect a 100/240 VAC, Single Phase AC power cable to
the Base Control Unit (BCU). The AC power cable will be routed through one and one-half inch
conduit to the appropriate access hole on the underside of the BCU. The circuit breaker rating
ofr the AC Surge Protect is 25 A.
Branch Circuit protection to be provided during installation. A Single pole 25A rated circuit
breaker or adequately rated fuse shall be used for nominal 110/240 VAC installations." "For
supply connections, use wires suitable for at least 75°C" "Unit is intended for installation in
Restricted Access Locations"
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AC or DC Power Cabling Installation
This equipment is designed to permit the connection of the earthed conductor of the
DC supply circuit to the earthing conductor at the equipment. If this connection is
made, all of the following conditions must be met:
•
This equipment shall be connected to directly to the DC supply system earthing
electrode conductor or to a bonding jumper from an earthing terminal bar or bus
to which the DC supply system earthing electrode conductor is connected.
•
This equipment shall be located in the same immediate area (such as, adjacent
cabinets) as any other equipment that has a connection between the earthed
conductor of the same d.c. supply circuit and the earthing conductor, and also
the point of earthing of the DC system. The DC system shall not be earthed
elsewhere.
•
The DC supply source is to be located within the same premises as the equipment.
•
Switching or disconnecting devices shall not be in the earthed circuit conductor
between the d.c. source and the point of connection of the earthing.
For supply connections, use wires suitable for at least 75°C.
Floating Supply voltage should not exceed 60 VDC for DC powered equipment.
Unit is intended for installation in Restricted Access Locations
Branch Circuit protection to be provided during installation. A single pole 50A rated circuit
breaker or adequately rated fuse shall be used for nominal -48 VDC installations. A Single
pole 80A rated circuit breaker or adequately rated fuse shall be used for nominal +27 VDC
installations.
Procedure 4-7
Procedure to Install AC Power Cable
Ensure that AC power at the source is disabled before handling cable.
AC power cables are supplied by the customer and should already
have been laid out at the site.
If not already done, route AC power cables through conduit to BCU Customer
Interface compartment.
In the BCU Customer Interface compartment, open the AC Surge Module
cover by loosening two captive screws. AC Surge Module cover is hinged.
Loosen screws on AC power terminal block. Insert AC power cables into
GROUND,LINE and NEUTRAL and tighten screws. See Figure 4-10
Ensure a good connection.
Close AC Surge Module cover and secure by tightening two captive screws.
If required, enable AC power at the source.
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Chapter 4: Access Point Hardware Installation
Figure 4-10 BCU AC Power Connection
Neutral Connection
Ground
Connection
Line Connection
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DC Cable Description
Cable M as listed inTable 3-1 is required for this installation.
DC Power Connection Procedure
Follow the steps in Procedure 4-8 to connect a nominal +27 or —48 VDC power cable to the
Base Control Unit (BCU). The DC power cable will be routed through one and one-half inch
conduit to the appropriate access hole on the underside of the BCU.
The circuit breaker rating for the +27 DC Surge Protect is 80 A. The circuit breaker rating for
the —48 V DC Surge Protect is 50 A.
Procedure 4-8 Procedure to Install DC Power Cable
Continued
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AC or DC Power Cabling Installation
Procedure 4-8 Procedure to Install DC Power Cable (Continued)
Ensure that DC power at the source is disabled before handling cable.
DC power cables are supplied by the customer and should already
have been laid out at the site.
If not already done, route DC power cables through conduit to BCU Customer
Interface compartment.
In the BCU Customer Interface compartment, open the DC Surge Module
cover by loosening two captive screws. DC Surge Module cover is hinged.
Loosen screws on DC power terminal blocks. Insert DC
power cables into +27VDC and RETURN or —48VDC
and +0V RETURN and tighten screws. See Figure 4-11
Ensure a good connection.
Close DC Surge Module cover and secure by tightening two captive screws.
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Chapter 4: Access Point Hardware Installation
Procedure 4-8 Procedure to Install DC Power Cable (Continued)
If required, enable DC power at the source.
Figure 4-11 BCU DC Power Connection
Ground
Ground
-48 VDC
Connection
+27VDC
Connection
+27VDC
-48VDC
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Access Point Hardware Installation
Local GPS Cabling Installation
Local GPS Cabling Installation
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Objective
The objective of this procedure is to install the Local (RF) Global Positioning System (RF GPS)
cabling.
Tools and Materials
provides the quantities and descriptions of the cables.
•
5/16 Breakaway Torque Wrench 9-in. lb
•
Adjustable Torque Ratchet with metric socket set
•
Flathead screwdriver
•
N-SMA Adapter
Cable Description
Cable K as listed in Table 3-1 is required for installation.
Surge Arrestor Installation
Perform the procedure in Procedure 4-9 to install the surge arrestor.
Procedure 4-9
Procedure to Install Surge Arrestor
Open Base Control Unit (BCU) Customer Interface Compartment.
Verify that surge arrestor is already installed. If not, then remove surge
arrestor from kit.
Install surge arrestor in the right side bottom of Customer Interface
Compartment, see Figure 4-13.
Attaching the ground cable is optional.
If not provided, perform the following to make
the ground cable for the surge arrestor.
Get two lug nuts.
Continued
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Local GPS Cabling Installation
Chapter 4: Access Point Hardware Installation
Procedure 4-9
Procedure to Install Surge Arrestor (Continued)
Crimp one end each of a 6 – 8 inch long, #6 AWG cable to the lug nuts.
Unscrew knurled nut from surge arrestor and attach ground lug.
Screw knurled nut into surge arrestor and hand tighten.
Attach other end of ground cable to the threaded ground
connection just above the surge arrestor. See Figure 4-13.
Attach self locking nut to secure ground connection to BCU.
Figure 4-12 Surge Arrestor
RGPS / RFGPS SURGE
ARREST OR
800 - 2500 MHz
TO
RGPS OR RFGPS
CONNECT OR
GROUND CONNECT OR
ANTENNA CONNECT OR
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Local GPS Cabling Installation
Figure 4-13 Surge Arrestor Orientation and Ground Location
RF -GPS Cable
To Antenna
Ground Cable
(Optional Connection)
ti-cdma-05831.eps
Installing Local GPS Antenna and Cable
Figure 4-14 shows the components of the Local GPS. The Local GPS is connected to the BCU
via the Customer Interface compartment.
Procedure 4-10
Procedure for Installing Local GPS Antenna and Cabling
Determine the mounting location (see Local GPS Mounting Considerations,
Table 3-8).
Install the mounting kit at the Local GPS location of choice. Use the
appropriate mounting bolts for mounting surface.
Continued
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Chapter 4: Access Point Hardware Installation
Procedure 4-10 Procedure for Installing Local GPS Antenna and Cabling (Continued)
The roof structure on which the mounting pole is attached should be
veried by a qualied structural engineer for the weight of the Local
GPS engine and mounting hardware or under adverse conditions
for the installation area
Mounting the Local GPS antenna and hardware to an inadequate roof surface
and/or using inadequate installation methods can result in serious injury.
Attach the Local GPS antenna assembly to the mounting bracket and secure
washer and custom nut supplied. See Figure 4-14
Attach the grounding kit to the mounting pole with u-bolts and secure using
washers and nuts supplied. See Figure 4-14
Connect one (1) N connector of the 50 feet superflex cable to the N jack of the
RF GPS antenna cable (K) and route the other end of the cable down to the
BCU. Make allowances for strain relief.
Route the cable to the underside of the BCU to surge
arrestor connector (in Customer Interface Compartment).
Connect RF GPS cable between RF GPS Module and top of surge arrestor.
Continued
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Local GPS Cabling Installation
Procedure 4-10 Procedure for Installing Local GPS Antenna and Cabling (Continued)
Figure 4-14 Local GPS Installation and Components Diagram
NOTE:
1. TOTAL WEIGHT FOR GPS ANTENNA
ASSEMBLY -- 0.65 LBS
ANTENNA
(GCNTM20A3A)
(SEE NOTE 1)
N CONNECTOR
ANTENNA IS DESIGNED FOR A 1--IN DIA.
NOMINAL PIPE.
RUBBER PAD
(P/O ANTENNA)
THE ANTENNA CAN BE INSTALLED ON A
3/4--IN DIA. PIPE, HOWEVER, NYLON
SPACERS ARE REQUIRED TO TAKE UP
THE SLACK ON THE U--BOLT.
SPACERS ARE CUSTOMER SUPPLIED
AND IT IS RECOMMENDED THAT THEY
MEET THE FOLLOWING REQUIREMENTS:
U--BOLTS P/O
MOUNTING
BRACKET
NYLON, 1/2--IN LG, 0.0742--IN OD AND
0.250--IN ID. QTY. OF 4.
MOUNTING
BRACKET
(MNT62312B1)
NUTS AND LOCK
WASHERS
P/O MOUNTING
BRACKET
WASHER P/O ANTENNA
CUSTOM HEX NUT M36 MM
P/O ANTENNA
(CGDSVXL550)
ADJUSTABLE FROM
33.5 TO 47--IN.
LA
ROOF
TO BCU
E/K
(FSJ4--50B)
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Ethernet Cabling Installation
Chapter 4: Access Point Hardware Installation
Ethernet Cabling Installation
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Objective
This section contains the procedure for installing the Ethernet cables.
Cable Description
Cable J as listed in Table 3-1 is required for installation.
Installing Ethernet Cables
Follow the steps in Procedure 4-11 to install the ethernet cables.
Procedure 4-11 Procedure to Install Ethernet Cables
If not already done, remove conduit plug at the bottom of the BCU.
If Ethernet cables are not present, route
one end to Site Termination Equipment.
If Ethernet cables are present, route them through conduit
and through access hole in the bottom of the BCU.
Insert cable connectors in the sockets labeled ENET A and ENET B.
If there are no more cables to connect close and lock Customer Interface
compartment.
Figure 4-15 Ethernet Cable Connection
ENET - A
ENET - B
ENET- A
ENET- B
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Customer Input/Output Cabling Installation
Customer Input/Output Cabling Installation
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Objective
This section contains the procedures for installing the Customer Defined Input/Output cables.
Cable Descriptions
Cable F as listed inTable 3-1 is required for installation.
Customer Input and Output Connector Pinouts
This section contains the procedures for installing the Customer Defined Input/Output cables.
The CDI/CDO cables will be routed through one inch conduit to the access hole on the underside
of the BCU.
Figure 4-16 Customer Dened Input and Output Connectors
RGD
CUST. OUTPUT 1-2
CUST. OUTPUT 3-4
CUST. INPUT 5-8
CUST. INPUT 13-16
CUST. INPUT 1- 4
CUST. INPUT 9-12
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Customer Dened Input/Output Cable Installation
Follow the procedure in Procedure 4-12 to install the Customer Defined Input/Output Cables
Continued
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MAY 2007

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Modify Date                     : 2007:07:10 12:54:04-05:00
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Metadata Date                   : 2007:07:10 12:54:04-05:00
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