Adc Digivance ics 800 User manual

ADCP-75-112 •

••

•Issue 3 •

••

•August 2001

1185527 Rev A Page 1

©

2001,

ADC

Telecommunications,

Inc.

Digivance™Indoor Coverage Solution

800 and 1900 MHz Digital Remote Unit

Installation Instructions

Content Page

INTRODUCTION............................................................................2

1 DESCRIPTION........................................................................3

1.1 Digital Remote Unit ..............................................................3

1.2 Antenna Options ................................................................5

1.3 AC/DC Power Converter............................................................6

2 INSTALLATION PROCEDURE ..............................................................7

2.1 Tools and Materials..............................................................7

2.2 Unpacking and Inspection..........................................................8

2.3 Frequency Band Selection (1900 DRU Only) .............................................8

2.4 DRU Mounting Procedure ..........................................................9

2.5 Antenna Mounting Procedure....................................................... 10

2.6 Antenna Connection............................................................. 17

2.7 Optical Connection.............................................................. 18

2.8 DC Power Connection............................................................ 19

3 CUSTOMER INFORMATION AND ASSISTANCE.................................................. 22

16449-A

Digital Remote Unit

ADCP-75-112 •Issue 3 •August 2001

Page 2

©

2001,

ADC

Telecommunications,

Inc.

INTRODUCTION

This

publication

provides

instructions

for

installing

the

Digivance

Indoor

Coverage

Solution

(ICS)

Digital

Remote

Unit

(DRU).

A

more

complete

description

of

the

DRU

along

with

the

operating

and

maintenance

procedures

is

provided

in

the

Digivance

ICS

Installation

and

Operation

Manual

(ADCP-75-110).

The

DRU

is

installed

in

conjunction

with

the

Digital

Host

Unit

(DHU)

and

the

Digital

Expansion

Unit

(DEU).

Revision History

ISSUE DATE REASON FOR CHANGE

Issue

1

04/2001

Original

release.

Issue

2

06/2001

Changes

in

LED

operation

and

new

power

cable

maximum

length

recommendations

Issue

3

08/2001

Updated

to

cover

1900

MHz

version

of

product

Trademark Information

ADC

is

a

registered

trademark

of

ADC

Telecommunications,

Inc.

Digivance

is

a

trademark

of

ADC

Telecommunications,

Inc.

LC

is

a

trademark

of

Lucent

Technologies

Inc.

Admonishments

Important

safety

admonishments

are

used

throughout

this

publication

to

warn

of

possible

hazards

to

persons

or

equipment.

An

admonishment

identifies

a

possible

hazard

and

then

explains

what

may

happen

if

the

hazard

is

not

avoided.

The

admonishments

—

in

the

form

of

Dangers,

Warnings,

and

Cautions

—

must

be

followed

at

all

times.

These

warnings

are

flagged

by

use

of

the

triangular

alert

icon

(seen

below),

and

are

listed

in

descending

order

of

severity

of

injury

or

damage

and

likelihood

of

occurrence.

Danger:

Danger

is

used

to

indicate

the

presence

of

a

hazard

that

will

cause

severe

personal

injury,

death,

or

substantial

property

damage

if

the

hazard

is

not

avoided.

Warning:

Warning

is

used

to

indicate

the

presence

of

a

hazard

that

can

cause

severe

personal

injury,

death,

or

substantial

property

damage

if

the

hazard

is

not

avoided.

Caution:

Caution

is

used

to

indicate

the

presence

of

a

hazard

that

will

or

can

cause

minor

personal

injury

or

property

damage

if

the

hazard

is

not

avoided.

Related Publications

Listed

below

are

and

their

publication

numbers.

Copies

of

these

publications

can

be

ordered

by

contacting

the

ADC

Technical

Assistance

Center

at

1-800-366-3891

extension

63475

(in

U.S.A.

or

Canada)

or

952-946-3475

(outside

U.S.A.

and

Canada).

Title ADCP Number

Digivance

ICS

800

and

1900

MHz

Systems

Installation

and

Operation

Manual

75-110

Digivance

ICS

Digital

Expansion

Unit

Installation

Instructions

75-111

ADCP-75-112 •Issue 3 •August 2001

Page 3

©

2001,

ADC

Telecommunications,

Inc.

1 DESCRIPTION

This

section

describes

the

DRU,

the

various

DRU

antennas,

and

the

AC/DC

power

converter

(accessory

item).

1.1 Digital Remote Unit

The

DRU,

shown

in

Figure

1,

serves

as

the

cellular

user

servicing

unit

for

the

Digivance

ICS.

The

DRU

consists

of

an

electronic

circuit

board

assembly

that

is

mounted

within

a

powder-

coated

sheet

metal

enclosure.

The

DRU

is

designed

for

use

within

a

non-condensing

indoor

environment

such

as

inside

a

building.

All

controls,

indicators,

and

connectors

(except

the

antenna

connector)

are

mounted

on

the

DRU

front

panel

for

convenient

access.

FRONT PANEL

MOUNTING FOOT



(EACH CORNER)

7.0 INCHES



(178 mm)

7.3 INCHES



(185 mm)

2.1 INCHES



(53 mm)

16420-A

Figure 1. Digital Remote Unit

The

DRU

is

equipped

with

four

integral

mounting

feet

that

allow

it

to

be

mounted

on

any

flat

horizontal

or

vertical

surface.

A

typical

location

for

mounting

the

DRU

would

be

above

ceiling

tiles

(where

the

optical

fiber

and

power

cables

can

be

concealed)

or

on

a

wall.

Slots

are

provided

in

the

mounting

feet

for

securing

the

DRU

to

the

mounting

surface.

The

RF

signal

interface

between

the

DRU

and

the

cellular

users

is

provided

through

an

external

antenna

connected

to

an

SMA

connector.

The

antenna

may

be

ordered

separately

from

ADC.

Several

types

of

antennas

with

various

patterns

are

available.

Non-ADC

antennas

may

also

be

used

with

the

DRU

to

meet

various

application

requirements.

The

DRU

is

equipped

with

a

small

form

factor

LC

type

optical

transceiver

that

provides

a

point

for

connecting

the

optical

link

cables.

Depending

on

the

application

requirements,

the

optical

transceiver

may

be

connected

to

either

a

DHU

or

a

DEU.

ADCP-75-112 •Issue 3 •August 2001

Page 4

©

2001,

ADC

Telecommunications,

Inc.

The

DRU

is

equipped

with

a

female

RJ-45

jack

that

provides

a

point

for

connecting

a

DC

power

cable.

The

DRU

is

powered

by

34

to

48

Vdc

power

which

is

supplied

through

the

RJ-

45

connector.

Power

to

the

DRU

may

be

supplied

by

the

DHU,

DEU,

or

by

a

120

Vac

to

48

Vdc

power

converter

(available

separately

as

an

accessory

item)

plugged

into

a

properly

grounded

120

Vac

outlet.

The

AC/DC

converter

is

a

UL

Listed

stand

alone

Limited

Power

Supply

(LPS)

unit

with

a

rated

output

of

48

Vdc

at

1.2

Amps.

When

powered

by

the

DHU

or

DEU,

a

category

3

or

5

twisted-pair

cable

terminated

with

RJ-45

connectors

is

required.

The

recommended

maximum

length

of

the

power

cable

is

500

meters

(1,641

feet).

Any

distance

beyond

500

meters

requires

local

powering

by

the

AC/DC

converter.

The

DRU

user

interface

consists

of

the

connectors

and

the

LED

that

are

provided

on

the

DRU

front

and

rear

panels.

The

DRU

user

interface

points

are

indicated

in

Figure

2

and

described

in

Table

1.

16421-A

REARVIEWFRONTVIEW

(4) ANTENNA CONNECTOR

(1) STATUS LED

(2) 48VDC POWER

CONNECTOR (3) FIBER LINK

OPTICAL ADAPTERS

TX-LEFT - RX-RIGHT

Figure 2. Digital Remote Unit User Interface

Table 1. Digital Remote Unit User Interface

REF

No. USER INTERFACE

DESIGNATION

DEVICE FUNCTIONAL

DESCRIPTION

1

STATUS

Multi-colored

LED

(Red/Green/Yellow)

Indicates

if

the

status

of

the

DRU

is

normal

or

faulty

or

if

the

forward

path

optical

input

is

normal

or

lost.

(see

Note)

2

48

VDC

RJ-45

jack

(female)

Used

for

connecting

a

DC

power

cable.

3

FIBER

TX

RX

Small

form

factor

LC-type

optical

transceiver

Used

for

connecting

the

forward

path

and

reverse

path

optical

fiber

connectors.

4

–

SMA-type

coaxial

connector

(female)

Used

for

connecting

the

antenna

coaxial

cable

lead.

Note:

A

detailed

description

of

DEU

LED

operation

is

provided

in

the

Digivance

ICS

800

and

1900

MHz

Systems

Installation

and

Operation

Manual

(ADCP-75-110)

ADCP-75-112 •Issue 3 •August 2001

Page 5

©

2001,

ADC

Telecommunications,

Inc.

1.2 Antenna Options

Various

antennas,

shown

in

Figures

3

and

4,

are

available

from

ADC

for

use

with

the

DRU.

All

antennas

include

a

6

foot

(1.8

m)

long

50-ohm

coaxial

cable

(equipped

with

SMA

male

connector)

for

connection

to

the

DRU.

The

DRU

is

equipped

with

an

SMA

female

connector

for

connecting

the

antenna

cable.

Note:

To

comply

with

Maximum

Permissible

Exposure

(MPE)

requirements,

antennas

must

be

installed

to

provide

at

least

20

centimeters

(8

inches)

of

separation

from

all

persons

per

FCC

47

CFR

Part

2.1091.

DIAMETER - 6.14 INCH (156 MM)

DEPTH - 1.05 INCH (27 MM) 7.26 INCHES

(184 MM)

3.88 INCHES

(99 MM)

2.26 INCHES

(57 MM)

8.65 INCHES

(220 MM)

6.55 INCHES

(166 MM)

2.38 INCHES

(60 MM)

7.90 INCHES

(201 MM)

2.38 INCHES

(60 MM)

8.65 INCHES (220 MM)

4 dBi GAIN

CEILING-MOUNT

HALLWAY

2.5 dBi GAIN CEILING-MOUNT

OMNIDIRECTIONAL

8 dBi GAIN

70 DIRECTIONAL PANEL

(WALL-MOUNT) 7.5 dBi GAIN

90 DIRECTIONAL PANEL

(CORNER MOUNT)

MOUNTING BASE

LENGTH - 3.85 INCHES

(98 MM)

ALL ANTENNAS ARE EQUIPPEDWITH

A 72-INCH RG58/U CABLETERMINATED

WITH A MALE SMA CONNECTOR

MOUNTING STUD

LENGTH - 1.5 INCHES (38 mm)

DIAMETER - 0.875 INCHES (22 MM)

MOUNTING STUD

LENGTH - 1.5 INCHES (38 mm)

DIAMETER - 0.875 INCHES (22 MM)

16237-C

Figure 3. 800 MHz DRU Antenna Options

ADCP-75-112 •Issue 3 •August 2001

Page 6

©

2001,

ADC

Telecommunications,

Inc.

DIAMETER - 4.25 INCH (105 MM)

DEPTH - 0.57 INCH (14 MM) 2.5 INCHES

(64 MM)

0.5 INCHES

(13 MM)

3 INCHES

(76 MM)

5 INCHES

(127 MM)

4.6 INCHES

(118 MM)

1.4 INCHES

36 MM)

4 dBi GAIN

CEILING-MOUNT

HALLWAY

2.5 dBi GAIN CEILING-MOUNT

OMNIDIRECTIONAL

ALL ANTENNAS ARE EQUIPPEDWITH

A 72-INCH RG58/U CABLETERMINATED

WITH A MALE SMA CONNECTOR

MOUNTING STUD

LENGTH - 1.5 INCHES (38 mm)

DIAMETER - 0.875 INCHES (22 MM)

16815-A

MOUNTING BASE

LENGTH - 2.5 INCHES

(64 MM)

7.5 dBi GAIN

90 DIRECTIONAL PANEL

(COMBINATION WALL

AND CORNER MOUNT)

Figure 4. 1900 MHz DRU Antenna Options

1.3 AC/DC Power Converter

The

DRU

may

be

powered

locally

by

the

AC/DC

converter,

shown

in

Figure

6,

which

is

available

as

an

accessory

item.

The

converter

is

a

UL

Listed

stand

alone

Limited

Power

Supply

(LPS)

unit

with

a

rated

output

of

48

Vdc

at

1.2

A.

The

converter

is

equipped

with

a

6-foot

(1.8

m)

DC

power

cable

which

is

terminated

with

an

RJ-45

male

connector.

The

converter

is

powered

by

120/240

Vac

(50

or

60

Hz)

power

which

is

supplied

though

a

standard

three-conductor

AC

power

cord.

The

120

Vac

power

cord

is

6

feet

(1.8

m)

long

and

is

provided

with

the

converter.

ADCP-75-112 •Issue 3 •August 2001

Page 7

©

2001,

ADC

Telecommunications,

Inc.

15988-A

Figure 5. AC/DC Power Converter

2 INSTALLATION PROCEDURE

This

section

provides

the

installation

procedures

for

the

DRU,

the

antennas,

and

the

AC/DC

power

converter

(if

used).

Installation

of

the

DRU

may

proceed

separately

from

the

installation

of

the

DHU

and

the

DEU.

When

the

installation

of

the

DRU

is

completed,

refer

to

the

Digivance

ICS

800

and

1900

MHz

Systems

Installation

and

Operation

Manual

(ADCP-75-

110)

for

the

system

turn-up

and

test

procedures.

2.1 Tools and Materials

The

following

tools

are

required

in

order

to

complete

the

procedures

in

this

instruction:

• Box

cutter

• Pencil

or

scribe

• Medium

size

flat-bladed

screwdriver

• Pliers

• Non-conductive

probe

(1900

MHz

units

only)

• Drill

and

assorted

drill

bits

• Torque

wrench

for

SMA

connectors

(pre-set

to

apply

5

inch-pounds

of

torque)

• DRU

installation

template

(Part

#

1154319

–

Optional)

The

following

materials

are

required

in

order

to

complete

the

procedures

in

this

instruction:

• 4

-

Mounting

screws

(if

required)

Note:

Use

four

#8

screws

(maximum

diameter)

with

a

minimum

length

of

0.5

inches

or

four

4

mm

screws

(maximum

diameter)

with

a

minimum

length

of

12

mm

• 4

-

wall

anchors

(if

required)

• Wire

ties

ADCP-75-112 •Issue 3 •August 2001

Page 8

©

2001,

ADC

Telecommunications,

Inc.

2.2 Unpacking and Inspection

This

subsection

provides

instructions

for

opening

the

shipping

boxes,

verifying

that

all

parts

have

been

received,

and

verifying

that

no

shipping

damage

has

occurred.

Use

the

following

procedure

to

unpack

and

inspect

the

DRU:

1.

Open

the

shipping

carton

and

carefully

unpack

the

DRU

from

the

protective

packing

material.

2.

Check

the

DRU

for

broken

or

missing

parts.

If

there

are

any

damages,

contact

ADC

Telecommunications

(see

Customer

Information

and

Assistance

section)

for

an

RMA

(Return

Material

Authorization)

and

to

reorder

if

replacement

is

required.

2.3 Frequency Band Selection Procedure (1900 MHz DRU Only)

The

1900

MHz

version

of

the

DRU

may

be

configured

to

operate

at

any

one

of

four

frequency

bands.

A

DIP

switch

is

provided

on

the

underside

of

the

DRU

for

selecting

the

required

frequency

band.

Use

the

following

procedure

to

set

the

DIP

switch

to

provide

the

required

DRU

frequency

band:

1.

Determine

the

required

frequency

band

for

the

DRU

(AD,

DBE,

BEF,

or

EFC)

as

specified

in

the

system

design

plan.

2.

Orient

the

DRU

as

shown

in

Figure

6

and

then

locate

the

small

opening

in

the

bottom

of

the

DHU

that

provides

access

to

the

band

select

DIP

switch.

3.

Use

a

non-conductive

probe

to

align

the

DIP

switch

sliding

handles

to

provide

the

required

frequency

band

(see

Figure

6).

4.

Place

the

copper

sticker

provided

with

the

DHU

over

the

small

opening

that

provides

access

to

the

DIP

switch.

Note:

The

copper

sticker

provides

EMI/RFI

shielding.

Do

not

use

some

other

type

of

material

to

cover

the

DIP

switch

access

hole.

ALIGN DIP SWITCH HANDLES AS



SHOWN ONTHE LABELTO PROVIDE



SPECIFIED FREQUENCY BAND

16818-A

Figure 6. 1900 MHz DRU Frequency Band Selection

ADCP-75-112 •Issue 3 •August 2001

Page 9

©

2001,

ADC

Telecommunications,

Inc.

2.4 DRU Mounting Procedure

The

DRU

may

be

mounted

on

any

flat

vertical

or

horizontal

surface.

A

slot

is

provided

in

each

of

the

four

mounting

feet

for

inserting

a

fastener.

The

fasteners

must

be

provided

by

the

installer.

Use

the

following

procedure

to

mount

the

DRU:

Warning:

Wet

conditions

increase

the

potential

for

receiving

an

electrical

shock

when

installing

or

using

electrically-powered

equipment.

To

prevent

electrical

shock,

never

install

or

use

electrical

equipment

in

a

wet

location

or

during

a

lightning

storm.

Note:

To

insure

that

all

optical

connectors

and

transceivers

remain

dust-free

during

installation,

leave

all

dust

caps

and

dust

protectors

in

place

until

directed

to

remove

them

for

connection.

1.

Obtain

the

appropriate

fasteners

(lag

bolts,

screws,

wall

anchors,

etc.)

for

securing

the

DRU

to

the

mounting

surface.

2.

Position

the

DRU

on

the

mounting

surface

in

the

specified

location

(per

the

system

design).

Make

sure

the

LED

will

be

visible

when

the

unit

is

mounted.

Note:

To

ensure

there

is

adequate

air

circulation

for

cooling,

provide

a

minimum

of

3

inches

(76

mm)

of

clearance

space

on

all

sides

of

the

DRU

(except

the

bottom).

In

addition,

at

least

one

surface

of

the

DRU

installation

area

must

be

open

to

the

building’s

interior

air

space.

If

a

portable/flexible

antenna

will

be

installed,

allow

a

minimum

of

9

inches

(229

mm)

clearance

along

the

surface

with

the

antenna.

Note:

In

mounting

situations

where

fiber,

power,

and

coaxial

cable

pass-through

holes

are

planned,

it

is

critical

that

these

holes

be

placed

far

enough

away

from

their

respective

connectors

to

avoid

forming

overly

tight

bend

radii.

Tight

bend

radii

can

damage

fiber

optic

cable

and

reduce

RF

signal

levels.

The

DRU

mounting

template

(part

#

1154319)

provides

the

clearances

for

the

following

cable

types:

Power

cable

(cat

3

and

5):

0.2

inch

(5.2

mm)

diameter

Fiber

optic

cable

(twin

lead):

0.12

inch

(3.0

mm)

diameter

Antenna

coaxial

cable:

0.16

inch

(4.0

mm)

diameter

If

planned

cable

diameters

are

greater

than

those

listed,

please

consult

with

the

cable

manufacturer

to

determine

the

cable’s

recommended

minimum

bend

radii.

3.

Mark

the

location

of

the

mounting

holes

and

of

any

pass-through

holes

that

may

be

required

for

fiber,

power,

or

coaxial

cables.

Observe

any

additional

instructions

that

may

be

printed

on

the

template

such

as

the

recommended

fasteners

and

clearance

requirements.

4.

Drill

appropriately

sized

holes

in

the

mounting

surface

for

the

mounting

screws

or

wall

anchors

and

for

the

fiber,

power,

or

coaxial

cables

(if

pass-through

holes

are

required).

5.

Place

the

DRU

in

position

for

mounting

and

then

install

the

fasteners

as

shown

in

Figure

7.

6.

Securely

tighten

each

fastener.

ADCP-75-112 •Issue 3 •August 2001

Page 10

©

2001,

ADC

Telecommunications,

Inc.

16450-A

VERTICAL MOUNT HORIZONTAL MOUNT

NOTE:THE DRU FRONT PANEL MAY ALSO BE

ORIENTED DOWNWARD FOR VERTICAL MOUNT

Figure 7. DRU Mounting

2.5 Antenna Mounting Procedure

Various

types

of

antennas

are

available

from

ADC

for

use

with

the

DRU.

All

antennas

include

a

6-foot

(1.8

m)

long

50-ohm

coaxial

cable

for

connection

to

the

DRU.

Each

type

of

antenna

provides

a

specific

coverage

pattern

in

order

to

accommodate

the

shape

of

the

area

where

coverage

is

required.

Mount

the

antenna

in

the

location

specified

in

the

system

design

plan

and

orient

according

to

the

coverage

pattern

required.

Note:

To

comply

with

Maximum

Permissible

Exposure

(MPE)

requirements,

antennas

must

be

installed

to

provide

at

least

20

centimeters

(8

inches)

of

separation

from

all

persons

per

FCC

47

CFR

Part

2.1091.

Separate

procedures

are

provided

for

mounting

and

installing

each

type

of

antenna.

Locate

the

antenna

type

in

the

list

below

and

then

refer

to

the

specified

subsection

for

the

antenna

installation

procedures.

800

and

1900

MHz

Ceiling-Mount

Omni

directional

Antenna

Installation

-

Subsection

2.5.1

800

MHz

Ceiling-Mount

Hallway

Antenna

Installation

-

Subsection

2.5.2

800

MHz

70º

Directional

Panel

Antenna

Installation

-

Subsection

2.5.3

800

MHz

90º

Directional

Panel

Antenna

Installation

-

Subsection

2.5.4

1900

MHz

Ceiling-Mount

Hallway

Antenna

Installation

-

Subsection

2.5.5

1900

MHz

90º

Directional

Panel

Antenna

Wall-Mount

Installation

-

Subsection

2.5.6

1900

MHz

90º

Directional

Panel

Antenna

Corner-Mount

Installation

-

Subsection

2.5.7

ADCP-75-112 •Issue 3 •August 2001

Page 11

©

2001,

ADC

Telecommunications,

Inc.

2.5.1 800 and 1900 MHz Ceiling-Mount Omni Directional Antenna Installation

The

800

and

1900

MHz

ceiling-mount

omni

directional

antennas

are

designed

to

mount

from

the

ceiling

in

the

center

of

the

coverage

area.

Mount

the

ceiling-mount

omni

directional

antenna

as

shown

in

Figure

8

and

as

described

in

the

following

procedure:

1.

Remove

ceiling

tile.

2.

Drill

1-inch

(25

mm)

hole

in

center

of

tile.

3.

Insert

antenna

cable

through

hole.

4.

Insert

threaded

stud

on

base

of

antenna

through

hold.

5.

Secure

antenna

to

ceiling

tile

with

nylon

jam

nut.

6.

Replace

ceiling

tile.

7.

Route

antenna

cable

to

DRU.

16244-B

THREADED SPACER

(REMOVE IF NOT NEEDED)

CEILING

TILE

7/8-14 NYLON HEX

JAM NUT

I-INCH (25 mm)

DIAMETER HOLE

SMA CONNECTOR

NOTE:TO COMPLYWITH MAXIMUM

PERMISSIBLE EXPOSURE (MPE) REQUIREMENTS,

ANTENNAS MUST BE INSTALLED TO PROVIDE AT

LEAST 20 CENTIMETERS OF SEPARATION FROM

ALL PERSONS PER FCC 47 CFR PART 2.1091.

Figure 8. 800 and 1900 MHz Ceiling-Mount Omni Directional Antenna Installation

ADCP-75-112 •Issue 3 •August 2001

Page 12

©

2001,

ADC

Telecommunications,

Inc.

2.5.2 800 MHz Ceiling-Mount Hallway Antenna Installation

The

800

MHz

ceiling

mount

hallway

antenna

is

designed

to

mount

from

the

ceiling

in

the

center

of

long

corridors.

Mount

the

ceiling-mount

hallway

antenna

as

shown

in

Figure

9

and

as

described

in

the

following

procedure:

1.

Remove

ceiling

tile.

2.

Drill

1-inch

(25

mm)

hole

in

center

of

tile.

3.

Insert

antenna

cable

through

hole.

4.

Insert

threaded

stud

on

base

of

antenna

through

hole.

5.

Secure

antenna

to

ceiling

tile

with

nylon

jam

nut.

6.

Orient

antenna

so

flat

sides

are

perpendicular

with

hallway

walls.

7.

Replace

ceiling

tile.

8.

Route

antenna

cable

to

DRU.

16245-B

CEILING

TILE

7/8-14 NYLON HEX

JAM NUT

I-INCH (25 mm)

DIAMETER HOLE

SMA CONNECTOR

THREADED SPACER

(REMOVE IF NOT NEEDED)

ORIENT ANTENNA SO FLAT SIDES ARE

PERPENDICULAR WITH HALLWAYWALLS

NOTE:TO COMPLYWITH MAXIMUM

PERMISSIBLE EXPOSURE (MPE) REQUIREMENTS,

ANTENNAS MUST BE INSTALLED TO PROVIDE AT

LEAST 20 CENTIMETERS OF SEPARATION FROM

ALL PERSONS PER FCC 47 CFR PART 2.1091.

Figure 9. 800 MHz Ceiling-Mount Hallway Antenna Installation

ADCP-75-112 •Issue 3 •August 2001

Page 13

©

2001,

ADC

Telecommunications,

Inc.

2.5.3 800 MHz 70º Directional Panel Antenna Installation

The

800

MHz

70º

directional

panel

antenna

is

designed

to

mount

flat

against

the

wall

on

one

side

of

the

coverage

area.

Mount

the

70º

directional

panel

antenna

as

shown

in

Figure

10

and

as

described

in

the

following

procedure:

1.

Drill

holes

in

antenna

plastic

cover

for

fasteners

(see

rear

side

for

hole

location).

2.

Drill

5/8-inch

(16

mm)

hole

in

wall

for

antenna

cable.

3.

Insert

antenna

cable

through

hole

in

wall.

4.

Place

antenna

on

wall,

making

sure

arrow

on

rear

side

of

antenna

points

up.

5.

Drill

holes

in

wall

for

fasteners

(installer

provided).

6.

Secure

antenna

to

wall

with

fasteners.

7.

Route

antenna

cable

to

DRU.

16246-B

DRILL HOLESTHROUGH

PLASTIC COVER ONLY.

SEE REAR SIDE FOR

HOLE LOCATIONS.

USE APPROPRIATE

FASTENERS FOR

WALL SURFACE

NOTE:TO COMPLYWITH MAXIMUM

PERMISSIBLE EXPOSURE (MPE) REQUIREMENTS,

ANTENNAS MUST BE INSTALLED TO PROVIDE AT

LEAST 20 CENTIMETERS OF SEPARATION FROM

ALL PERSONS PER FCC 47 CFR PART 2.1091.

MAKE SURE ARROW ON REAR

SIDE OF ANTENNA IS POINTING

UPWHEN ANTENNA IS MOUNTED

5/8-INCH (16 mm) HOLE

FOR ANTENNA CABLE

Figure 10. 800 MHz 70º Directional Panel Antenna Installation

ADCP-75-112 •Issue 3 •August 2001

Page 14

©

2001,

ADC

Telecommunications,

Inc.

2.5.4 800 MHz 90ºDirectional Panel Antenna Installation

The

800

MHz

90º

directional

panel

antenna

is

designed

to

mount

in

the

corner

of

the

coverage

area.

Mount

the

90º

directional

panel

antenna

as

shown

in

Figure

11

and

as

described

in

the

following

procedure:

1.

Loosen

base

assembly

handle

until

antenna

can

be

separated

from

base

assembly.

2.

Place

base

assembly

against

wall

near

corner

and

drill

holes

in

wall

for

fasteners

(installer

provided).

3.

Secure

base

assembly

to

wall

with

fasteners.

4.

Drill

5/8-inch

(16

mm)

hole

in

wall

for

antenna

cable.

5.

Insert

antenna

cable

through

hole

in

wall.

6.

Reinstall

antenna

on

base

assembly.

7.

Direct

antenna

toward

center

of

coverage

area

and

tighten

base

assembly

handle.

8.

Route

antenna

cable

to

DRU.

16247-B

NOTE:TO COMPLYWITH MAXIMUM

PERMISSIBLE EXPOSURE (MPE) REQUIREMENTS,

ANTENNAS MUST BE INSTALLED TO PROVIDE AT

LEAST 20 CENTIMETERS OF SEPARATION FROM

ALL PERSONS PER FCC 47 CFR PART 2.1091.

MAKE SURE ARROW ON REAR

SIDE OF ANTENNA IS POINTING

UPWHEN ANTENNA IS MOUNTED

5/8-INCH (16 mm) HOLE

FOR ANTENNA CABLE

BASE ASSEMBLY

HANDLE

ORIENTTO CENTER OF

COVERAGE AREA

Figure 11. 800 MHz 90ºDirectional Panel Antenna Installation

ADCP-75-112 •Issue 3 •August 2001

Page 15

©

2001,

ADC

Telecommunications,

Inc.

2.5.5 1900 MHz Ceiling-Mount Hallway Antenna Installation

The

1900

MHz

ceiling

mount

hallway

antenna

is

designed

to

mount

from

the

ceiling

in

the

center

of

long

corridors.

Mount

the

ceiling-mount

hallway

antenna

as

shown

in

Figure

12

and

as

described

in

the

following

procedure:

1.

At

the

point

where

the

antenna

will

be

mounted,

locate

a

suspended

ceiling

tile

rail

that

is

perpendicular

to

the

hallway

walls.

If

the

hallway

has

a

hard

ceiling,

locate

a

point

where

the

antenna

may

be

secured

directly

to

the

ceiling.

Note:

Whether

mounted

from

a

tile

rail

or

hard

ceiling,

the

flat

sides

of

the

antenna

must

be

perpendicular

to

the

hallway

walls

when

mounted.

2.

Drill

a

5/8-inch

(16

mm)

hole

in

the

ceiling

at

the

point

where

the

antenna

will

be

mounted.

If

using

a

ceiling

tile

rail

for

mounting

the

antenna,

the

hole

should

be

the

tile

rail

3.

Insert

the

antenna

cable

through

the

hole

in

ceiling

tile.

4.

If

using

a

tile

rail

for

mounting

the

antenna,

install

the

antenna

bracket

on

the

tile

rail

and

proceed

to

step

9.

If

mounting

the

antenna

from

a

hard

ceiling,

proceed

to

step

5.

Hold

the

antenna

in

position

for

mounting

on

the

hard

ceiling.

6.

Mark

the

location

of

the

two

antenna

bracket

mounting

holes

on

the

hard

ceiling.

7.

Drill

a

1/8-inch

(3

mm)

hole

at

each

of

the

two

locations

marked

in

step

6.

16708-B

SMA

CONNECTOR

ORIENT ANTENNA SO FLAT SIDES ARE

PERPENDICULAR WITH HALLWAYWALLS

NOTE:TO COMPLYWITH MAXIMUM

PERMISSIBLE EXPOSURE (MPE) REQUIREMENTS,

ANTENNAS MUST BE INSTALLED TO PROVIDE AT

LEAST 20 CENTIMETERS OF SEPARATION FROM

ALL PERSONS PER FCC 47 CFR PART 2.1091.

HARD CEILING MOUNT CEILINGTILE RAIL MOUNT

SMA

CONNECTOR

Figure 12. 1900 MHz Ceiling-Mount Hallway Antenna Installation

ADCP-75-112 •Issue 3 •August 2001

Page 16

©

2001,

ADC

Telecommunications,

Inc.

8.

Secure

the

antenna

mounting

bracket

to

the

hard

ceiling

using

two

#4

screws

(must

be

provided

by

installer).

9.

Route

antenna

cable

to

DRU.

2.5.6 1900 MHz 90ºDirectional Panel Antenna Wall-Mount Installation

The

1900

MHz

90º

directional

panel

antenna

is

designed

to

mount

either

flat

against

a

wall

or

in

a

corner.

For

wall-mount

installations,

mount

the

90º

directional

panel

antenna

as

shown

in

Figure

13

and

as

described

in

the

following

procedure:

1.

Remove

the

1/4-20

cap

screw

that

secures

the

corner-mount

bracket

assembly

to

the

antenna

and

separate

it

from

the

antenna.

The

corner-mount

bracket

assembly

is

not

used

for

wall-mount

installations.

2.

Drill

holes

in

antenna

plastic

cover

for

fasteners

(see

rear

side

for

hole

location).

3.

Drill

a

5/8-inch

(16

mm)

hole

in

the

wall

for

the

antenna

cable.

4.

Insert

antenna

cable

through

hole

in

wall.

5.

Place

antenna

on

wall,

making

sure

arrow

on

rear

side

of

antenna

points

up.

6.

Drill

holes

in

wall

for

fasteners

(installer

provided).

7.

Secure

antenna

to

wall

with

fasteners.

8.

Route

antenna

cable

to

DRU.

16740-A

DRILL HOLESTHROUGH

PLASTIC COVER ONLY.

SEE REAR SIDE FOR

HOLE LOCATIONS.

USE APPROPRIATE

FASTENERS FOR

WALL SURFACE

NOTE:TO COMPLYWITH MAXIMUM

PERMISSIBLE EXPOSURE (MPE) REQUIREMENTS,

ANTENNAS MUST BE INSTALLED TO PROVIDE AT

LEAST 20 CENTIMETERS OF SEPARATION FROM

ALL PERSONS PER FCC 47 CFR PART 2.1091.

5/8-INCH (16 mm) HOLE

FOR ANTENNA CABLE

MAKE SURE ARROW ON REAR

SIDE OF ANTENNA IS POINTING

UPWHEN ANTENNA IS MOUNTED

Figure 13. 1900 MHz 90ºDirectional Panel Antenna Wall-Mount Installation

ADCP-75-112 •Issue 3 •August 2001

Page 17

©

2001,

ADC

Telecommunications,

Inc.

2.5.7 1900 MHz 90ºDirectional Panel Antenna Corner-Mount Installation

The

1900

MHz

90º

directional

panel

antenna

is

designed

to

mount

either

flat

against

a

wall

or

in

a

corner.

For

corner-mount

installations,

mount

the

90º

directional

panel

antenna

as

shown

in

Figure

14

and

as

described

in

the

following

procedure:

1.

Remove

the

allen-head

screw

that

secures

the

corner-mount

bracket

to

the

antenna.

2.

Place

corner-mount

bracket

against

wall

near

corner

and

mark

the

location

of

the

bracket

mounting

holes

and

the

antenna

cable

hole.

Note:

The

antenna

may

be

routed

into

the

wall

through

a

hole

in

the

center

of

the

corner-

mount

bracket.

3.

Drill

holes

in

wall

for

corner-mount

bracket

fasteners

(installer

provided).

4.

Drill

a

5/8-inch

(16

mm)

hole

in

wall

for

antenna

cable.

5.

Secure

corner-mount

bracket

to

wall

with

fasteners.

6.

Insert

antenna

cable

through

hole

in

wall.

7.

Secure

antenna

to

corner-mount

bracket

with

the

allen-head

screw

removed

in

step

1.

8.

Direct

antenna

toward

center

of

room

(making

sure

arrow

on

rear

side

of

antenna

points

up)

and

tighten

allen-head

screw

to

hold

adjustment.

9.

Route

antenna

to

DRU.

16817-A

NOTE:TO COMPLYWITH MAXIMUM

PERMISSIBLE EXPOSURE (MPE) REQUIREMENTS,

ANTENNAS MUST BE INSTALLED TO PROVIDE AT

LEAST 20 CENTIMETERS OF SEPARATION FROM

ALL PERSONS PER FCC 47 CFR PART 2.1091.

5/8-INCH (16 mm) HOLE

FOR ANTENNA CABLE

ORIENTTO CENTER OF

COVERAGE AREA

CORNER-MOUNT

BRACKET

ALLEN-HEAD

SCREW

Figure 14. 1900 MHz 90ºDirectional Panel Antenna Corner Mount Installation

ADCP-75-112 •Issue 3 •August 2001

Page 18

©

2001,

ADC

Telecommunications,

Inc.

2.6 Antenna Connection

The

DRU

is

equipped

with

an

SMA

female

connector

for

connecting

the

antenna

cable.

Use

the

following

procedure

to

connect

the

antenna

cable

to

the

DRU:

1.

Locate

the

antenna

cable

that

was

routed

to

the

DRU

from

the

antenna.

2.

Connect

the

antenna

cable

to

the

SMA

connector

on

the

DRU

as

shown

in

Figure

15

and

using

a

torque

wrench,

tighten

connector

to

5

inch-pounds

(45

N.cm).

Warning:

Over-tightening

the

SMA

connector

can

break

the

solder

joint

between

the

connector

and

the

DRU

circuit

board

assembly.

Tighten

connector

to

specified

torque

value.

3.

Dress

and

secure

the

antenna

cable

per

standard

industry

practice.

ANTENNA

PORT

SMA

CONNECTOR

16451-A

TORQUE WRENCH SET TO

5 INCH-POUNDS (45 N.CM)

Figure 15. DRU Antenna Connection

2.7 Optical Connection

The

optical

interface

between

the

DRU

and

the

DHU

or

DEU

is

supported

by

a

small

form

factor

LC-type

optical

transceiver

which

is

mounted

on

the

DRU

front

panel.

One

side

of

the

transceiver

provides

the

optical

fiber

connection

for

the

forward

path

(downlink)

signal.

The

other

side

of

the

transceiver

provides

the

optical

fiber

connection

for

the

reverse

path

(uplink)

signal.

Use

the

following

procedure

to

connect

the

forward

and

reverse

path

optical

fibers

to

the

DRU:

Danger:

This

equipment

uses

a

Class

1

Laser

according

to

FDA/CDRH

rules.

Laser

radiation

can

seriously

damage

the

retina

of

the

eye.

Do

not

look

into

the

ends

of

any

optical

fiber.

Do

not

look

directly

into

the

optical

transceiver

of

any

digital

unit

or

exposure

to

laser

radiation

may

result.

An

optical

power

meter

should

be

used

to

verify

active

fibers.

A

protective

cap

or

hood

MUST

be

immediately

placed

over

any

radiating

transceiver

or

optical

fiber

connector

to

avoid

the

potential

of

dangerous

amounts

of

radiation

exposure.

This

practice

also

prevents

dirt

particles

from

entering

the

transceiver

or

connector.

1.

Locate

the

forward

and

reverse

path

optical

links

that

were

routed

to

the

DRU

from

the

DHU

or

DEU.

ADCP-75-112 •Issue 3 •August 2001

Page 19

©

2001,

ADC

Telecommunications,

Inc.

Note:

The

procedures

for

routing

the

forward

and

reverse

path

optical

links

from

the

DHU

or

DEU

to

the

DRU

are

covered

in

either

the

Digivance

ICS

800

and

1900

MHz

Systems

Installation

and

Operation

Manual

(ADCP-75-110),

which

is

provided

with

the

DHU,

or

the

Digivance

ICS

Digital

Expansion

Unit

Installation

Instructions

(ADCP-75-

111),

which

is

provided

with

the

DEU.

2.

Determine

which

of

the

optical

cable

pairs

is

designated

as

the

forward

path

link

and

which

is

designated

as

the

reverse

path

link.

3.

Use

the

plastic

joiner

provided

with

the

LC

optical

connectors

to

join

the

DRU

forward

and

reverse

path

connectors

together

as

shown

in

Figure

16.

Make

sure

the

forward

path

and

the

reverse

path

connectors

are

oriented

as

shown.

Note:

When

viewing

the

DRU

optical

transceiver

from

the

front,

the

forward

path

port

is

on

the

right

(RX)

and

the

reverse

path

port

is

on

the

left

(TX).

OPTICAL

TRANSCEIVER

OPTICAL

CONNECTOR

16452-B

FORWARD PATH (RX)

CONNECTOR

REVERSE PATH (TX)

CONNECTOR

OPTICAL CONNECTOR

ASSEMBLY DETAIL

Figure 16. Optical Port Fiber Optic Cable Connection

4.

Remove

the

dust

caps

from

the

optical

fiber

connectors

and

from

the

DRU

optical

port.

5.

Clean

each

connector

(follow

connector

supplier’s

recommendations)

and

then

insert

the

optical

link

connector

pair

into

optical

port

as

shown

in

Figure

16.

6.

Dress

and

secure

the

fibers

at

the

DRU

per

standard

industry

practice.

2.8 DC Power Connection

The

DC

power

interface

for

the

DRU

is

supported

by

an

RJ-45

female

connector

located

on

the

DRU

front

panel.

The

DRU

is

powered

by

34

to

48

Vdc

power

which

may

be

provided

by

the

DHU,

DEU,

or

by

an

AC/DC

converter

(accessory

item).

Use

whichever

of

the

following

procedures

is

appropriate

for

the

installation.

ADCP-75-112 •Issue 3 •August 2001

Page 20

©

2001,

ADC

Telecommunications,

Inc.

2.8.1 Power Provided by the DHU or DEU

Use

the

following

procedure

to

connect

the

DC

power

cable

when

the

DRU

is

powered

by

the

DHU

or

DEU.

1.

Locate

the

DC

power

cable

that

was

routed

to

the

DRU

from

the

DHU

or

DEU.

Note:

The

procedures

for

routing

the

DC

power

cable

from

the

DHU

or

DEU

to

the

DRU

are

covered

in

either

the

Digivance

ICS

800

and

1900

MHz

Systems

Installation

and

Operation

Manual

(ADCP-75-110),

which

is

provided

with

the

DHU,

or

the

Digivance

ICS

Digital

Expansion

Unit

Installation

Instructions

(ADCP-75-111)

which

is

provided

with

the

DEU.

Note:

The

power

cable

maximum

length

is

500

meters

(1,641

feet).

2.

Connect

the

DC

power

cable

to

the

48

VDC

connector

on

the

DRU

as

shown

in

Figure

17.

POWER

PORT

POWER

CONNECTOR

16453-A

18

Figure 17. DC Power Cable Connection

3.

Dress

and

secure

the

power

cable

at

the

DRU

per

standard

industry

practice.

4.

When

the

installation

of

the

DRU

is

completed,

refer

to

Section

4

of

the

Digivance

ICS

800

and

1900

MHz

Systems

Installation

and

Operation

Manual

(ADCP-75-110)

for

the

system

turn-up

and

test

procedures.

2.8.2 Power Provided by AC/DC Converter

When

the

DRU

is

powered

by

an

AC/DC

converter,

it

must

be

powered

by

a

UL

Listed

stand

alone

Limited

Power

Supply

(LPS)

unit

with

a

rated

output

of

48

Vdc

at

1.2

Amps.

Use

the

following

procedure

to

connect

the

DC

and

AC

power

cables

when

the

DRU

is

powered

by

an

AC/DC

converter.

1.

Locate

the

DC

power

cable

that

is

attached

to

the

AC/DC

converter

as

shown

in

Figure

18.

ADC Digivance ICS 800 User manual

Popular Microphone System manuals by other brands