Nokia Solutions and Networks T6HG1 Users Manual

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R20 1X UBS Macro B T S Hardw are Installation Site v erication

Site verication

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Site installation checks

V erify that the site is ready for BTS installation before performing the physical installation.

A detailed layout of the site is provided with the site -speciﬁc documentation. Before installing the hardware, compare the information presented here to the site -speciﬁc documentation layout and verify with the Site Manager for the following:

• All cable trays are installed.

• All external signal cables are connected.

• Site is clean.

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• Site speciﬁc documentation covering all site dependent installation information is available.

• The installation area has restricted access. Equipment is meant to be installed and

operated in a restricted access location. In order to maintain UL listing, equipment must be installed in a restricted access area.

• The site can maintain the required temperature range.

• The layout meets the minimum clearance requirements for the equipment as listed in

T able 2 -5 , T able 2 -6 and T able 2 -7 .

• All building DC power cables are connected.

• The building meets the voltage and power requirements shown in

built)

documents.

Site description (as

• P ower cables are present that meet the requirements shown in T able 2 -8 .

• The procedure, tools, and equipment required to mount the rack to the ﬂoor are speciﬁed

by a Structural Engineer .

• The site can meet the footprint dimensions (as shown in Figure 2 -5 ) and not violate any of the required clearances.

• Site grounding is according to Grounding Guidelines for Cellular R adio Installations (Motorola part number 68P81150E62).

• The screen (outer shield) of the RF antenna coaxial cable must be connected to earth (grounded) at the entrance to the building. This should be done in accordance with applicable national electrical installation codes (Section 820.93 of the National Electrical Code, ANSI/NFP A 70.

• V erify that the Master Ground Bar is connected to a solid earth ground. This is required to ensure protection from hazardous voltages by providing a high integrity protective earthing circuit when the frame is later grounded to the Master Ground Bar .

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Site v erication Chapter 2: UBS Macro B T S Installation Procedure

• The frames can be mounted as speciﬁed in the site -speciﬁc documentation.

• Each frame has its own main power cut off .

Motorola recommends a separate main power cut off for each frame of the system.

Temperature range

The site building must be able to maintain a temperature between 0° C and 50° C . The life span of electronic equipment is shortened by environmental variations, even though it is designed to operate at extreme temperatures.

Frame physical dimensions

Frame clearances

The following table gives the frame dimensions.

Table 2 -4 Fr ame dimensions

Height W idth Depth

1800 mm

(70.86 inches)

The following tables give the frame clearances for various conﬁgurations.

575 mm

(22.63 inches)

(27.55 inches)

700 mm

Maximum

W eight

312 kg

(688 lbs)

Table 2 -5 Minimum fr ame clear ances for airow

Front Rear T op

150 mm

(5.9 inches)

150 mm

(5.9 inches)

Left side

300 mm

(11.8 inches)

0 mm

(0 inches)

Right side Bottom

0 mm

(0 inches)

Table 2 -6 Minimum fr ame clear ances for maintenance - front access only

0 mm

(0 inches)

Front Rear T op

700 mm

(27.55 inches)

2 -16 68P09283A62 -2

150 mm

(5.9 inches)

300 mm

(11.8 inches)

Left side

75 mm

(2.95

inches)

Right side Bottom

75 mm

(2.95 inches)

0 mm

(0 inches)

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R20 1X UBS Macro B T S Hardw are Installation Site v erication

Table 2 -7 Minimum fr ame clear ances for maintenance - front and rear access

Front Rear T op

700 mm

(27.55 inches)

150 mm

(5.9 inches)

300 mm

(11.8 inches)

Frame DC input power and power cabling information

T able 2 -8 gives DC input power cabling and circuit breaker information.

F or frame maximum and typical power consumption, refer to the

Speciﬁcation (B1)

whichever is applicable.

Table 2 -8 +27 V DC and –48 V DC Fr ame P ower Cabling and P ower Supply Break er Information

Qty of XMIs

1 661.11 cm

1 833.63 cm

1 1051.25 cm

2 661.11 cm

2 833.63 cm

2 1051.25 cm

3 661.11 cm

3 833.63 cm

3 1051.25 cm

Maximum

cable length

(21.69 ft)

(27.35 ft)

(34.499 ft)

(21.69 ft)

(27.35 ft)

(34.499 ft)

(21.69 ft)

(27.35 ft)

(34.499 ft)

document or

Cable

size

(A WG)

2/0 200 1 250

3/0 150 1 250

4/0 150 1 250

2/0 200 1 250

3/0 150 1 250

4/0 150 1 250

2/0 200 2 250

3/0 150 2 250

4/0 150 2 250

Left side

0 mm

(0 inches)

UBS (1.9 GHz) BTS Speciﬁcation (B1)

Cable insulation

temperature rating

(° C)

Qty of power

feeds (+ and

- pairs)

Right side Bottom

0 mm

(0 inches)

0 mm

(0 inches)

UBS (800 MHz) BTS

document

Breaker size per feed (Amps DC)

Continued

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Site v erication Chapter 2: UBS Macro B T S Installation Procedure

Table 2 -8 +27 V DC and –48 V DC Fr ame P ower Cabling and P ower Supply Break er Information (Continued)

Qty of XMIs

4 661.11 cm

4 833.63 cm

4 1051.25 cm

Frame positioning

Typically , equipment frames are positioned side -by -side, with the frame fronts facing the same direction.

Rack base description and dimensions

The base of the rack consists of the following:

• Isolation pads attached to the base to isolate the rack from the ﬂoor . The isolation pads are positioned between the ﬂoor and the base.

Maximum

cable length

(21.69 ft)

(27.35 ft)

(34.499 ft)

Cable

size

(A WG)

2/0 200 2 250

3/0 150 2 250

4/0 150 2 250

Cable insulation

temperature rating

Qty of power

feeds (+ and

(° C)

- pairs)

Breaker size per feed (Amps DC)

• Six 22 mm (0.87 inches) M12 mounting holes.

• Plastic shoulder washer in each hole to isolate the frame from the ﬂoor . Figure 2 -5 shows

the footprint of the rack.

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R20 1X UBS Macro B T S Hardw are Installation Site v erication

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(264.50)

2X 75.00 (Clearance)

6X M12 Fasteners

(429.80)

(284.20)

(700.00)

700.00 (Clearance)

(529.00)

(447.00)

(223.50)

(101.60)

2X 209.55 +/- 0.40

226.60 +/- 0.40

2X 277.40 +/- 0.40

2X 50.80 +/- 0.40

150.00 (Clearance)

2X 209.55 +/- 0.40

FRONT

Measurements are in mm.

Figure 2 -5 R ack footprint

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T ask 1: Installing RGPS Head Chapter 2: UBS Macro B T S Installation Procedure

Task 1: Installing RGPS Head

Objective

The objective of this procedure is to install the optional Remote GPS (RGPS) head and cables (NN and AA). The site conﬁguration/characteristics determines whether an RGPS head and cables are to be installed.

Any of the following RGPS heads may be used:

• STLN6594 (Motorola part number)

• 0186012H04 (Motorola part number)

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RGPS head installation

Required items

Cable NN works with any of the above listed RGPS heads.

The following tools are required:

• Adjustable torque ratchet with metric socket set

• Flat head screwdriver

• Lightning Arrestor (Motorola part number CGDSO971017AA1 or equivalent)

T able 2 -9 gives a list of the cables.

Table 2 -9 List of required cables for RGPS head installation

Cable Quantity

1 SGKN4430

Part Number Description

15 pin D -connector on one end and loose

(3086433H14)

3086039H10

3086039H11

3086039H12

wires on the other end. Cable is Motorola P/N 3086433H12.

RGPS cable, 15 m (50 ft); part of Option T472AG

RGPS cable, 38 m (125 ft); part of Option T472AH

RGPS cable, 76 m (250 ft); part of Option T472AJ

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R20 1X UBS Macro B T S Hardw are Installation T ask 1: Installing RGPS Head

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Remote GPS

Head

Lightning Arrestor

BTS

SSI

Table 2 -9 List of required cables for RGPS head installation (Continued)

Cable Quantity

Part Number Description

3086039H13

RGPS cable, 152 m (500 ft); part of Option T472AK

Cabling diagrams

The following ﬁgures show the cabling for an RGPS head.

Figure 2 -6 RGPS cabling diagr am

3086039H14

RGPS cable, 304 m (1000 ft); part of Option T472AL

68P09283A62 -2 2 -21

When wiring the Motorola P/N STLN6594 RGPS Head at a new B T S site, the Y ellow and Y ellow/Black wires on both sides of the lightning arrestor must be disconnected (see Figure 2 -7 and Figure 2 -8 ). Otherwise, the STLN6594 RGPS Head will be permanently damaged.

If a Motorola P/N 0186012H04 or 0186012H03 RGPS Head at an existing B T S site is being replaced with the Motorola P/N STLN6594 RGPS Head, the Y ellow and Y ellow/Black wires on both sides of the lightning arrestor must be disconnected (see

Figure 2 -7 and Figure 2 -8 ). Otherwise, the STLN6594 RGPS Head will be permanently

damaged.

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T ask 1: Installing RGPS Head Chapter 2: UBS Macro B T S Installation Procedure

Blue/Bla ck

Blue

Yellow/Black

Yellow

Green /Blac k

Green

White/Bla ck

White

Brown/Black

Brown

1 1 12

Earth Groun d

RGPS C ABLE CO NNECTOR

(VIEWED FROM CABLE PE RSPECTIVE)

NN AA

CABLE DRAIN

LIGHTNING ARRESTOR (WNP CGDSO971017AA 1 OR E QUIVALENT)

D-CONNECTOR TO BTS

ALTERNATE RGPS HEAD (MOTOR OLA

P/N 0186012H04)

CELL SITE

GRO UND =

Re d

Re d/Black

Yellow

Yellow/Black

Yellow

Yellow/Black

No Connection

ti-cdma-05701.ep s

RGPS H EAD (MOTORO LA

P/N STLN6594)

- OR -

The Motorola P/N 0186012H04 RGPS Head will work with the Y ellow and Y ellow/black wires disconnected or connected on both sides of the lightning arrestor .

Figure 2 -7 RGPS wiring

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R20 1X UBS Macro B T S Hardw are Installation T ask 1: Installing RGPS Head

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Blue/Blac k

Blue

Green/Blac k

Green

White/Black

White

Red /Black

Yellow

/Black

Yellow

Red Brown/Blac k

Brown

Cab le Drain

Blue/Black

Blue

Green/B lac k

Green

White/Black

White

Re d/Black

Re d

Brown/Black

Brown

Ca ble Dra in

+4 0V

Line s +1 7V

D C

Li n

es +1

7 V

Line s

+1 7V

D C

Equ ipm e n t+1 7V

D C

Equ i

p ment+ 40 V

Equ ipm e n

NO TE

NN (RGPS )

TO RGPS

ANTENNA

EARTH GROUN D

MOUNTING PLATE

Blue/Black

Blue

Yellow/Black

Yellow

Green/B lac k

Green

White/Black

White

Re d/Black

Re d

Brown/Black

Brown

3 4

6 7

9 10 11

No Connection No Connec tion

Wh e n th e lig h tn ing a rr e sto r is p ro pe rly wir ed , th e co lo r o f t he wir e a tt ac he d t o e ac h "E qu ip me n t" s cr ew te r min al sh ou ld m a tc h th e c olo r of th e w ire a tta c he d to th e c or re s po nd - in g "Lin es " sc re w t er min a l.

AA (RGP S) TO BTS

C AU TIO N !

All ligh tn ing a rre s to r wir e c on ne c tio ns

s ho uld be th or ou gh ly in sp e cte d fo r inte gri ty a nd a c cu ra c y. Ve rify t ha t th e co nn e ctio ns a re exa c tly a s s ho wn in th is d ia gra m . P ro ble m s d ue to w irin g e rr or s c a n ra n ge fr om im pr op e r BTS o p era t ion to p e rm an en t d am ag e to th e RG P S h ea d. Th e o p era t ion al p ro ble ms m a y no t be e a s ily d e te cta ble .

Yellow/Black

Yellow

Figure 2 -8 RGPS lightning arrestor wiring

Mounting diagrams

Figure 2 -9 and Figure 2 -10 show the mounting details for the RGPS heads.

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T ask 1: Installing RGPS Head Chapter 2: UBS Macro B T S Installation Procedure

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THREADED MOUNT ADAPTER

12-PIN DEUTSCH TYPE MMP

CONNECTOR

12-PIN DEUTSCH TYPE MMP

CONNECTOR

ALTERNATE RGPS HEAD (MOTOROLA

P/N 0186012H04)

RGPS HEAD (MOTOROLA

P/N STLN6594)

Figure 2 -9 RGPS heads

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R20 1X UBS Macro B T S Hardw are Installation T ask 1: Installing RGPS Head

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WALL MOUNTING BRACKETS (2)

CLAMP BRACKETS (2)

U-BOLTS

CABLE TO LIGHTNING ARRESTOR (CABLE NN)

RGPS HEAD WITH 12 PIN MALE CONNECTOR

MATING CONNECTORS

RGPS INTERFACE CABLE WITH 12 PIN FEMALE CONNECTOR ON ONE END AND UNTERMINATED WIRE ON OTHER END

CABLE TO LIGHTNING ARRESTOR (CABLE NN)

ALTERNATE RGPS HEAD (MOTOR OLA P/N 0186012H04)

RGPS H EAD (MOTORO LA P/N STLN6594)

Figure 2 -10 Installing the RGPS head

Cable pinout

Figure 2 -11 shows the connector pins on cables AA and NN . T able 2 -10 gives the pinout for

cable AA and NN and signal names.

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T ask 1: Installing RGPS Head Chapter 2: UBS Macro B T S Installation Procedure

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11 12

CONNECTOR FOR CABLE NN

PIN 1

CONNECTOR FOR CABLE AA

PIN 9

Figure 2 -11 Connector pin numbering for cables NN and AA

Table 2 -10 Pinout for cables NN and AA

Cable NN (12-cond) Cable AA (12-cond)

(12-pins)

1 P ower 1

Transmit P ort (-) Green-Black

Transmit P ort (+)

Signal W ire Color

DC Ground 1 Blue-Black

Blue

Not Used Y ellow-Black

Not Used Y ellow

Green 1

(15-pins)

15 RGPS Return

Signal

RGPS +27 V Supply

Not Used

DA T A (-) From Head

DA T A (+) From

Head 2

Receive P ort (-) White-Black

Receive P ort (+) White

Not Connected Red-Black

Not Connected Red

PPS Timing (-) Brown-Black

PPS Timing (+)

Brown

DA T A (-) T o Head

DA T A (+) T o Head

TDR Ground

TDR (+)

SYNC (-) From Head

SYNC (+) From

Head

Cable Drain

Ground

(Shield)

5, 6

W ire colors are the same for both cables.

Not Connected

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R20 1X UBS Macro B T S Hardw are Installation T ask 1: Installing RGPS Head

Procedure

The procedure to install the RGPS antenna is as follows:

Procedure 2 -1 Procedure to install an RGPS head

Determine the mounting location for the RGPS head.

The structure of the w all should be v eried b y a qualied structur al engineer . Mounting the RGPS head and hardw are to an inadequate w all structure and/or using inadequate installation methods can result in serious personal injury .

Use the appropriate mounting bolts for the mounting surface and install the two wall mounting brackets. Refer to Figure 2-10 .

Route the 12-pin Deutsch (that is, circular) connector end of the RGPS cable (cable NN) to the RGPS head.

Connect the RGPS cable (cable NN) connector to the RGPS head 12-pin circular connector as shown in Figure 2-7 and Figure 2-10 . Tighten the spinning ﬂange on the connector a quarter turn, to secure the connection.

Insert the RGPS mounting pipe into the threaded mount of the RGPS head and carefully tighten it manually .

Install the RGPS mounting pipe into the mounting brackets as shown in

Figure 2-10 . Tighten the U -bolt clamps to secure the assembly . F or the

STLN6594 RGPS Head, tape or tie-wrap the cable to the mounting pipe.

Route the free end of the BTS RGPS cable (cable NN) to the RGPS cable lightning arrester . Remove any excess cable length and strip off approximately 15 cm of the cable outer insulation.

Connect the twelve (12) wires and cable drain of the cable end to the lightning arrester as shown in Figure 2-8 . Double check the lightning arrester connections for compliance as displayed in Figure 2-8 .

RGPS cable AA gets connected to the UBS Macro BTS and then routed to the RGPS cable lightning arrester during T ask 8.

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T asks 2 -3: Installing R ack & Ground Cable Chapter 2: UBS Macro B T S Installation Procedure

Tasks 2 -3: Installing Rack & Ground Cable

Objective

The objectives of this procedure are as follows:

• Mount the rack to the ﬂoor .

• Install the ground cable (DD).

Rack requirements

The UBS Macro BTS equipment is designed to be mounted in an open standard 19–inch rack.

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Structural engineer prerequisite

T o ensure proper equipment support, grounding, and easy installation, Motorola recommends that the UBS Macro BTS equipment be mounted in one of the following applicable Motorola racks:

• STHN4120 19–inch (1800 mm)

• STHN4121 19–inch (1400 mm)

• STHN4122 19–inch (1000 mm)

Ensure that the procedure, tools, and equipment required to mount the rack to the ﬂoor are speciﬁed by a Structural Engineer .

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R20 1X UBS Macro B T S Hardw are Installation T asks 2 -3: Installing R ack & Ground Cable

Required items

The following items are required:

• R ack

• 10 mm socket

• T orque driver

• Flat blade screwdriver

• 6 carbon steel grade 8.8 bolts M12 - customer supplied

• Other items, speciﬁed by the Structural Engineer , that are required to install the rack

• Cable DD - customer supplied ground cable, 4 A WG or larger diameter

• T wo -hole ground lug and mounting nuts - part of rack hardware kit (CGDSTB54205)

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T asks 2 -3: Installing R ack & Ground Cable Chapter 2: UBS Macro B T S Installation Procedure

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Earth Ground Terminal Studs

Ground Cable With 2-hole Lug Fastened To Ground Terminals

Rack (top/rear view, shown partially cut away)

Location of rack earth ground terminals

Figure 2 -12 shows the location of the ground terminals on the rack.

Figure 2 -12 Location of ground terminals on a Motorola r ack

Procedure

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Procedure 2 -2 gives the procedure for performing T asks 2 -3.

Procedure 2 -2 P erforming T asks 2 -3

Mount the rack to the ﬂoor using the hardware, tools and procedures deﬁned by the Structural Engineer .

Motorola recommends using carbon steel grade 8.8 M12 bolts.

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Continued

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R20 1X UBS Macro B T S Hardw are Installation T asks 2 -3: Installing R ack & Ground Cable

Procedure 2 -2 P erforming T asks 2 -3 (Continued)

Route the ground cable (cable DD) between the Master Ground Bar (MGB) and the rack.

Ground cables must not have sharp bends.

Strip insulation from the frame end of cable DD .

A ttach the 2-hole lug to the rack -end of the cable DD .

A ttach the end of cable DD with the 2-hole lug to the 2 terminal studs at the top of the rack. Using 2 nuts, 10 mm socket and ratchet, tighten the nuts to

5.65 N-m (50 inch-lb). Refer to Figure 2-12 for location of ground terminal studs on the rack.

Cut cable DD to length and connect it to the Master Ground Bar .

V erify that the Master Ground Bar is connected to a solid earth ground.

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T ask 4: R ack Mounting the Optional PSM Shelf Chapter 2: UBS Macro B T S Installation Procedure

Task 4: Rack Mounting the Optional PSM Shelf

Objective

The objective of this procedure is to perform task 4:

• F or -48 V DC or 220 V AC UBS only .

Install the PSM shelf to the bottom of the rack. The site conﬁguration/characteristics will determine if a PSM shelf is to be installed.

• Install the appropriate, -48 V DC or 220 V AC , PSMs into PSM shelf slots 1 and 2. Either up to two -48 V DC or up to two 220 V AC PSMs can be installed in the shelf . One PSM is required for the low capacity conﬁguration and the second PSM is for redundancy .

■

Required items

Procedure

The following items are required:

• Either a -48 V DC or 220 V AC PSM shelf (whichever is applicable)

• Either up two -48 V DC or 220 V AC PSMs (whichever is applicable)

• Eight (8) M5 x 12 mm screws for mounting the PSM shelf - these screws are included in

the STGN4034 Installation Kit that is packaged with the UBS Macro carrier strip assembly

• T ape measure with millimeter scale, capable measuring up to 1200 mm or with inch scale, capable measuring up to 48 inches; for measuring screw location heights on rack

• TORX T25 bit and driver

• T orque driver

Procedure 2 -3 gives the procedure for performing T ask 4.

Procedure 2 -3 Procedure for T ask 4

2 -32 68P09283A62 -2

Locate the bottom RU that is to be used for the installation of the PSM shelf .

Using a tape measure, measure mounting screw location heights on each side of the rack. Measure from the bottom of the RU determined in step 1 (Refer to Figure 2-13 ). Mark the following screw locations:

Continued

PRELIMINARY A UG 2007

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R20 1X UBS Macro B T S Hardw are Installation T ask 4: R ack Mounting the Optional PSM Shelf

Procedure 2 -3 Procedure for T ask 4 (Continued)

• 136 mm (5.35 inches) for PSM shelf

P artially insert an M5 x 12 mm screw into each location marked on the rack. Leave the screw heads extending 7 mm out from the rack surface.

Remove the PSM shelf from its packaging.

Align the keyhole slots in the PSM shelf with the bottom screws, installed in

step 3 above (Refer to Figure 2-14 ).

Insert screws in the 6 open slots of the PSM shelf and tighten all 8 PSM shelf screws to 4.77 N-m (42 in-lb).

PSM weighs appro ximately 5 kg. Be careful when handling the PSM to prev ent damage to the equipment and personal injury .

Install the appropriate PSMs into PSM shelf slots 1 and 2 as follows:

1. Grasp the handle on the front panel of the PSM with one hand while carefully supporting the bottom of the module with the other hand.

2. Properly orient the PSM and insert it into the slot.

3. Slowly slide the module into the shelf until the rear connectors are

fully seated. Make sure that the PSM is fully engaged with the shelf backplane slot connectors.

Using a T25 TORX bit and torque driver , tighten the PSM captive retaining thumbscrew to 2.37 N-m (21 in-lb).

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T ask 4: R ack Mounting the Optional PSM Shelf Chapter 2: UBS Macro B T S Installation Procedure

136

Hanger Screw Layout for optional PSM Shelf

Hanger Screw

(Detail A)

NOTE

1. All dimensions are in millimeters

2. 1800 mm high rack shown. Dimension and hanger screw locations

are also applicable for the 1400 mm rack.

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Detail A

Hanger Screw Extension

Procedural reference diagrams

The following diagrams help clarify certain steps in Procedure 2 -3 .

Figure 2 -13 Hanger screw la y out for the optional PSM shelf

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R20 1X UBS Macro B T S Hardw are Installation T ask 4: R ack Mounting the Optional PSM Shelf

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PSM shelf keyhole located on hanger screw

NOTE

1. A keyhole/hanger screw is located on both the right and left sides. Both keyholes/hanger screws should be engaged at the same time.

Figure 2 -14 Hanging the PSM shelf

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T ask 5: R ack Mounting for Low -Capacit y Fr ame Chapter 2: UBS Macro B T S Installation Procedure

Task 5: Rack Mounting for Low -Capacity Frame

Objective

The objective of T ask 5 is to install the UBS Macro carrier strip assembly into an EIA 19 -inch rack.

The UBS Macro carrier strip assembly contains all of the equipment required for conﬁguring a low -capacity , +27 V DC starter frame. The layout of the equipment on the carrier strips allows capacity expansion of the frame.

The most common and preferred method is to install the UBS Macro carrier strip assembly into an 1800 mm or 1400 mm high rack. This method requires that there be 600 mm of clearance on the left and right sides of the rack.

■

Required items

The UBS Macro carrier strip assembly requires a minimum of 27 R ack Units (RUs) of continuous space.

The following items are required:

• UBS Macro carrier strip assembly

• T ape measure with millimeter scale, capable measuring up to 1200 mm or with inch scale,

capable measuring up to 48 inches; for measuring screw location heights on rack

• T wenty -six (26) M5 x 12 mm screws for mounting the UBS carrier strip assembly - these screws are included in the STGN4034 Installation Kit that is packaged with the UBS Macro carrier strip assembly

• TORX T25 bit and driver

• T orque driver

• 10 mm socket and ratchet

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R20 1X UBS Macro B T S Hardw are Installation T ask 5: R ack Mounting for Low -Capacit y Fr ame

Procedure

Procedure 2 -4 gives the procedure for performing T ask 5.

Procedure 2 -4 R ack Mounting the Low -Capacit y , +27 V DC UBS Macro B T S Assembly

Using a tape measure, measure mounting hanger screw location heights on each side of the rack (see Figure 2-15 Hanger screw layout for UBS Macro

carrier strip assembly on page 2- 40 ). Measure down from the very top of the

rack. Mark the following screw locations:

• 95.25 mm (3.75 inches) for the top of the UBS Macro carrier strip assembly

P artially insert an M5 x 12 mm screw into each location marked on the rack. Leave the screw heads extending 7 mm out from the rack surface.

Move the pallet with the unpacked UBS Macro carrier strip assembly and support near the rack so as to allow movement on both sides of the support and in front of the rack. Leave the carrier strip assembly on the support.

step 5 through step 7 are for the optional removal of the XMI from the UBS

Macro carrier strip assembly . XMI removal should only be performed if the UBS Macro carrier strip assembly is too heavy for two people to lift.

The preferred method is to skip the XMI removal steps and use a suitable device or 4 people to lift the assembly/carrier strips.

The UBS Macro carrier strip assembly with the XMI installed weighs approximately 60 kg (132.3 lb) and the XMI weighs 23-28 kg (50.7-61.7 lb) depending on the RF band.

If you are skipping the XMI removal steps, go to step 8 . Otherwise, go to

step 5 .

68P09283A62 -2 2 -37

Remove the XMI from the UBS Macro carrier strip assembly . Refer to the photographs in Figure 2-16 Removing the XMI from the carrier strip assembly

on page 2- 41 . Disconnect all cables from the front of the XMI (see photographs

A and B). Dress these disconnected cables away from the front of the XMI.

Using a T25 TORX driver , remove the four XMI mounting screws; two screws at each of the top and bottom mounting tabs on the front of the module.

Continued

PRELIMINARY A UG 2007

Page 24

T ask 5: R ack Mounting for Low -Capacit y Fr ame Chapter 2: UBS Macro B T S Installation Procedure

Procedure 2 -4 R ack Mounting the Low -Capacit y , +27 V DC UBS Macro B T S Assembly (Continued)

Using two hands, grasp the XMI by its handle and lift it straight up and out of the UBS Macro carrier strip assembly (see photographs C and D). Set the XMI aside for later reinstallation.

An XMI module that is not in a shelf should alw a ys be set on its side and nev er on its edge. This will prev ent the XMI module from tipping o v er and causing damage or injury .

The carrier strips allow up to four people to carefully lift the UBS Macro carrier strip assembly off the support and onto the rack. The assembly can also be lifted via some mechanical aid (hoist, etc.) attached to the lifting loops on the ends of the carrier strips.

F our people, two on each side, are needed to lift the carrier strip assembly with the XMI installed.

T wo people, one on each side, are needed to lift the carrier strip assembly without the XMI installed.

Lift the UBS Macro carrier strip assembly up and off of the support and onto the rack (see Figure 2-17 Lifting and hanging the carrier strip assembly on

the rack (XMI shown removed) on page 2- 42 ).

1 1

Using the carrier strip hanger screws previously installed in the rack, align the top carrier strip keyhole slots with the two hanger screws. Hang the carrier strip assembly on these two screws.

Insert a screw in the two bottom carrier strip keyhole slots (see Figure 2-18

Carrier strip assembly keyhole screw locations on page 2- 43 ). Do not tighten

the screws in carrier strip keyhole slots.

Insert screws in the 22 open slots of the various shelves of the carrier strip assembly . Using a T25 TORX driver , tighten these 24 screws to 4.77 N-m (42 in-lb).

Using a T25 TORX driver , tighten the four screws in carrier strip keyhole slots to 4.77 N-m (42 in-lb).

If the XMI was removed, go to step 14 .

Continued

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R20 1X UBS Macro B T S Hardw are Installation T ask 5: R ack Mounting for Low -Capacit y Fr ame

Procedure 2 -4 R ack Mounting the Low -Capacit y , +27 V DC UBS Macro B T S Assembly (Continued)

Grasp the XMI by its handle with one hand and the XMI bottom edge with the other hand. Lift the XMI and fully insert it into slot 1 (left most slot) of the XMI shelf . See photograph A of Figure 2-19 Reinstalling the XMI on page 2- 44 .

Insert the four XMI mounting screws; two screws at each of the top and bottom mounting tabs on the front of the module. Using a T25 TORX driver , tighten the screws to 4.77 N-m (42 in-lb).

Reconnect all cables to the XMI front panel.

T o a v oid blocking exhaust air from the XMI, be certain that the XMI power cable is routed to the outside of the XMI at the back of the r ack.

See photographs B through D of Figure 2-19 Reinstalling the XMI on page

2- 44 .

This step is optional and is only performed if there is a desire to remove the carrier strips from the frame. Remove the carrier strips from the frame as follows:

• Using a 10 mm socket and ratchet, loosen and remove the 8 nuts that secure each carrier strip to the frame.

• Remove the carrier strip.

Procedural reference diagrams

The following diagrams help clarify certain steps in Procedure 2 -4 .

• Figure 2 -15 Hanger screw layout for UBS Macro carrier strip assembly on page 2 - 40

• Figure 2 -16 Removing the XMI from the carrier strip assembly on page 2 - 41

• Figure 2 -17 Lifting and hanging the carrier strip assembly on the rack (XMI shown

removed) on page 2 - 42

• Figure 2 -18 Carrier strip assembly keyhole screw locations on page 2 - 43

• Figure 2 -19 Reinstalling the XMI on page 2 - 44

68P09283A62 -2 2 -39

PRELIMINARY A UG 2007

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T ask 5: R ack Mounting for Low -Capacit y Fr ame Chapter 2: UBS Macro B T S Installation Procedure

Hanger Screw Layout for UBS

Carrier Strip Assembly

Hanger Screw

(Detail A)

NOTE

1. All dimensions are in millimeters

2. 1800 mm high rack shown. Dimension and hanger screw locations are also applicable for the 1400 mm rack

ti-cdma-06012.eps

Detail A

Hanger Screw Extension

95.25

Figure 2 -15 shows hanger screw layout used for mounting the UBS Macro carrier strip assembly

onto a 1400 mm or 1800 mm high EIA 19 -inch rack.

Figure 2 -15 Hanger screw la y out for UBS Macro carrier strip assembly

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R20 1X UBS Macro B T S Hardw are Installation T ask 5: R ack Mounting for Low -Capacit y Fr ame

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A B

Figure 2 -16 shows the optional removal of the XMI from the UBS Macro carrier strip assembly

just prior to rack mounting the carrier strip assembly .

Figure 2 -16 R emo ving the XMI from the carrier strip assembly

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T ask 5: R ack Mounting for Low -Capacit y Fr ame Chapter 2: UBS Macro B T S Installation Procedure

ti-cdma-06029.eps

Figure 2 -17 shows two people lifting and hanging the UBS Macro carrier strip assembly on

the rack.

Figure 2 -17 Lifting and hanging the carrier strip assembly on the r ack (XMI shown remo v ed)

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R20 1X UBS Macro B T S Hardw are Installation T ask 5: R ack Mounting for Low -Capacit y Fr ame

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Bottom keyhole of carrier strip located on hanger screw

NOTE

1. Another carrier strip keyhole/hanger screw is located at the top of the right side carrier strip/rack rail. The left side carrier strip/rack rail has a top and bottom keyholes/hanger screws at the same heights as the right side. All four keyholes/hanger screws should be engaged at the same time.

Figure 2 -18 shows the keyhole screw locations in a rack mounted UBS Macro carrier strip

assembly .

Figure 2 -18 Carrier strip assembly k eyhole screw locations

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T ask 5: R ack Mounting for Low -Capacit y Fr ame Chapter 2: UBS Macro B T S Installation Procedure

ti-cdma-06030.eps

A B

Figure 2 -19 shows how to reinstall the XMI into the frame if the XMI was previously removed

from the UBS Macro carrier strip assembly .

Figure 2 -19 R einstalling the XMI

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R20 1X UBS Macro B T S Hardw are Installation T ask 6: Expanding the Low -capacit y Fr ame

Task 6: Expanding the Low -capacity Frame

If the initial UBS Macro BTS installation is for a low -capacity frame conﬁguration, skip this task and go to T ask 7: Cabling the Optional PSM Shelf on page 2 - 46 .

P erform this task only if the initial UBS Macro BTS installation is for a mid -capacity frame conﬁguration.

Objective

■

The objective of T ask 6 is to install the additional equipment required to expand the UBS Macro BTS low -capacity starter/expansion frame to the mid -capacity frame conﬁguration.

Currently a UBS Macro BTS low -capacity starter/expansion frame can only be expanded to mid -capacity . In the future, the low -capacity starter/expansion frames and mid -capacity frames will be expandable to high -capacity .

Procedure

Go to Chapter 3 Low -to -Mid Capacity Frame Expansion Procedures and perform all of the applicable procedures for expanding the low -capacity UBS Macro BTS starter/expansion frame to the mid -capacity frame conﬁguration.

A fter all of the additional expansion equipment is installed, go to T ask 7: Cabling the Optional

PSM Shelf on page 2 - 46 and continue performing the remaining tasks in sequential order .

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PRELIMINARY A UG 2007

Page 32

T ask 7: Cabling the Optional PSM Shelf Chapter 2: UBS Macro B T S Installation Procedure

Task 7: Cabling the Optional PSM Shelf

Objective

The objectives of this procedure are to perform T asks 7:

• F or -48 V DC or 220 V AC UBS only .

Connect the +27 V DC power output cable from the rear of the PSM shelf to the +27 V DC power input cable on the rear of the PDU .

• F or -48 V DC or 220 V AC UBS only

Connect the 50 -conductor cable (supplied with PSM shelf) between the PSM shelf front panel ALARM/CONTROL connector and S SI front panel PSM connector .

■

Required items

Procedure

The following items are required:

• 50 -conductor cable (supplied with PSM shelf)

• Flat blade screw driver

Procedure 2 -5 gives the procedure for performing T ask 7.

Procedure 2 -5 Procedure for T ask 7

Connect the +27 V DC power output cable from the rear of the PSM shelf to the +27 V DC power input cable on the rear of the PDU . Mate Orange connectors together .

Connect the 50-conductor cable (supplied with PSM shelf) between the PSM shelf front panel ALARM/CONTROL connector and S SI front panel PSM connector . Refer to Figure 2-3 and Figure 2-4 for the connector locations on the PSM shelf front panel and on the S SI.

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R20 1X UBS Macro B T S Hardw are Installation T asks 8 -9: Connecting TX/RX Antennas

Tasks 8 -9: Connecting TX/RX Antennas

Objective

The objectives of performing T asks 8 -9 are as follows:

• Install the external antenna cables to the Integrated Duplexer RX Filters (IDRFs).

• Install terminators on the IDRFs.

The site conﬁguration/characteristics determines the IDRF usage.

Required items

■

The following items are required:

• External TX and RX 50 Ohm coaxial cables with type N connectors (customer supplied)

• 0.25 W , 50 Ohm, SMA -type male terminators (customer supplied) for unused directional

• 50 W N -type male terminator (customer supplied) for unused TX/RX connectors

• SMA breakover wrench

• 19 mm open–end hex wrench (N–type connector)

Location of antenna connectors

The top view of Figure 2 -1 and Figure 2 -2 show the location of the UBS Macro BTS antenna connectors on the top of the IDRF .

Procedure

The procedure for performing the T asks 8 -9 is as follows.

coupler port connectors

Procedure 2 -6 Procedure for T asks 8 -9

68P09283A62 -2 2 -47

Route the customer supplied TX/RX main and RX diversity antenna cables to the top of the Integrated Duplexer RX Filters (IDRFs), located at the top of the frame.

Continued

PRELIMINARY A UG 2007

Page 34

T asks 8 -9: Connecting TX/RX Antennas Chapter 2: UBS Macro B T S Installation Procedure

Procedure 2 -6 Procedure for T asks 8 -9 (Continued)

Connect each antenna cable to the corresponding IDRF type N connector . Refer to Figure 2-1 or Figure 2-2 , whichever is applicable, for the location of the UBS Macro BTS antenna connectors on the top of the IDRF . Using a 19 mm open–end hex wrench, tighten the cable connectors to 4.3 N-m (38 in-lb).

The IDRFs are not labeled for a sector . T o determine the sector for each IDRF , look at the color code of the XMI TX and RX cables connected to the bottom of the IDFR. Refer to T able 2-2 for the mapping of the cable color to the sector (Red = sector 1, Blue = sector 2, Y ellow = sector 3). The sectors can also be determined by tracing those XMI cables back to the XMI TX and RX ports, which are labeled as TX1 and RX1 for sector 1, TX2 and RX2 for sector 2, and TX3 and RX3 for sector 3.

Connect customer supplied 0.25 W , 50 Ohm, SMA-type terminators to any unused directional coupler port connectors on the top of the IDRFs.

F or any unused TX/RX connector on an IDRF , install a 50 W N-type terminator (customer supplied).

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R20 1X UBS Macro B T S Hardw are Installation T asks 10 -13: Connecting RGPS , Spans, Customer Alarms

Tasks 10 -13: Connecting RGPS, Spans, Customer Alarms

Objective

The S SI pro vides only secondary surge protection for the RGPS and T1/E1 span connections. The customer is responsible for pro viding primary surge protection.

The objectives of performing T asks 10–13 are as follows:

• Install RGPS cable AA between the RGPS cable lightning arrester and UBS Macro BTS .

■

• Install T1/E1 balanced Span I/O cable (W) between the UBS Macro BTS the site span line interconnect equipment.

• Install E1 unbalanced Span I/O coaxial cables (customer supplied) between the UBS Macro BTS the site span line interconnect equipment.

• Install Customer Alarm Input/Output (IP/OP) cables (X) between the UBS Macro BTS the Customer IP/OP interconnect equipment.

The site conﬁguration/characteristics determines whether the cables in T asks 10 -13 are to be installed.

Cabling options

The site characteristics determine the use of cables AA, W and X.

The RGPS cable (AA) is optional and used only when the optional RGPS head is used.

The T1/E1 balanced Span I/O cable (W) can carry up to 8 spans, but the UBS Macro BTS currently supports only up to 4 spans. This is also true for E1 unbalanced Span I/O coaxial cables (customer supplied).

F or Span I/O cable (W), the minimum size of span line wires is 26 A WG .

The usage and quantity of Customer Alarm Input/Output (IP/OP) cables (X) is determined by the customer .

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T asks 10 -13: Connecting RGPS , Spans, Customer Alarms Chapter 2: UBS Macro B T S Installation Procedure

ti-cdma-05692.eps

LOOSE WIRES, NO CONNECTOR

37-Pin-Type (Male)

Required items

The following items are required:

• Cable AA - P art number 3086433H12

• Cable W - P art number CGDS19797321

• Cable X - P art number CGDS19797321

All S SI cable connectors with jack -screws require a ﬂat -blade driver and should be tightened to 1.02 N -m (9 in -lb).

Location of cables AA, W and X

Figure 2 -3 shows the connector locations on the front panel of the S SI for: RGPS cable (AA),

T1/E1 balanced span line cable (W), E1 unbalanced span line coaxial cables, and customer alarm cable (X).

The optional RGPS cable (AA) has a 15 -pin D -connector on one end that connects to the RGPS connector , located on the front of the S SI. The other cable end has loose wires. This end is routed to the RGPS lightning arrester , where the wires connect. Refer to Figure 2 -6 through

Figure 2 -11 , T able 2 -9 and T able 2 -10 for RGPS cable (AA) details.

Details for cables (W) and (X ) are provided in this task section.

Balanced T1/E1 cable (W) details

Figure 2 -20 and T able 2 -11 show the pin and signal information for cable W .

Figure 2 -20 T1/E1 balanced span line cable (W) pin numbering

2 -50 68P09283A62 -2

Figure 2 -20 shows E1 unbalanced 75 -Ohm BNC connectors and labeling on the daughter card.

PRELIMINARY A UG 2007

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R20 1X UBS Macro B T S Hardw are Installation T asks 10 -13: Connecting RGPS , Spans, Customer Alarms

T able 2 -11 also shows the correlation between spans and the E1 unbalanced Span I/O coaxial

BNC connectors.

Table 2 -11 T1/E1 I/O cable W (span) signal and pin information

T1/E1 Balanced Span 36-Cond

Span

number

Signal name

TX1_TIP 1

TX1_RING 20

RX1_TIP 12

RX1_RING 30

TX2_TIP 2

TX2_RING 21

RX2_TIP 13

RX2_RING 31

TX3_TIP 3

TX3_RING 22

RX3_TIP 14

RX3_RING 32

TX4_TIP 4

TX4_RING 23

RX4_TIP 15

RX4_RING 33

TX5_TIP 5

TX5_RING 24

RX5_TIP

RX5_RING 34

TX6_TIP 6

TX6_RING 25

RX6_TIP 17

RX6_RING 35

TX7_TIP 7

TX7_RING 26

RX7_TIP

RX7_RING 36

Shielded T wisted Pair Cable (W)

37-Pin D-Sub Connector

W ire Color

White/Blue

Blue/White

Black/Orange

Orange/Black

White/Orange

Orange/White

Black/Green

Green/Black

White/Green

Green/White

Black/Brown

Brown/Black

White/Brown

Brown/White

Black/Gray

Gray/Black

White/Gray

Gray/White

Y ellow/Blue

Blue/Y ellow

Red/Blue

Blue/Red

Y ellow/Orange

Orange/Y ellow

Red/Orange

Orange/Red

Y ellow/Green

Green/Y ellow

E1 Unbalanced

75-Ohm Coaxial Cable

BNC Connection

(RING is GND/shield)

TX1

RX1

TX2

RX2

TX3

RX3

TX4

RX4

TX5

RX5

TX6

RX6

TX7

RX7

Continued

68P09283A62 -2 2 -51

PRELIMINARY A UG 2007

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T asks 10 -13: Connecting RGPS , Spans, Customer Alarms Chapter 2: UBS Macro B T S Installation Procedure

Table 2 -11 T1/E1 I/O cable W (span) signal and pin information (Continued)

T1/E1 Balanced Span 36-Cond

Span

number

Signal name

TX8_TIP 8

TX8_RING 27

RX8_TIP 19

RX8_RING 37

Ground

Not

Connected

Ground

Shielded T wisted Pair Cable (W)

37-Pin D-Sub Connector

W ire Color

Red/Green

Green/Red

Y ellow/Brown

Brown/Y ellow

Red/Brown

Brown/Red

Black/Blue

Blue/Black

Customer alarm input/output (IP/OP) cable (X) details

E1 Unbalanced

75-Ohm Coaxial Cable

BNC Connection

(RING is GND/shield)

TX8

RX8

Alarm connectors

There are two ALARM connectors on the UBS Macro S SI:

• CUSTOMER IP 1 -12 OP 1 -4 connector

• CUSTOMER IP 13 -24 OP 5 -8 connector

Each ALARM connector provides 12 inputs and 4 outputs. A total of 24 inputs and 8 outputs are available.

Function

ALARM connectors provide for Customer Deﬁned Alarm Inputs and Outputs. The customer can connect BTS site alarm input sensors and output devices to the UBS Macro BTS , thus providing alarm reporting of active sensors as well as controlling output devices.

The S SI detects signals from customer input sensors and reports the detected signals to the DMI controller , which in turn reports the detected alarm to the OMC -R, where it is displayed as deﬁned by the customer .

The S SI also provides switched relay contacts to customer output devices. The S SI controls relay contacts according to output control signals from the DMI controller , in response to customer deﬁned commands entered at the OMC -R.

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PRELIMINARY A UG 2007

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R20 1X UBS Macro B T S Hardw are Installation T asks 10 -13: Connecting RGPS , Spans, Customer Alarms

Input connections

Each input consists of a wire/pin pair (that is, input/Gnd). T o ensure proper operation, each pair to be used must be connected to an external sensor that provides a dry -contact closure. The customer sensor output connects between an optically isolated 5 V DC signal and an isolated return.

F or an OPEN circuit (logic 0 ) between pins:

• There is 10 K Ohms or greater across the input pair .

• The signal to ground voltage is +5 V DC .

F or a CLOSED circuit (logic 1 ) between pins:

• There is 1 K Ohms or less across the input pair .

• The signal to ground current is a maximum of 9 mA.

Either of the above states can be deﬁned by the customer in system software as an alarm condition.

Output connections

Pins and signals

Each output consists of 3 -wires/pins:

• COM

• NC

• NO

The customer output device control inputs connect between the common (COM) and either the normally closed (NC) or normally open (NO) contacts of a relay . The NC and NO state for relay contacts occurs when the relay coil is not energized.

Relay contacts are load rated for a maximum of 1 A at 24 V DC and 0.5 A at 50 V DC .

The toggling of relay contacts to the opposite state is controlled by system software.

Figure 2 -21 , T able 2 -12 and T able 2 -13 show the pin and signal information for cable X.

68P09283A62 -2 2 -53

PRELIMINARY A UG 2007

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T asks 10 -13: Connecting RGPS , Spans, Customer Alarms Chapter 2: UBS Macro B T S Installation Procedure

ti-cdma-05692.eps

LOOSE WIRES, NO CONNECTOR

37-Pin-Type (Male)

Figure 2 -21 Customer alarm cable (X) pin numbering

Table 2 -12 Customer alarm cable (X) pinout for customer IP 1 -12 OP 1 -4

D-Sub Pin

number

37-Pin

1 Customer

Signal

Description

W ire Color

White/Blue

D-Sub Pin

number

37Pin

Signal

Description

Input 1 Gnd Blue/White

W ire Color

Input 1

2 Customer

White/Orange

Input 2 Gnd Orange/White

Input 2

3 Customer

White/Green

Input 3 Gnd Green/White

Input 3

4 Customer

White/Brown

Input 4 Gnd Brown/White

Input 4

Customer

White/Gray

Input 5 Gnd Gray/White

Input 5

6 Customer

Red/Blue

Input 6 Gnd Blue/Red

Input 6

Customer

Red/Orange

Input 7 Gnd Orange/Red

Input 7

8 Customer

Red/Green

Input 8 Gnd Green/Red

Input 8

9 Customer

Red/Brown

Input 9 Gnd Brown/Red

Input 9

Not

Connected

29 Customer

Blue/Black

Output NC

11 Customer

Black/Blue

Output

NO 1

12 Customer

Output

Black/Orange

NO 2

30 Customer

Orange/Black

Output

Common 1

31 Customer

Green/Black

Output

Common 2

Continued

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R20 1X UBS Macro B T S Hardw are Installation T asks 10 -13: Connecting RGPS , Spans, Customer Alarms

Table 2 -12 Customer alarm cable (X) pinout for customer IP 1 -12 OP 1 -4 (Continued)

D-Sub Pin

number

37-Pin

13 Customer

14 Customer

15 Customer

16 Customer

17 Customer

18 Customer

19 Customer

Description

Input 10

Input 11

Input 12

Output

Signal

NC 2

NO 3

NO 4

NC 4

W ire Color

Black/Green

Black/Brown

Black/Gray

Y ellow/Blue

Y ellow/Orange

Y ellow/Green

Y ellow/Brown

37Pin

D-Sub Pin

number

32 Customer

33 Customer

34 Customer

35 Input 10

36 Input 11

37 Input 12

Signal

Description

Output NC

Output

Common 3

Output

Common 4

Gnd

W ire Color

Brown/Black

Gray/Black

Blue/Y ellow

Orange/Y ellow

Green/Y ellow

Brown/Y ellow

Table 2 -13 Customer alarm cable (X) pinout for customer IP 13 -24 OP 5 -8

D-Sub Pin

number

37-Pin

1 Customer

2 Customer

3 Customer

4 Customer

6 Customer

8 Customer

9 Customer

Description

Customer

Signal

Input 13

Input 14

Input 15

Input 16

Input 17

Input 18

Input 19

Input 20

Input 21

W ire Color

White/Blue

White/Orange

White/Green

White/Brown

White/Gray

Red/Blue

Red/Orange

Red/Green

Red/Brown

37-Pin

D-Sub Pin

number

20 Input 13

21 Input 14

22 Input 15

23 Input 16

24 Input 17

25 Input 18

26 Input 19

27 Input 20

28 Input 21

Signal

Description

Gnd

W ire Color

Blue/White

Orange/White

Green/White

Brown/White

Gray/White

Blue/Red

Orange/Red

Green/Red

Brown/Red

Continued

68P09283A62 -2 2 -55

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T asks 10 -13: Connecting RGPS , Spans, Customer Alarms Chapter 2: UBS Macro B T S Installation Procedure

Table 2 -13 Customer alarm cable (X) pinout for customer IP 13 -24 OP 5 -8 (Continued)

D-Sub Pin

number

37-Pin

11 Customer

12 Customer

13 Customer

14 Customer

15 Customer

16 Customer

17 Customer

18 Customer

19 Customer

Signal

Description

Not

Connected

Output NO 5

Output NO 6

Output NC 6

Output NO 7

Output NO 8

Output NC 8

Input 22

Input 23

Input 24

W ire Color

Black/Blue

Black/Orange

Black/Green

Black/Brown

Black/Gray

Y ellow/Blue

Y ellow/Orange

Y ellow/Green

Y ellow/Brown

37-Pin

D-Sub Pin

number

29 Customer

30 Customer

31 Customer

32 Customer

33 Customer

34 Customer

35 Input 22

36 Input 23

37 Input 24

Signal

Description

Output NC 5

Output

Common 5

Output

Common 6

Output NC 7

Output

Common 7

Output

Common 8

Gnd

W ire Color

Blue/Black

Orange/Black

Green/Black

Brown/Black

Gray/Black

Blue/Y ellow

Orange/Y ellow

Green/Y ellow

Brown/Y ellow

Procedure

P erform T asks 10 -13 as given in Procedure 2 -7 .

Procedure 2 -7 Procedure for T asks 10 -13

2 -56 68P09283A62 -2

Connect the 15-pin D -connector end of cable (AA) to the RGPS connector on the front of the S SI. Refer to Figure 2-3 for the connector location on the S SI.

Route the loose end of cable (AA) to the RGPS lightning arrester and connect the wires there. Refer to Figure 2-6 through Figure 2-11 , T able 2-9 and

T able 2-10 .

F or T1/E1 balanced span line connections, go to step 4 . F or E1 unbalanced span line connections, go to step 7 .

Continued

PRELIMINARY A UG 2007

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R20 1X UBS Macro B T S Hardw are Installation T asks 10 -13: Connecting RGPS , Spans, Customer Alarms

Procedure 2 -7 Procedure for T asks 10 -13 (Continued)

Connect the 37-pin D -connector end of cable (W) to the SP AN connector on the front of the S SI. Refer to Figure 2-3 for the connector location on the S SI.

Route the loose end of cable (W) to the customer span line interconnect equipment and connect the wires. Refer to T able 2-11 .

The UBS Macro BTS currently supports only up to 4 spans. Go to step 9 .

Connect E1 unbalanced Span I/O coaxial cables (customer supplied) to the corresponding BNC connector on the S SI E1 daughter card. Refer to Figure 2-3 for the BNC connector locations on the S SI. Also, refer to

T able 2-11 for correlation between spans and the E1 unbalanced span I/O

coaxial BNC connectors.

Route the other ends of the span I/O coaxial cables to the customer span line interconnect equipment and connect the cables.

The UBS Macro BTS currently only supports up to 4 spans.

Connect the 37-pin D -connector of the Customer Alarm Input/Output (IP/OP) cables (X) to the corresponding CUSTOMER IP 1-12 OP 1-4 connector and CUSTOMER IP 13-24 OP 5-8 connector on the front of the S SI.

Route the loose end of cable (X) to the Customer IP/OP interconnect equipment and connect the wires. Refer to Figure 2-3 for the CUSTOMER IP/OP connector locations on the S SI. Also, refer to T able 2-12 and

T able 2-13 .

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PRELIMINARY A UG 2007

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T ask 14: Connecting +27 V DC P ower Chapter 2: UBS Macro B T S Installation Procedure

Task 14: Connecting +27 V DC Power

Objective

T ask 14 is performed for +27 V DC UBS Macro BTS only .

The objective of this procedure is to perform T ask 14, which includes:

• A ttaching the contact/lugs, connector and cable clamp on the +27 V DC power input cable wires.

• Connecting the +27 V DC input power cable to the rear of the PDU .

• Routing the loose ends of the wires to the site +27 V DC source for connection.

■

Frame power cables and connector information

The wire gauge (that is, diameter) depends on the required length of the DC power cable (DC). Refer to T able 2 -8 for the correct wire size.

The DC connector contact/lug size depends on the wire gauge used for the DC power cable (DC). Refer to T able 2 -14 for DC connector contact/lug part information.

In order to minimize current imbalance between the feed (+V) and return ( -V) wires used in the cable:

• Ensure that the wire size, length and gage, of each wire used in the cable are the same.

• Ensure that contacts/lugs used in the connector are identical and match the gauge of

the wire.

Motorola recommends using 2/0 A WG cables for short cable runs; less than 661.11 cm (21.69 ft).

Table 2 -14 +27 V DC connector (Or ange) parts information

Item Description Part Number

Orange DC connector housing Anderson P ower Products Mfr

P art# 932, or Allied Electronics Stk# 803-0097

Qty

1 per +27 V DC power feed

Continued

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R20 1X UBS Macro B T S Hardw are Installation T ask 14: Connecting +27 V DC P ower

Table 2 -14 +27 V DC connector (Or ange) parts information (Continued)

Item Description Part Number

A WG 2/0 connector contact/lug Anderson P ower Products Mfr

P art# 907, or Allied Electronics Stk# 803-0500

A WG 3/0 connector contact/lug Anderson P ower Products Mfr

P art# 916, or Allied Electronics Stk# 803-0502

A WG 4/0 connector contact/lug Anderson P ower Products Mfr

P art# 908, or Allied Electronics Stk# 803-0504

Cable clamp for two single conductors with hardware

Anderson P ower Products Mfr P art# 996G1

Required items

The following items are required:

• One +27 V DC P ower Input Cable (DC) - customer supplied. The wire size, length and gauge, used for cable (DC) depends on site characteristics (see T able 2 -8 ).

Qty

2 per DC connector housing

1 per +27 V DC power feed

Motorola recommends the use of Red wire for feed (+V) and Black wire for return ( -V).

• T wo contacts/lugs – customer supplied. Contact/lug fastens to wire end and is inserted into DC connector housing. F or contact/lug part number (refer to T able 2 -14 ). Contact/lug size must match the gauge of the wire being used.

• One DC connector housing – customer supplied. Use Anderson SB350 connector housing (Orange color) or equivalent.

• DC connector cable clamps for power cable (see T able 2 -14 or T able 2 -15 for part information).

• Crimper tool - Anderson P ower Products part number 1368 - Hydraulic hand tool, maximum cable size of 300 MCM

• W ire stripper/cutters.

• Digital Multi -Meter (DMM) Fluke Model 8062A with Y8134 test lead kit or equivalent; used

for precision DC and AC measurements, requiring 4 -1/2 digits.

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T ask 14: Connecting +27 V DC P ower Chapter 2: UBS Macro B T S Installation Procedure

ti-cdma-05693.eps

TIE ALL CABLES AT 1 METER INTERVALS

+27 V Power Source

BREAKER 1

+27 V DC

PDU (Top View)

FRONT

REAR

+27 V DC

- 0 V DC

+27 V DC Power Input Connector (ORANGE)

- 0 V DC

Power cabling and tie down requirements

T o control the inductance at the BTS DC power input due to the spacing between wires used in the +27 V DC P ower Input Cable (DC), the feed (+V) and return ( -V) wires must be bound together at intervals of 1 meter or less. Refer to Figure 2 -22 .

Figure 2 -22 +27 V DC power input cable (DC) wire tie -wr ap example

Contact/lug, DC connector housing and PDU input power

Figure 2 -23 shows the lugs and DC connector housing. This ﬁgure also shows the location at

which the +27 V DC Input P ower Cable (DC) connects to the rear of the PDU .

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R20 1X UBS Macro B T S Hardw are Installation T ask 14: Connecting +27 V DC P ower

ti-cdma-05694.eps

PDU

(rear view, shown

partially cut away)

Connector

Housing

(Orange)

(+)

(-)

Crimp-on

Contact/Lugs

+27 VDC Power

Input (Orange)

RED Wire

(Typical)

(+)

2-Wire +27 VDC

Power Cable

(Customer Supplied)

BLACK WIRE

(Typical)

Cable Clamp

Figure 2 -23 +27 V DC power input cable (DC) connector and connection to PDU

Procedure

P erform the T ask 14 as given in Procedure 2 -8 .

• Do not wear a wrist str ap when servicing the power supplies or power distribution cabling.

• Ensure that the source for the DC power is in the OFF position.

• Ensure that all of the PDU circuit break ers are OFF .

Procedure 2 -8 Procedure for T ask 14

Ensure that the BTS ground cable (DD) is connected between the rack and the Master Ground Bar (refer to T ask 3).

Continued

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T ask 14: Connecting +27 V DC P ower Chapter 2: UBS Macro B T S Installation Procedure

Procedure 2 -8 Procedure for T ask 14 (Continued)

1 1

Ensure that the +27 V DC P ower Input Cable (DC) is NOT connected to the main +27 V DC power source. Turn OFF the main +27 V DC power source.

Remove the components from the DC connector package.

Strip 35 mm of insulation from the negative (- V) and positive (+V) wires of the power cable.

Place a DC contact/lug on the negative (- V) and positive (+V) wires of the power cable. Refer to Figure 2-23 .

Using the appropriate crimping tool, crimp the DC contact/lug on to the wires.

Observe the negative (- V) and positive (+V) wire polarities and insert the DC contacts/lugs into the DC connector housing until an audible click is heard. Refer to Figure 2-23 .

V erify the positive (+V) wire is installed in the positive position and the negative (- V) wire is installed in the negative (-) position on the connector housing.

Ensure that the wires are ﬁrmly fastened to the DC connector housing.

Tie the positive (+V) and negative (- V) wires of the cable together as shown in Figure 2-22 .

Route the loose end of the +27 V DC P ower Input Cable (DC) to the site +27 V DC source and connect the wires to the source.

V erify that proper polarity is maintained from the +27 V DC power source to the UBS Macro BTS .

Use a Digital Multi-Meter (DMM) to measure the voltage of the DC connector housing that was installed in step 7 . P erform the following:

• Set the DMM to measure 27 V DC .

• Connect the DMM negative (GND/common) lead to the (-) terminal of

the cable connector .

• Connect the DMM positive lead to the (+) terminal of the cable connector .

2 -62 68P09283A62 -2

Turn on the main +27 V DC power source.

Observe the DMM and verify that the voltage is nominally +27 V (range = +26 to +28 V).

Turn off the main +27 V DC power source.

Disconnect the DMM from the cable connector .

Connect +27 V DC P ower Input Cable (DC) connector to the +27 V DC input power cable on the rear of the PDU ; Orange connectors mate. Refer to Figure 2-23 .

PRELIMINARY A UG 2007

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R20 1X UBS Macro B T S Hardw are Installation T ask 15: Connecting -48 V DC P ower

Task 15: Connecting -48 V DC Power

Objective

T ask 15 is performed for -48 V DC UBS Macro BTS only .

The objective of this procedure is to perform T ask 15, which includes:

• A ttaching the contact/lugs and connector on the -48 V DC power input cable wires.

• Connecting the -48 V DC input power cable to the rear of the -48 V DC PSM shelf .

• Routing the loose ends of the wires to the site -48 V DC source for connection to the source.

■

V erify that the +27 V DC output power cable from the PSM shelf is already connected to the PDU +27 V DC input power cable. This was performed during T asks 4 -7.

Frame power cables and connector information

The wire gauge (that is, diameter) depends on the required length of the DC power cable (CC). Refer to T able 2 -8 for the correct wire size.

The DC connector contact/lug size depends on the wire gauge used for the DC power cable (CC). Refer to T able 2 -15 for DC connector contact/lug part information.

In order to minimize current imbalance between the feed ( -V) and return (+V) wires used in the cable:

• Ensure that the wire size, length and gauge, of each wire used in the cable are the same.

• Ensure that contacts/lugs used in the connector are identical and match the gauge of

the wire.

Motorola recommends using 2/0 A WG cables for short cable runs; less than 661.11 cm (21.69 ft).

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T ask 15: Connecting -48 V DC P ower Chapter 2: UBS Macro B T S Installation Procedure

Table 2 -15 –48 V DC connector (Blue) parts information

Item Description Part Number

Blue DC connector housing Anderson P ower Products Mfr

P art# 912, or Allied Electronics Stk# 803-0492

A WG 2/0 connector contact/lug Anderson P ower Products Mfr

P art# 907, or Allied Electronics Stk# 803-0500

A WG 3/0 connector contact/lug Anderson P ower Products Mfr

P art# 916, or Allied Electronics Stk# 803-0502

A WG 4/0 connector contact/lug Anderson P ower Products Mfr

P art# 908, or Allied Electronics Stk# 803-0504

Cable clamp for two single conductors with hardware

Anderson P ower Products Mfr P art# 996G1

Required items

The following items are required:

• One -48 V DC P ower Input Cable (CC) - customer supplied. The wire size, length and gauge, used for cable (CC) depends on site characteristics (see T able 2 -8 ).

Qty

1 per –48 V DC power feed

2 per DC connector housing

1 per –48 V DC power feed

Motorola recommends the use of blue wire for feed ( -V) and black wire for return (+V).

• T wo Contacts/Lugs – customer supplied. Contact/lug fastens to wire end and is inserted into DC connector housing. F or contact/lug part number (refer to T able 2 -15 ). Contact/lug size must match the gage of the wire being used.

• One DC Connector Housing – supplied with UBS BTS . Use Anderson SB350 connector housing (blue color) or equivalent.

• Crimper tool - Anderson P ower Products part number 1368 - Hydraulic hand tool, maximum cable size of 300 MCM

• W ire stripper/cutters.

• Digital Multi -Meter (DMM) Fluke Model 8062A with Y8134 test lead kit or equivalent; used

for precision DC and AC measurements, requiring 4 -1/2 digits.

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R20 1X UBS Macro B T S Hardw are Installation T ask 15: Connecting -48 V DC P ower

ti-cdma-05695.eps

TIE ALL CABLES AT 1 METER INTERVALS

-48 V Power Source

BREAKER 1

-48 V DC

-48 V DC PSM SHELF (Top View)

-48 V DC Power Input Connector (BLUE)

+27 V DC Power Output Connector (ORANGE)

+0 V DC

REAR

FRONT

-48 V DC

Power cabling and tie down requirements

T o control the inductance at the BTS DC power input due to the spacing between wires used in the -48 V DC P ower Input Cable (CC), the feed ( -V) and return (+V) wires must be bound together at intervals of 1 meter or less. Refer to Figure 2 -24 .

Figure 2 -24 48 V DC power input cable (CC) wire tie -wr ap example

Contact/lug, DC connector housing and PDU input power

Figure 2 -25 shows the lugs and DC connector housing. This ﬁgure also shows the location at

which the -48 V DC Input P ower Cable (CC) connects to the rear of the PDU .

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T ask 15: Connecting -48 V DC P ower Chapter 2: UBS Macro B T S Installation Procedure

ti-cdma-05696.eps

-48 VDC PSM SHELF

(rear view, shown partially cut away)

Connector

Housing (Blue)

(+)

(-)

???

Crimp-on

Contact/Lugs

-48 VDC Power Input (Blue)

(+)

2-Wire -48 VDC

Power Cable

(Customer Supplied)

BLACK Wire

(Typical)

BLUE Wire

(Typical)

+27 VDC Power

Output Cable (To PDU)

Cable Clamp

Figure 2 -25 48 V DC power input cable (CC) connector and connection to PSM shelf

Procedure

2 -66 68P09283A62 -2

P erforming T ask 15 as given in Procedure 2 -9 .

• Do not wear a wrist str ap when servicing the power supplies or power distribution cabling.

• Ensure that the source for the DC power is in the OFF position.

• Ensure that all of the PDU circuit break ers are OFF .

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R20 1X UBS Macro B T S Hardw are Installation T ask 15: Connecting -48 V DC P ower

Procedure 2 -9 Procedure for T ask 15

1 1

Ensure that the BTS ground cable (DD) is connected between the rack and the Master Ground Bar (refer to T ask 3).

Ensure that the -48 V DC P ower Input Cable (CC) is NOT connected to the main -48 V DC power source. Turn OFF the main -48 V DC power source.

Remove the components from the DC connector package.

Strip 35 mm of insulation from the negative (- V) and positive (+V) wires of the power cable.

Place a DC contact/lug on the negative (- V) and positive (+V) wires of the power cable. Refer to Figure 2-25 .

Using the appropriate crimping tool, crimp the DC contact/lug on to the wires.

Observe the negative (- V) and positive (+V) wire polarities and insert the DC contacts/lugs into the DC connector housing until a click sound is heard. Refer to Figure 2-25 .

V erify the positive (+V) wire is installed in the positive position and the negative (- V) wire is installed in the negative (-) position on the connector housing.

Ensure that the wires are ﬁrmly fastened to the DC connector housing.

Tie the positive (+V) and negative (- V) wires of the cable together as shown in Figure 2-24 .

Route the loose end of the -48 V DC P ower Input Cable (CC) to the site -48 V DC source and connect the wires to the source.

V erify that proper polarity is maintained from the -48 V DC power source to the UBS Macro BTS .

Use a Digital Multi-Meter (DMM) to measure the voltage of the DC connector housing that was installed in step 7 . P erform the following:

• Set the DMM to measure 48 V DC .

• Connect the DMM negative (GND/common) lead to the (-) terminal of

the cable connector .

• Connect the DMM positive lead to the (+) terminal of the cable connector .

68P09283A62 -2 2 -67

Turn on the main –48 V DC power source.

Observe the DMM and verify that the voltage is nominally +48 V (range = +40 to +60 V).

Turn off the main –48 V DC power source.

Disconnect the DMM from the cable connector .

Connect -48 V DC P ower Input Cable (CC) connector to the -48 V DC input power connector on the rear of the PSM shelf; blue connectors mate. Refer to Figure 2-25 .

PRELIMINARY A UG 2007

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T ask 16: Connecting 220 V AC P ower Chapter 2: UBS Macro B T S Installation Procedure

Task 16: Connecting 220 V AC Power

Objective

T ask 16 is performed for 220 V AC UBS Macro BTS only .

The objective of this procedure is to perform T ask 16, which includes:

• A ttaching customer supplied wiring and conduit for 220 V AC lines.

• Connecting wires and required insertion bridges to the AC INP UT terminal block on the

rear of the AC PSM shelf .

• Routing the loose ends of the wires to the site 220 V AC source for connection to the source.

■

V erify that the +27 V DC output power cable from the PSM shelf is already connected to the PDU +27 V DC input power cable. This was performed during T asks 4 -7.

Frame AC power cables and wiring information

The AC PSM shelf and AC PSMs can operate with the following AC power inputs:

• Input AC V oltage R ange: 154 V AC to 300 V AC

• Single -Phase

• 3 -Phase ST AR

• 3 -Phase DEL T A

Consider the following AC power input circuit characteristics:

• The AC PSM shelf terminal block has seven terminals; one for Ground plus six for AC line wires and insertion bridges.

• The AC PSM shelf terminal block Ground terminal can accommodate a wire size range of 2 A WG to 10 A WG .

• The AC PSM shelf terminal block AC line terminals can accommodate a wire size range of 2 A WG to 10 A WG .

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R20 1X UBS Macro B T S Hardw are Installation T ask 16: Connecting 220 V AC P ower

• Input AC cable sizing should be determined by Local Electrical Codes, using 90 C minimum rated conductors, and de–rating for 50 C operation.

• The customer must provide a disconnect device and an over current protection device for the AC circuit supplying the UBS Macro BTS . A circuit breaker size of 30 Amperes is recommended, or as appropriate set by Local Electrical Code.

Required items

The following items are required:

• Conduit - customer supplied

• W ire for Ground and AC lines - customer supplied

• Insertion bridges – supplied with AC PSM shelf; two 3 -position bridges and three 2 -position

bridges

• T20 TORX bit with 12 -inch extension

• Flat blade screwdriver

• W ire stripper/cutters

AC PSM shelf AC power input detail

Figure 2 -26 shows the location of the AC PSM shelf AC power input terminals and wiring

details for:

• Single -Phase

• 3 -Phase ST AR

• 3 -Phase DEL T A

68P09283A62 -2 2 -69

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T ask 16: Connecting 220 V AC P ower Chapter 2: UBS Macro B T S Installation Procedure

ti-cdma-05697.eps

AC PSM Shelf

(rack mounted, rear view, shown partially cut away)

+27 VDC Power Output Connector for Battery Backup

AC Input Terminal Block Protective Cover Box (See Detail A for Wiring Configurations)

Conduit/Wire Entry Hole

2 Screws On Each Side Secure Protective Cover Box To PSM Shelf

Detail A - AC Input Terminal Wiring Configurations (protective cover box removed)

Single-Phase

Ground

Ground Ground

AC Input Terminal Block (terminal screw access

holes on top)

Two 3-position

Insertion Bridges

One 3-position Insertion Bridge

Three 2-position Insertion Bridges

3-Phase STAR

3-Phase DELTA

L3 L2 L1 N

L3 L1 L2

L1 N

Figure 2 -26 AC PSM shelf AC power input terminal block and wiring details

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R20 1X UBS Macro B T S Hardw are Installation T ask 16: Connecting 220 V AC P ower

Procedure

P erform T ask 16 as given in Procedure 2 -10 .

• Do not wear a wrist str ap while servicing the power supplies or power distribution cabling.

• Ensure that the source for the AC power is in the OFF position.

• Ensure that all of the PDU circuit break ers are OFF .

Procedure 2 -10 Procedure for T ask 16

Set the source for the AC voltage to the OFF position.

Ensure that the BTS ground cable (DD) is connected between the rack and the Master Ground Bar (refer to T ask 3).

On the rear of the PSM shelf , locate the AC input terminal block cover box. Using a TORX T20 bit and driver , remove the 4 screws securing the cover box to the PSM shelf (refer to Figure 2-26 ).

Remove the cover box from the PSM shelf to expose the AC input terminal block.

A ttach conduit to the cover box.

Route the AC wires and the earth ground wire through the conduit and the cover box. Leave wires extending to reach the AC input terminal block.

Strip 25 mm of insulation from each of the AC supply line wires and the earth ground wire.

Locate the ground terminal on the AC input terminal block (refer to

Figure 2-25 ).

Using a ﬂat blade screwdriver , turn the ground terminal screw counter clockwise (CCW) until the terminal is fully open. Insert the earth ground wire into the ground terminal. Turn the ground terminal screw clockwise (CW) to close the terminal and secure the wire. Tighten the terminal screw to 4.0 - 4.5 N-m (35 - 40 in-lb).

Determine if the AC input terminal block already has insertion bridges properly installed for the desired AC supply conﬁguration:

• Single-Phase

• 3-Phase ST AR

• 3-Phase DEL T A

Refer to Figure 2-26 as needed.

Continued

68P09283A62 -2 2 -71

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T ask 16: Connecting 220 V AC P ower Chapter 2: UBS Macro B T S Installation Procedure

Procedure 2 -10 Procedure for T ask 16 (Continued)

1 1

Open the six line terminals as follows:

• Insert a ﬂat blade screwdriver into each screw hole on top of the terminal block.

• Turn the terminal screw CCW until the terminal is fully open..

F ailure to fully open the terminals can cause improper placement of the insertion bridges in later steps.

Place an insertion bridge into the proper terminals. While holding the bridge with one hand, turn the corresponding terminal screws CW until the bridge is securely clamped.

Repeat step 12 for any remaining terminals requiring an insertion bridge.

Connect the AC supply line wires to the proper terminals as follows:

• Insert a ﬂat blade screwdriver into the appropriate screw hole on top of the terminal block.

• Turn the terminal screw CCW until the terminal is fully open.

• Insert the appropriate wire into the terminal.

• While holding the wire with one hand, turn the corresponding terminal

screw CW until the wire is securely clamped. Tighten the terminal screw to 4.0 - 4.5 N-m (35 - 40 in-lb).

Refer to Figure 2-26 as needed.

Repeat step 14 for any unconnected AC supply line wires.

V isually inspect all insertion bridge(s) and wires for proper placement. All conductors must be inside the clamp of each terminal block.

Place the cover box, with conduit attached, in position over the AC input terminal block.

Insert the 4 screws to secure the cover box to the PSM shelf . Ensure that the wires are not pinched.

Using a TORX T20 bit and driver , tighten the 4 screws to 1.6 - 1.8 N-m (14 16 in-lb).

Complete the installation of the AC wiring at the AC P ower source.

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C h a p t e r

Low -to -Mid Capacity Frame Expansion Procedures

The R20 UBS Macro BTS supports single band 800 MHz or 1.9 GHz RF band, up to two XMIs, up to two DMIs and one S SI. UBS Macro BTS frame conﬁgurations with up to four XMIs and up to ﬁve DMIs will be available in the future.

■

68P09283A62 -2 3 -1 A UG 2007 PRELIMINARY

Page 60

Low -to -Mid Capacit y Fr ame Expansion Ov erview Chapter 3: Low -to -Mid Capacit y Fr ame Expansion Procedures

Low -to -Mid Capacity Frame Expansion Overview

This chapter provides information and procedures needed for expanding the low -capacity UBS Macro BTS starter/expansion frame to the mid -capacity frame conﬁguration.

The mid -capacity frame consists of the low -capacity frame equipment plus the following additional expansion equipment:

• second XMI, required.

• second DMI, required.

• circuit breaker/output power connector assemblies; one required for each of the following:

second XMI and second DMI.

• second set of IDRFs, required.

• optional RX splitter or RX share cable.

■

• second/third PSM, required for –48 V or 220 V AC only . T wo PSMs are required for the mid

Cabling of the RX splitter to the XMIs will be performed after all of the additional expansion equipment (i.e., XMI, DMI, S SI, circuit breaker/output power connector assemblies, etc.) is installed in the frame.

How to use this chapter

Typically the installer is directed to this chapter via T ask 6: Expanding the Low -capacity Frame

on page 2 - 45 of Chapter 2 UBS Macro BTS Installation Procedure .

P erform all of the applicable procedures, in this chapter , for expanding the low -capacity UBS Macro BTS starter/expansion frame to the mid -capacity frame conﬁguration.

A fter all of the additional expansion equipment is installed, go to T ask 7: Cabling the Optional

PSM Shelf on page 2 - 46 of Chapter 2 UBS Macro BTS Installation Procedure , and continue

performing the remaining tasks in sequential order .

capacity conﬁguration and the third PSM is for redundancy .

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R20 1X UBS Macro B T S Hardw are Installation Adding Circuit Break ers/Connectors to PDU

Adding Circuit Breakers/Connectors to PDU

Objective

The objective of this section is to install additional circuit breaker/output power connector assemblies in the PDU . These additional circuit breaker/output power connector assemblies are required to allow the PDU to provide DC power to the expansion equipment being added to the UBS Macro BTS frame.

The circuit breaker/output power connector assemblies are located on the PDU front panel.

Each circuit breaker/output power connector assembly is arranged so that the circuit breaker is just below the corresponding DC output power connector .

The PDU can be equipped with the following circuit breaker/output power connector assemblies:

• up to four 90A for XMI 1 – XMI 4

■

Required items

• up to ﬁve 20A for DMI 1 – DMI 5

• up to two 20A for S SI 1 – S SI 2

• up to two 10A for accessory groups ACC 1 – ACC 2

The PDU in the UBS Macro BTS low -capacity starter/expansion frame is already equipped with the following circuit breaker/output power connector assemblies:

• one 90A for XMI 1

• two 20A for DMI 1 – DMI 2

• one 20A for S SI 1

• zero 10A for no accessories

The type and quantity of circuit breaker/output power connector assemblies required depends on which circuit breaker/output power connector assemblies are not already equipped in the PDU , but are needed to support the additional expansion equipment.

The following items are required:

• Appropriate type and quantity of circuit breaker/output power connector assemblies to be added for expansion purposes

90A circuit breaker/output power connector assembly (Motorola model STLN4093)

20A circuit breaker/output power connector assembly (Motorola model STLN6472)

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Adding Circuit Break ers/Connectors to PDU Chapter 3: Low -to -Mid Capacit y Fr ame Expansion Procedures

Mounting screws are provided with each circuit breaker/output power connector assembly; four screws with the 90A assembly and two screws with the 20A assembly .

• Side cutters; diagonal pliers or wire cutter

• Small knife

• TORX T25 bit and driver

• T orque driver

Procedure

Procedure 3 -1 contains the steps for adding a circuit breaker/output power connector assembly

to the PDU .

Procedure 3 -1 Adding a Circuit Break er/Output P ower Connector Assembly to the PDU

Mak e sure DC input power is not applied to the PDU before performing Procedure 3 -1 .

Set all PDU front panel circuit breakers to the off (pulled out) position.

Disconnect all DC power cables from the PDU front panel. Dress these cables away from the PDU front panel.

Remove the PDU front panel as follows:

• See Figure 3-1 Adding a Breaker Assembly Module to the PDU on page

3- 6 photograph A .

• While depressing the retaining tab on the left and right front ends of the PDU , slide the PDU front panel forward and off of the PDU .

Install the additional circuit breaker/output power connector assemblies in the required locations on the PDU front panel DC output power bus (see

Figure 3-1 Adding a Breaker Assembly Module to the PDU on page 3- 6

photograph B .

Continued

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R20 1X UBS Macro B T S Hardw are Installation Adding Circuit Break ers/Connectors to PDU

Procedure 3 -1 Adding a Circuit Break er/Output P ower Connector Assembly to the PDU (Continued)

P osition the circuit breaker/output power connector assembly as follows:

• Circuit breaker actuator at the bottom and the DC output power connector at the top

• Circuit breaker actuator facing toward the front of the frame

• Align mounting screw holes of the circuit breaker/output power

connector assembly with the corresponding screw holes on the PDU front panel DC output power bus.

Insert the supplied mounting screws into the screw holes.

T wo screws on top and bottom for the 90A assembly . One screw on top and bottom for the 20A assembly .

Using a TORX T25 driver , tighten the mounting screws to 4.8 N-m (42.25 in-lb) ±10%.

Using side cutters, cut out the applicable circuit breaker actuator and the corresponding connector covers on the PDU front panel (see Figure 3-1

Adding a Breaker Assembly Module to the PDU on page 3- 6 photograph C .

It may be necessary to use a small knife to remove any of the tabs that do not cut cleanly .

Reattach the PDU front panel to the PDU as follows:

• See Figure 3-1 Adding a Breaker Assembly Module to the PDU on page

3- 6 photograph D .

• Align the PDU front panel with the PDU circuit breaker actuators and power connectors while inserting the PDU front panel retaining tabs into the retainer on the left and right front ends of the PDU .

• Slide the PDU front panel onto the front of the PDU .

• Firmly press on the ends of the PDU front panel until each end tab snaps

into place.

Set all PDU front panel circuit breakers to the off (pulled out) position.

Reconnect all DC power cables that were disconnected in step 2 of this procedure. Make sure that each cable is connected to the proper PDU front panel power connector .

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A B

C D

Procedural reference diagram

The following diagram helps clarify certain steps in Procedure 3 -1 .

Figure 3 -1 Adding a Break er Assembly Module to the PDU

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R20 1X UBS Macro B T S Hardw are Installation Adding an XMI

Adding an XMI

Objective

The objective of this section is to mount an additional XMI into the XMI shelf .

Cabling of the additional XMI will be performed after all of the additional expansion equipment (i.e., IDRFs, DMI, circuit breaker/output power connector assemblies, etc.) that connects to the additional XMI is installed in the frame.

■

Required items

Parts

Manpower

The following applicable additional XMI is required:

• 800 MHz XMI assembly with removable XMI handle attached (Motorola model SGTF4194).

• 1.9 GHz XMI assembly with removable XMI handle attached (Motorola model STWG4000).

The XMI module is hea vy . T wo people are required to lift, carry , or handle the XMI module.

The XMI weighs 23 -28 kg (50.7 -61.7 lb) depending on the RF band.

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Tools

The following tools are required:

• TORX T25 bit and driver

• T orque driver

Procedure

Procedure 3 -2 contains the steps for adding a 2nd XMI to the XMI shelf .

Procedure 3 -2 Adding a 2nd XMI to the XMI Shelf

The XMI module is hea vy . T wo people are required to lift, carry , or handle the XMI module.

• Be sure the remo v able XMI handle is attached to the front of the XMI before ph ysically handling the module.

• Be sure two people use both hands and wear protectiv e footwear when handling the XMI.

• Be sure to use two people to support the module while sliding the module out of or into the shelf slot.

An XMI module that is not in a shelf should alw a ys be set on its side and nev er on its edge. This will prev ent the XMI module from tipping o v er and causing damage or injury .

Remove the XMI from its packaging and inspect it for damage.

XMI 2 mounts in the XMI shelf slot just to the right of XMI 1. XMI 3 mounts in the XMI shelf slot just to the right of XMI 2. XMI 4 mounts in the XMI shelf slot just to the right of XMI 3.

This step requires two people. P erform the following:

Continued

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Procedure 3 -2 Adding a 2nd XMI to the XMI Shelf (Continued)

• One person grasp the XMI by the handle with both hands. The second

person grasp the XMI fan tray sides with both hands. Using safe lifting technique (i.e. lift with your legs not your back), pick up the XMI and carry it over to the front of the frame.

• While one person holds the XMI by the handle with both hands, the second person supports the bottom of the module with one hand and the top of the module with the other hand. Lift the XMI into the appropriate XMI shelf slot rails and gently slide it all of the way into the shelf slot.

Insert the four XMI mounting screws; two screws at each of the top and bottom mounting tabs on the front of the module. Using a T25 TORX driver , tighten the screws to 4.8 N-m (42.25 in-lb) ±10%.

Procedural reference diagram

The following diagram helps clarify certain steps in Procedure 3 -2 .

Figure 3 -2 Installing a 2nd XMI

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Adding a DMI

Objective

The objective of this section is to mount an additional DMI into the XMI shelf .

Cabling of the additional DMI will be performed after all of the additional expansion equipment (i.e., XMI, circuit breaker/output power connector assemblies, etc.) that connects to the additional DMI is installed in the frame.

■

Required items

Parts

The additional DMI is application dependent. Use one of the following factory built DMI assemblies as applicable:

All models of DMI assemblies include: DMI chassis with controller board, fans and front panel.

• DMI assembly with one 1X CDMA modem board (Motorola model STLN6681).

• DMI assembly with one EV -DO modem board (Motorola model STLN6682).

• DMI assembly with two 1X CDMA modem boards (Motorola model STLN6683).

• DMI assembly with one 1X CDMA modem board and one EV -DO modem board (Motorola

model STLN6684).

• DMI assembly with two EV -DO modem boards (Motorola model STLN6679).

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Tools

The following tools are required:

• TORX T25 bit and driver

• T orque driver

• ESD wrist strap

Prerequisite

ESD handling precautions must be adhered to when handling the DMI assembly . W ear a conductiv e, high impedance wrist str ap during handling.

The procedures in this chapter requires working on or around circuitry that is extremely sensitive to ESD .

Procedure

Procedure 3 -3 contains the steps for adding a 2nd DMI to the XMI shelf .

Procedure 3 -3 Adding a 2nd DMI to the XMI Shelf

Set the additional DMI assembly , in its packaging, near the UBS Macro BTS frame.

ESD handling precautions must be adhered to during this procedure. W ear a conductiv e, high impedance wrist str ap .

Plug the end of the ESD wrist strap into the UBS Macro BTS frame ESD jack This jack is located in the middle of the upper XMI shelf bracket. A ttach the wrist strap to your wrist.

Remove the additional DMI from its packaging and inspect it for damage.

Install the DMI assembly into the appropriate empty DMI housing in the UBS Macro BTS frame by performing the following:

1. P osition the DMI assembly on its bottom edge so that the front panel handle is on the right and the retaining fastener is at the top.

Continued

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Procedure 3 -3 Adding a 2nd DMI to the XMI Shelf (Continued)

2. Pick up the DMI assembly with two hands.

3. Insert the rear of the DMI assembly into the empty housing.

4. Slide the DMI assembly completely into the housing (see Figure 3-3

Installing a 2nd DMI on page 3- 13 .

5. Turn the retaining fastener CW (Clockwise) until ﬁnger tight to secure the DMI assembly in the housing.

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Procedural reference diagram

The following diagram helps clarify certain steps in Procedure 3 -3 .

Figure 3 -3 Installing a 2nd DMI

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Adding a Second Set of IDRFs Chapter 3: Low -to -Mid Capacit y Fr ame Expansion Procedures

Adding a Second Set of IDRFs

Objective

The objective of this section is to mount a second set of IDRFs into the IDRF shelf .

Cabling of the second set of IDRFs to the second XMI will be performed after all of the additional expansion equipment (i.e., XMI, DMI, circuit breaker/output power connector assemblies, etc.) is installed in the frame.

■

Required items

Parts

The second set of IDRFs consists of:

• one IDRF for an omni antenna conﬁguration.

• three IDRFs, one per sector , for a 3 -sector antenna conﬁguration.

The second set of IDRFs mounts in the right -half of the IDRF shelf . The second set of IDRFs are designated as sector 1, 2 and 3 from left to right.

The proper quantity , for omni or 3 -sector antenna conﬁguration, of the following applicable IDRF is required:

• China Full Band 800 MHz IDRF (Motorola model STFN4009)

• India Full Band 800 MHz IDRF (Motorola model STFN4010)

• US Full Band 800 MHz IDRF (Motorola model STFN4015)

• US A -band 800 MHz IDRF (Motorola model STFN4016)

• US B -band 800 MHz IDRF (Motorola model STFN4017)

• 1.9 GHz IDRF (Motorola model STFG4055)

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Tools

The following tools are required:

• TORX T25 bit and driver

• T orque driver

Procedure

Procedure 3 -4 contains the steps for adding a second set of IDRFs to the IDRF shelf .

Procedure 3 -4 Adding a second set of IDRFs to the IDRF shelf

Remove the additional IDRFs from their packaging and inspect them for damage.

While working at the front/top of the UBS Macro BTS frame, pick up an additional IDRF and mount it into the IDRF shelf as follows:

• P osition the IDRF with the IDRF mounting plate on top/facing upward and the mounting plate ﬂange is on the right side (see Figure 3-4

Installing the second set of IDRFs on page 3- 16 photograph B ).

• Insert the ﬁrst IDRF into the sector 1 position on the right half of the top of the IDRF shelf (see photograph A ).

• Slide the IDRF down into the IDRF shelf .

Repeat step 2 for the remaining IDRFs, but insert them in sector 2 and sector 3 positions.

Insert four mounting screws through each IDRF mounting plate and into the IDRF shelf . Using a T25 TORX driver , tighten the mounting screws for all of the additional IDRFs to 4.8 N-m (42.25 in-lb) ±10%.

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A B

Procedural reference diagram

The following diagram helps clarify certain steps in Procedure 3 -4 .

Figure 3 -4 Installing the second set of IDRFs

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R20 1X UBS Macro B T S Hardw are Installation Adding an Optional RX Splitter

Adding an Optional RX Splitter

Objective

The objective of this section is to mount the optional RX splitter onto the bottom of the XMI shelf .

Cabling of the RX splitter to the XMIs will be performed after all of the additional expansion equipment (i.e., XMI, DMI, circuit breaker/output power connector assemblies, etc.) is installed in the frame.

■

Required items

Parts

Tools

Procedure

The following part is required:

• W ide band (800 MHz through 2.1 GHz RF bands) single band RX splitter (Motorola model STRG4029)

The following tools are required:

• TORX T25 bit and driver

• T orque driver

Procedure 3 -5 contains the steps for adding the RX splitter to the bottom of the XMI shelf .

Procedure 3 -5 Adding an RX splitter to the XMI shelf

68P09283A62 -2 3 -17

Remove the RX splitter from its packaging and inspect it for damage.

Continued

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A B

Procedure 3 -5 Adding an RX splitter to the XMI shelf (Continued)

While working at the front of the UBS Macro BTS frame, pick up the RX splitter and mount it onto the bottom of the XMI shelf as follows:

• See Figure 3-5 Mounting the RX splitter on page 3- 18 .

• P osition the RX splitter as follows:

RX splitter I/O connectors facing toward front of the frame.

RX splitter mounting tabs, one on each end of splitter , facing up.

In front of the XMI shelf bottom bracket.

• Align the guide pins on each RX splitter mounting tab with the corresponding hole located on the XMI shelf bottom bracket (see photograph A ).

• Insert the guide pins into the holes and hold the RX splitter mounting tabs against the XMI shelf bottom bracket.

• Insert a mounting screw through each RX splitter mounting tab and into the XMI shelf bottom bracket. (see photograph B ).

Using a T25 TORX driver , tighten the mounting screws to 4.8 N-m (42.25 in-lb) ±10%.

Procedural reference diagram

The following diagram helps clarify certain steps in Procedure 3 -5 .

Figure 3 -5 Mounting the RX splitter

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R20 1X UBS Macro B T S Hardw are Installation Adding a second/third PSM (–48 V or 220 V AC only)

Adding a second/third PSM (–48 V or 220 V AC only)

A second/third PSM is required when expanding a –48 V DC or 220 V AC UBS Macro BTS frame from low capacity to mid capacity . T wo PSMs are required for the mid capacity conﬁguration and the third PSM is for redundancy .

Objective

F or –48 V or 220 V AC only , install the appropriate PSM into slot 2. If applicable, remove the ﬁller plate that covers slot 3 of the PSM shelf and then install the appropriate PSM into slot 3.

■

Required items

Parts

Tools

Nev er plug a –48 V DC PSM into a 220 V AC PSM shelf . Nev er plug a 220 V AC PSM into a -–48 V DC PSM shelf .

Up to two of either the following parts are required:

• –48 V DC P ower Supply Module (–48 V DC PSM) — Motorola model STPN4037

• 220 V AC P ower Supply Module (220 V AC PSM) — Motorola model STPN4036

The following tools are required:

• TORX T25 bit and driver

• T orque driver

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Procedure

Procedure 3 -6 contains the steps for adding a second/third PSM to the PSM shelf .

Procedure 3 -6 Adding a 2nd/3rd PSM to the PSM shelf

If a PSM is to be installed in PSM shelf slot 3, use a T25 TORX bit and driver to completely loosen the captive retaining thumbscrew on the ﬁller plate that covers slot 3 of the PSM shelf . Remove the ﬁller plate.

PSM weighs appro ximately 5 kg. Be careful when handling the PSM to prev ent damage to the equipment and personal injury .

Install the appropriate PSM into PSM shelf slot 2 and 3 as follows:

1. Grasp the handle on the front panel of the PSM with one hand while carefully supporting the bottom of the module with the other hand.

2. Properly orient the PSM and insert it into the slot.

3. Slowly slide the module into the shelf until the rear connectors are

fully seated. Make sure that the PSM is fully engaged with the shelf backplane slot connectors.

Using a T25 TORX bit and torque driver , tighten the captive retaining thumbscrew to 2.37 N-m (21 in-lb).

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R20 1X UBS Macro B T S Hardw are Installation Mid -capacit y Expansion Interconnect Cabling

Mid -capacity Expansion Interconnect Cabling

Objective

The objective of this section is to route and connect all require cabling between the additional mid -capacity expansion equipment (i.e., 2nd XMI, 2nd DMI, optional RX splitter , circuit breaker/output power connector assemblies) that is installed in the frame.

The RX splitter is optional equipment for expansion to mid -capacity . An RX share cable can be used instead of the RX splitter for interconnecting RX RF signals between XMI 1 and XMI 2.

■

Installing DC power cables

Locate the required DC power cables and then perform Procedure 3 -7 through Procedure 3 -8 as needed.

Required DC power cables

• XMI DC power cable (Motorola part number 3088319T03)

• DMI DC power cable (Motorola part number 3088961T05)

DC power cabling procedures

Procedure 3 -7 Installing the XMI 2 DC power cable

Locate the XMI DC power cable (Motorola part number 3088319T03).

Connect the appropriate end of the XMI DC power cable to the +27 V DC input power connector on the top of XMI 2 front panel.

Continued

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Procedure 3 -7 Installing the XMI 2 DC power cable (Continued)

Route the loose end of the XMI DC power cable as follows:

1. Through the opening above XMI 2 between the XMI shelf and the IDRF shelf to the back of the XMI shelf .

2. Down and around the left side of the rear of XMI 2.

T o avoid blocking exhaust air from the XMI, the XMI DC power cable must not be routed directly behind the XMI.

3. Down to the PDU and over the top of the PDU to the PDU front panel.

Connect the loose end of the XMI DC power cable to the XMI 2 DC output power connector on the PDU front panel.

Procedure 3 -8 Installing the DMI 2 DC power cable

Locate the DMI DC power cable (Motorola part number 3088961T05).

Connect the appropriate end of the DMI DC power cable to the DMI 2 DC output power connector on the PDU front panel.

Continued

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Procedure 3 -8 Installing the DMI 2 DC power cable (Continued)

Route the loose end of the DMI DC power cable as follows:

1. Up the right side of the frame/rack and around to the back of the frame.

2. Through the opening between the XMI shelf and the IDRF shelf and over

the XMI shelf top bracket.

3. Down to the front panel of the appropriate DMI.

Excess cable should be coiled up and placed on top of the XMI shelf top bracket.

Connect the loose end of the DMI DC power cable to the +27 V DC input power connector on the front panel of DMI 2.

Installing/Connecting RF cables (XMI to IDRF)

Locate the required RF cables and then perform Procedure 3 -9 and Procedure 3 -10 as needed.

Required RF cables

The required TX RF cables are as follows:

• TX sector -1 RF cable (Motorola part number 3088160T73)

• TX sector -2 RF cable (Motorola part number 3088160T74)

• TX sector -3 RF cable (Motorola part number 3088160T75)

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RF cabling procedures

P erform Procedure 3 -9 to install the TX RF cables between XMI 2 and the second set of IDRFs.

Procedure 3 -9 Installing TX RF cables

Locate the following TX RF cables:

• TX sector-1 RF cable (Motorola part number 3088160T73)

• TX sector-2 RF cable (Motorola part number 3088160T74)

• TX sector-3 RF cable (Motorola part number 3088160T75)

Install the TX sector-1 RF cable as follows:

1. Connect one end of the cable to the TX1 connector on the XMI 2 front panel.

2. Route the loose end of the cable through the opening between the XMI shelf and the IDRF shelf .

3. Loop the cable around under the second set of IDRFs.

4. Connect the loose end of the TX sector-1 RF cable to the TX input

connector on the bottom panel of the sector-1 IDRF of the second set of IDRFs.

Install the TX sector-2 RF cable as follows:

1. Connect one end of the cable to the TX2 connector on the XMI 2 front panel.

2. Route the loose end of the cable through the opening between the XMI shelf and the IDRF shelf .

3. Loop the cable around under the second set of IDRFs.

4. Connect the loose end of the TX sector-2 RF cable to the TX input

connector on the bottom panel of the sector-2 IDRF of the second set of IDRFs.

3 -24 68P09283A62 -2

Install the TX sector-3 RF cable as follows:

1. Connect one end of the cable to the TX3 connector on the XMI 2 front panel.

2. Route the loose end of the cable through the opening between the XMI shelf and the IDRF shelf .

3. Loop the cable around under the second set of IDRFs.

4. Connect the loose end of the TX sector-3 RF cable to the TX input

connector on the bottom panel of the sector-3 IDRF of the second set of IDRFs.

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P erform Procedure 3 -10 to connect the RX RF cables between XMI 2 and the second set of IDRFs.

Procedure 3 -10 Connecting RX RF cables

Disconnect the following RX RF cables from the front panel of XMI 1:

1. Disconnect the end of the 3088160T79 cable from the RX1 D connector

on the XMI 1 front panel.

2. Disconnect the end of the 3088160T80 cable from the RX2 D connector

on the XMI 1 front panel.

3. Disconnect the end of the 3088160T81 cable from the RX3 D connector

on the XMI 1 front panel.

Connect the RX RF cables that were disconnected in step 1 to the front panel of XMI 2 as follows:

1. Connect the loose end of the 3088160T79 cable to the RX1 D connector

on the XMI 2 front panel.

2. Connect the loose end of the 3088160T80 cable to the RX2 D connector

on the XMI 2 front panel.

3. Connect the loose end of the 3088160T81 cable to the RX3 D connector

on the XMI 2 front panel.

Disconnect the following RX RF cables from the bottom of the ﬁrst (original) set of IDRFs as follows:

1. Disconnect the end of the 3088160T79 cable from the RX DIV connector

on the bottom panel of the sector-1 IDRF of the ﬁrst set of IDRFs.

2. Disconnect the end of the 3088160T80 cable from the RX DIV connector

on the bottom panel of the sector-2 IDRF of the ﬁrst set of IDRFs.

3. Disconnect the end of the 3088160T81 cable from the RX DIV connector

on the bottom panel of the sector-3 IDRF of the ﬁrst set of IDRFs.

Connect the RX RF cables that were disconnected in step 3 to the bottom panel of the second set of IDRFs as follows:

1. Connect the loose end of the 3088160T79 cable to the RX MAIN

connector on the bottom panel of the sector-1 IDRF of the second set of IDRFs.

2. Connect the loose end of the 3088160T80 cable to the RX MAIN

connector on the bottom panel of the sector-2 IDRF of the second set of IDRFs.

3. Connect the loose end of the 3088160T81 cable to the RX MAIN

connector on the bottom panel of the sector-3 IDRF of the second set of IDRFs.

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Installing XMI to DMI cables

Locate the required XMI to DMI cables and then perform Procedure 3 -11 .

F or the mid -capacity frame, there are four 3088791T02 cables used to interconnect XMIs to DMIs. One of these cables is already installed/connected in the low -capacity conﬁguration.

Required XMI to DMI cables

The required XMI to DMI cables are as follows:

• Three XMI to DMI cables (Motorola part number 3088791T02)

XMI to DMI cabling procedure

P erform Procedure 3 -11 to install the XMI to DMI cables between two XMIs and two DMIs.

Procedure 3 -11 Installing XMI to DMI cables

V erify that an XMI to DMI cable (Motorola part number 3088791T02) is already installed/connected between XMI 1 front panel connector HSL 1 and DMI 1 front panel connector XMI 1/BSI.

Locate the following cables:

• Three XMI to DMI cables (Motorola part number 3088791T02)

Install an XMI to DMI cable between XMI 1 and DMI 2 as follows:

1. Connect the appropriate end of the 3088791T02 cable to the HSL 2 connector on the XMI 1 front panel.

2. Route the loose end of the cable up above XMI 1, through the opening between the XMI shelf and IDRF shelf , and behind the hooks on the top XMI shelf bracket. Continue routing over to the XMI shelf DMI slot and then down to DMI 2.

3. Connect the loose end of the 3088791T02 cable to the XMI 1/BSI connector on the DMI 2 front panel.

Install an XMI to DMI cable between XMI 2 and DMI 1 as follows:

1. Connect the appropriate end of the 3088791T02 cable to the HSL 1 connector on the XMI 2 front panel.

Continued

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Procedure 3 -11 Installing XMI to DMI cables (Continued)

2. Route the loose end of the cable up above XMI 2 through the opening

between the XMI shelf and IDRF shelf , and behind the hooks on the top XMI shelf bracket. Continue routing over to the XMI shelf DMI slot and then down to DMI 1.

3. Connect the loose end of the 3088791T02 cable to the XMI 2 connector

on the DMI 1 front panel.

Install an XMI to DMI cable between XMI 2 and DMI 2 as follows:

1. Connect the appropriate end of the 3088791T02 cable to the HSL 2

connector on the XMI 2 front panel.

2. Route the loose end of the cable up above XMI 2 through the opening between the XMI shelf and IDRF shelf , and behind the hooks on the top XMI shelf bracket. Continue routing over to the XMI shelf DMI slot and then down to DMI 2.

3. Connect the loose end of the 3088791T02 cable to the XMI 2 connector on the DMI 2 front panel.

Installing DMI to SSI cables

Locate the required DMI to S SI cables and then perform Procedure 3 -12 .

F or the mid -capacity frame, there are two 3088792T01 cables used to interconnect S SI 1 to DMI 1 and DMI 2. One of these cables is already installed/connected in the low -capacity conﬁguration.

Required DMI to SSI cables

The required DMI to S SI cable is as follows:

• One DMI to S SI cable (Motorola part number 3088792T01)

DMI to SSI cabling procedure

P erform Procedure 3 -12 to install the DMI to S SI cable between S SI 1 and DMI 2.

Procedure 3 -12 Installing DMI 2 to S SI 1 cable

Continued

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V erify that a DMI to S SI cable (Motorola part number 3088792T01) is already installed/connected between DMI 1 front panel connector IDI/S SI 1 and S SI 1 front panel connector DMI 1/IDI .

Locate the following cables:

• One DMI to S SI cable (Motorola part number 3088792T01)

Install the DMI to S SI cable between DMI 2 and S SI 1 as follows:

1. Connect the appropriate end of the 3088792T01 cable to the IDI/S SI 1

connector on the DMI 2 front panel.

2. Route the loose end of the cable up above the XMI shelf DMI slot, through the opening between the XMI shelf and the IDRF shelf , and out the right side of the opening. Continue routing upwards along the right rack rail and over in to S SI 1.

Excess cable should be coiled up and placed on top of the XMI shelf top bracket.

3. Connect the loose end of the 3088792T01 cable to the DMI 2 connector on the S SI 1 front panel.

Installing RX splitter to XMI RX RF cables or RX share cable

Expansion to mid -capacity requires interconnection of RX RF signals between XMI 1 and XMI 2. This can be accomplished by using an optional RX splitter or RX share cable.

If the optional RX splitter is used, locate the required RX splitter to XMI RX RF cables and then perform Procedure 3 -13 .

If the optional RX splitter is not used, locate the required RX share cable and then perform

Procedure 3 -14 .

Required RX splitter to XMI RX RF cables

The required RX splitter to XMI RX RF cables are as follows:

• RX splitter to XMI 1 RX RF cable (Motorola part number 3088407T10)

• RX splitter to XMI 2 RX RF cable (Motorola part number 3088407T11)

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R20 1X UBS Macro B T S Hardw are Installation Mid -capacit y Expansion Interconnect Cabling

Required RX share cable

The required RX share cable is as follows:

• RX share cable (Motorola part number SGLN6345)

The RX share cable cross -connects XMI 1 RX EXP OUT to XMI 2 RX EXP IN and XMI 2 RX EXP OUT to XMI 1 RX EXP IN .

RX splitter to XMI cabling procedure

P erform Procedure 3 -13 to install the RX splitter to XMI RX RF cables between RX splitter and the two XMIs.

Procedure 3 -13 Installing RX splitter to XMI RX RF cables

Locate the following cables:

• RX splitter to XMI 1 RX RF cable (Motorola part number 3088407T10)

• RX splitter to XMI 2 RX RF cable (Motorola part number 3088407T11)

Install the RX splitter to XMI 1 RX RF cable (Motorola part number 3088407T10) as follows:

The 3088407T10 cable contains two separate cables bundled together . The 3088407T10 cable has two connectors on each end of the bundle. The ends of each separate cable can be determined by observation.

1. P osition the 3088407T10 cable so that two connectors on one end of the bundle are in front of XMI 1 (i.e., XMI end) and the two connectors on the other end of the bundle are in front of the RX splitter .

2. Connect an XMI end connector to the RX EXP OUT connector on the XMI 1 front panel.

3. Connect the loose end of the same separate cable to the XMI 1 RX EXP IN connector on the RX splitter front panel.

4. Connect the remaining XMI end connector to the RX EXP IN connector on the XMI 1 front panel.

Continued

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Mid -capacit y Expansion Interconnect Cabling Chapter 3: Low -to -Mid Capacit y Fr ame Expansion Procedures

Procedure 3 -13 Installing RX splitter to XMI RX RF cables (Continued)

5. Connect the loose end of the same separate cable to the XMI 1 RX EXP

OUT connector on the RX splitter front panel.

Install the RX splitter to XMI 2 RX RF cable (Motorola part number 3088407T11) as follows:

The 3088407T11 cable contains two separate cables bundled together . The 3088407T11 cable has two connectors on each end of the bundle. The ends of each separate cable can be determined by observation.

1. P osition the 3088407T11 cable so that two connectors on one end of the bundle are in front of XMI 2 (i.e., XMI end) and the two connectors on the other end of the bundle are in front of the RX splitter .

XMI 1 to XMI 2 RX cabling procedure

P erform Procedure 3 -14 to install the RX share cable to interconnect RX RF signals between XMI 1 and XMI 2.

Procedure 3 -14 Installing RX share cable

2. Connect an XMI end connector to the RX EXP OUT connector on the XMI 2 front panel.

3. Connect the loose end of the same separate cable to the XMI 2 RX EXP IN connector on the RX splitter front panel.

4. Connect the remaining XMI end connector cable to the RX EXP OUT connector on the XMI 2 front panel.

5. Connect the loose end of the same separate cable to the XMI 2 RX EXP IN connector on the RX splitter front panel.

Locate the following cable:

• RX share cable (Motorola part number SGLN6345)

Continued

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Procedure 3 -14 Installing RX share cable (Continued)

The SGLN6345 cable contains two separate cables bundled together . The SGLN6345 cable has four ends with a connector on each end.

The ends of the RX share cable are labeled as follows:

• XMI 1 RX EXP OUT

• XMI 1 RX EXP IN

• XMI 2 RX EXP OUT

• XMI 2 RX EXP IN

Install the RX share cable as follows:

1. Connect the XMI 1 RX EXP OUT cable connector to the RX EXP OUT

connector on the XMI 1 front panel.

2. Connect the XMI 1 RX EXP IN cable connector to the RX EXP IN

connector on the XMI 1 front panel.

3. Connect the XMI 2 RX EXP OUT cable connector to the RX EXP OUT

connector on the XMI 2 front panel.

4. Connect the remaining XMI 2 RX EXP IN cable connector to the RX EXP IN connector on the XMI 2 front panel.

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C h a p t e r

What’s Next

■

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Installation completion Chapter 4: What ’ s Next

Installation completion

A t this point the hardware installation is complete. P erform the following tasks to complete the system installation.

• Clean up the site

• Fill out the installation completion checklist

• Record As -Built information

• P erform the A TP s

• Load the software

P erform the clean up of the site and ﬁll out the checklist, ﬁrst. Then perform the rest of the tasks or perform them later .

■

Clean up the site

Clean up the site by following the instructions given in Procedure 4 -1 .

Procedure 4 -1 Cleaning the site

Remove protective covering

Remove any cardboard from the walls that was used to protect the walls. Remove any antistatic plastic or cloth sheet used to cover the equipment.

Lighting ﬁxtures

Remove any masking tape from the ﬂuorescent light ﬁxtures.

T ools

Place all hand and power tools in the installation tool kit or other appropriate place. Check for any tools requiring replacement, cleaning, or adjustment.

Materials

Place any leftover materials in a location speciﬁed by the site manager .

Remove debris

T o remove the debris, perform the following:

• Remove any packing material.

• Ensure that all scrap materials are removed from any tables or stands.

• Clean/sweep the ﬂoor . Ensure all chalk -line marks are removed.

Continued

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R20 1X UBS Macro B T S Hardw are Installation Installation completion

Procedure 4 -1 Cleaning the site (Continued)

Environment

P erform the following to check the environment:

• Check whether all covers, frame doors and fan housings are in place.

• Conﬁrm all power connections are tight.

• Organize any items (such as manuals, materials, etc.) left on site and

place them in a safe location speciﬁed by the site manager .

Fill out the installation completion checklist

A fter the site is cleaned up, ﬁll out the installation completion checklist and make any necessary copies. Copy this check sheet as required.

Installation completion checklist

Date Hardware Installation Completed: _________________

Site: _________________

BTS Frame Serial Number: _________________

Checklist Completed By: _________________

Checklist Reviewed By: _________________

Table 4 -1 Installation completion checklist

Status

No. Item Notes

Frames are bolted down.

DC power cabling completed.

Each frame has its own earth ground.

RX RF cables installed.

TX RF cables installed.

Span line cables installed.

Alarm cables installed.

RGPS head installed (if required).

RGPS cabling installed (if required).

All connectors (power , signal, RF , internal and external) are tight.

All cables dressed and tied.

Installation and site speciﬁc manuals at site.

Continued

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Installation completion Chapter 4: What ’ s Next

Table 4 -1 Installation completion checklist (Continued)

Status

Record “As -Built” information

Record the site speciﬁc information on how the unit was installed and cabled.

Performing the ATPs

This manual does not cover the procedure of performing the A TP s. F or this procedure, refer to the

1X UBS Macro BTS Optimization/A TP

No. Item Notes

Cable racks properly grounded. 14 Static wrist straps are present. 15

Site cleaned, swept, and trash removed. 16

Any deﬁciencies reported to the

appropriate people. 17

Correct polarity has been maintained

from the DC power source to the frame. 18

P ower has not been applied to any frame.

(68P09283A63) manual.

Loading the software

This manual does not cover the procedure for loading the software. Refer to the appropriate software release manual for procedure for loading the software.

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