ADTRAN E220 HFAC HDSL Manual de instrucciones

Adirati

Section

61221051

LI-5A

Issue

April

2000

CLEI

T1L4FFCC_

E220

HFAC

HDSL

HDSL2

FUSE

Alarm

Control

Unit

Installation

and

Maintenance

CONTENTS

GENERAL

INSTALLATION.2

CONNECTIONS.6

FACEPLATE

FEATURES.7

CONTROL

PORT

OPERATION

MAINTENANCE.20

SPECIFICATIONS.20

WARRANTY

AND

CUSTOMER

SERVICE.20

FIGURES

Figure

ADTRAN

H220

HFAC.I

Figure

Configuration

and

Shelf

Address

Switches.2

Figure

SW3

Location.3

Figure

ES,

SES,

and

UAS

Monitor

Locations.5

Figure

HFAC

Wire-Wrap

Pin-Out

Design.6

Figure

Control

Port

Assignments

(DCE

Configuration).7

Figure

Introductory

Menu.9

Figure

Main

Screen.9

Figure

Shelf

Status

Summary

Screen.10

Figure

10.

Status

Summary

Screen.10

Figure

10A.

HDSL

Status

Summary

-HRE

Screen.11

Figure

11.

Shelf

Options

Setup

Screen.12

Figure

12.

Performance

Data

Screen.12

Figure

13.

Slot

Specific

Performance

Data

Screen.13

Figure

14.

Alarm

Status

Summary

Screen.14

Figure

15.

Alarm

History

Screen.14

Figure

16.

Loopback

Status

Summary

Screen.15

Figure

17.

Slot

Specific

Loopback

Options

Screen.15

Figure

18.

Troubleshooting

Display

Screen.16

Figure

19.

Self-Test

Options

Screen.17

Figure

20.

Provisioning

Screen.18

Figure

21.

Protection

Screen

(Main).19

Figure

22.

Protection

Screen

(Aux)

TABLES

Table

Compliance

Codes.1

Table

Switch

Options.3

Table

Switch

Options.4

Table

Switch

Options.4

Table

External

HTU-C/HTU-R

Alarm

Options.6

Table

HFAC

Faceplate

Features.7

Table

Screen

Abbreviations.8

Table

E220

HFAC

Specifications.20

GENERAL

The

ADTRAN

E220

HDSL

HDSL2

Fuse/Alarm/

Control

(HFAC),

P/N

61221051L1,

unit

shelf

controller

unit

designed

for

operation

the

ADTRAN

E220

HDSL

HDSL2

Central

Office

(CO)

shelf.

Figure

illustration

the

E220

HFAC.

Revision

History

Revisions

this

practice

will

summarized

this

paragraph.

The

E220

HFAC

provides

common

access

point

performance

and

provisioning

information

each

HDSL

HDSL2

transceiver

unit

for

the

central

office

(HTU-C

and

H2TU-C)

deployed

the

E220

shelf.

addressing

the

HTU-C

H2TU-C,

the

HFAC

also

provides

support

for

the

HDSL

HDSL2

range

extender

(HRE

and

H2R)

and

the

HDSL

HDSL2

transceiver

unit

for

the

remote

end

(HTU-R

and

H2TU-R).

The

shelf

supports

one

shelf

controller

(HFAC)

and

HTU-C

H2TU-C

cards

for

the

23-inch

shelf

HTU-C

H2TU-C

cards

for

the

19-inch

shelf.

faceplate-mounted

DB9

connector

provides

100

compatible

terminal

interface

for

controlling

the

system.

61221051

LI-5A

The

HFAC

supports

the

HTU-Cs

H2TU-Cs

listed

1242024L1

1242002L2

1242002L5

1242002L6

1245001L2

1245001L9

1245011L1

•

1242002L7

•

1242029L1

•

1242029L2

•

1244001L1

•

1246001L2

•

1221001L2

The

differences

functionality

when

working

with

list-specific

HTU-Cs

H2TU-Cs

HREs

H2Rs,

any,

are

called

out

this

practice.

Also,

the

HFAC

has

necessary

interface

software

for

communications

with

the

HCOT-CTL

(ADTRAN

p/n:

1240009L1,

1244051L1,

1221051L1).

See

appropriate

HCOT

practices

for

installation

and

maintenance

information.

The

HFAC

collects

and

presents

performance

information

for

each

circuit

deployed

the

shelf.

each

circuit.

The

unit

can

also

configured

provide

advanced

alarm

processing

features.

INSTALLATION

CAUTION!

After

unpacking

the

unit,

inspect

for

damage.

damage

discovered,

file

claim

with

the

carrier,

then

contact

ADTRAN.

See

Warranty

and

Customer

Service.

Electrical

cable

compliance

Table

shows

the

Compliance

Codes

for

HFAC.

The

F1FAC

complies

with

the

requirements

covered

under

1950

third

edition

and

intended

installed

enclosure

with

Installation

Code

(IC)

“B”

“E.”

NOTE

This

product

intended

for

installation

Restricted

Access

Locations

Only.

Input

current

maximum

load

-48

VDC.

Maximum

output

overcurrent

condition

165

-190

VDC.

Table

Compliance

Codes

Code

Input

Output

Configuration

Operation

the

HFAC

influenced

three

sets

configuration

option

switches

(see

Figures

and

3).

Shelf

Address

Two

rotary

switches

(U38

and

U39)

are

provided

program

the

shelf

address.

system

where

several

shelves

are

under

the

common

control

one

ADTRAN

E220

HCOT-CTL

System

Controller,

each

shelf

address.

Addressesrange

from

99.

system

that

does

not

utilize

the

HCOT-CTL

System

61221051

LI-5,

Issue

61221051

-5A

the

address,

select

the

desired

address

the

Options

Setup

Screen

(Figure

11),

set

the

rotary

switches

indicated

Figure

Unit

Options

Two

hanks

configuration

switches

(SI,

and

S3,

reporting

features

(see

Tables

and

4).

Errored

Seconds

(ES)

Alarm

The

locations

shown

Figure

are

monitored

for

errored

seconds

and

counts

are

maintained

for

each

any

these

counts

exceed

the

programmed

generated.

This

alarm

threshold

and

the

alarm

type

switches

and

(Figure

the

appropriate

positions,

according

Tables

and

The

alarm

thresholds

are

for

the

15-minute

registers

15-minute

boundary.

The

alarm

threshold

and

alarm

type

can

also

configured

the

Craft

interface

Options

Setup

screen.

REAR

VIEW

□

Figure

SW3

Location

and

Options

Table

Switch

Options

(arrow

indicates

default

setting)

Selects

the

type

alarm

generated

when

the

errored

seconds

(ES)

counter

exceeds

the

programmed

threshold

(see

Table

S2-1,

S2-2).

...

Severely

Errored

Seconds

....

Minor

Alarm

Selects

the

type

alarm

generated

when

the

severely

errored

seconds

(SES)

counter

exceeds

the

programmed

threshold

(see

Table

SW2-3,

SW2-4).

Selects

the

type

alarm

generated

when

the

unavailable

seconds

(UAS)

counter

exceeds

the

programmed

threshold

(s<

Table

SW2-5,

SW2-6).

St-4.SI-5.HFAC

Fuse

Alarm

Type

Selects

the

type

alarm

generated

response

HFAC

fuse

□

own.Down.No

Alarm

failure.

Switch

SW3

must

also

set

correctly

for

this

alarm

(open)..

Down.Minor

Alarm

function

properly

(see

Table

3).

This

option

hardware-

-Oown.Up

(open).Major

Alarm

selectable

only.

(open)..

(open).Critical

Alarm

...

Critical

...

Major,

2-13:

Critical

...

1-5:

Major,

6-13:

Critical

•m

Type

Selects

the

type

alarm

generated

response

system

controller

fuse

failure.

This

option

can

only

switch.

61221051

LI-5A

61221051

LI-5,

Issue

►

(open)..

(open).75

for

generating

UAS

alarm,

ceeds

the

threshold,

alarm

SI-3.

The

alarm

condition

clea

15-minute

boundary.

Selects

the

type

ala

between

the

HFAC

switch-selectable

only

Table

Switch

Options

(arrow

indicates

default

setting)

NOTE;

Only

one

the

Switches

should

tie

down

position.

Switch

Function

Description

S3-1.HFAC

Fuse

Alarm

Control

Selects

Critical

the

type

alarm

generated

the

HFAC

luse

Down.j,

ijrbUjf..Critical

blown.

►

Up.No

Alarm

S3-2.HFAC

Fuse

Alarm

Control

Selects

Major

the

type

alarm

generated

the

HFAC

fuse

■

Down.Major

blown.

Up.No

Alarm

S3-3.HFAC

Fuse

Alarm

Control

Selects

Minor

the

type

alarm

generated

the

HFAC

fuse

Down.....Minor

blown.

►

Up.No

Alarm

61221051

LI-5,

Issue

61221051

LI-5A

Figure

ES,

SES,

and

Severely

Errored

Seconds

(SES)

Alarm

The

locations

shown

Figure

are

monitored

for

Severely

Errored

Seconds

and

counts

are

maintained

for

each

location.

any

these

counts

exceed

the

SES

programmed

threshold

(see

Tables

and

alarm

will

generated.

This

alarm

threshold

and

the

alarm

type

(minor

major)

can

programmed

setting

switches

and

(Figure

the

appropriate

positions

according

Tables

and

The

only,

and

for

eSES

boundary.

The

SES

alarm

threshold

and

ype

can

also

configured

the

Craft

Options

Setup

screen

(see

Figure

11).

exceed

the

UAS

programmed

threshold

(see

Tables

programmed

setting

switches

(Figure

appropriate

positii

The

15-mi

UAS

Monitor

Locations

registers

only,

and

the

15-minute

UAS

errored

second

counts

are

zeroed

each

15-minute

boundary.

The

configured

the

Craft

interface

Options

Setup

screen

(see

Figure

11).

Note

that

HDSL2

two

wire

units

only

have

Loop

HFAC

Alarm

Outputs

FIFAC

present

the

shelf,

alarm

outputs

are

available

the

backplane

wirewrap

pins

corresponding

the

HFAC

slot

(see

Figure

5).

These

outputs

are

dry

contact

relay

connections

and

provide

normally

open,

normally

closed

and

common

connection

points

for

alarm

monitoring

equipment.

Alarm

connection

points

corresponding

critical

major,

and

minor

alarms

(both

visible

and

audible)

are

provided.

These

alarms

are

generated

the

HFAC

result

processed

data

collected

from

the

HTU-Cs

H2TU-CS.

Alarm

outputs

presented

these

pins

are

programmable

and

can

provisioned

the

FIFAC

Options

Setup

screen

(see

Options

Setup

screen),

using

the

HFAC

dip

switch

settings

(see

Tables

1,2,

and

3).

Alarm

severity

can

provisioned

for

alarms

61221051

LI-5A

61221051

LI-5,

Issue

resulting

from

blown

fuses

the

HFAC,

HTU-C,

HCOT

units,

from

communications

failure

between

any

HTU-C

and

the

HFAC.

Alarm

severity

and

threshold

value

can

provisioned

for

the

errored

second,

severely

errored

second,

and

unavailable

second

parameters.

Table

External

HTU-C/HTU-R

Alarm

Options

(Software-Selectable

Only)

(arrow

indicates

default

setting)

Options

Screen

Item

No.

Function

Description

5.EXT

HTU-C/R

Alarms

Disables

and

HTU-C

Fuse

Alarm

alarm

may

generated

result

HTU-C

fuse

failure.

The

HFAC

controller

will

sense

the

failure

and

process

this

alarm

event

according

switch

settings

defined

Table

CONNECTIONS

The

HFAC

plugs

into

Slot

(labeled

HFAC)

the

ADTRAN

E220

shelf.

Push

firmly

ensure

the

card

seats

properly.

Connections

the

HFAC

are

made

connector.

JP1

the

primary

interface

connector

for

the

HFAC.

Figure

shows

the

wire-wrap

connector

set

alarm

contacts

provided

through

backplane

wire-wrap

connections

(Figure

5).

Wiring

can

made

the

appropriate

pins

JP1

for

normally

open

Connection

made

the

Common

(C)

and

the

Normally

Open

(NO)

Normally

Closed

(NC)

pin.

Visible

and

audible

alarm

contact

connections

are

provided

for

critical,

major,

and

minor

alarms.

audible

alarm

cutoff

function

can

initiated

pressing

the

ACO

push-button

the

F1FAC,

providing

closure

between

the

Remote

ACO

pins

the

JP1

connector.

The

backplane

labeled

with

option

available

the

HFAC

Option

Setup

disabled.

This

option

can

only

changed

the

FIFAC

(no

dip

switch

option)

and

the

factory

default

disabled

(see

Table

5).

HFAC

Fuse

Alarm

alarm

may

generated

result

HFAC

fuse

failure.

For

alarm

processing

work,

two

sets

switches

(S1

and

S3)

must

programmed.

See

Table

and

Both

switches

must

set

properly

for

the

FIFAC

fuse

alarm

operate

correctly.

System

Communications

the

HFAC

used

part

larger

system

under

the

control

ADTRAN

E220

HCOT-CTL

system

controller,

then

shelf-to-shelf

connections

are

required.

Two

RJ45S

jacks,

JP6

and

JP7,

located

the

shelf

backplane,

provide

shelf-to-shelf

communications.

8-wire

cable

with

RJ45S

type

jacks

should

used

supply

these

interconnections.

The

sequence

connections

should

from

the

RS422

OUT

port

the

shelf

containing

the

E220

HCOT-CTL

system

controller

the

RS422

port

the

shelf.

this

procedure

61221051

LI-5,

Issue

61221051

LI-5A

should

assigned

unique

sequential

shelf

addresses.

connection

should

made

the

RS422

connector

the

shelf

containing

the

E220

HCOT-CTL.

The

terminal

interface

operates

data

rate

range

4.8

kbps

19.2

kbps.

The

asynchronous

data

format

fixed

eight

data

bits,

parity,

one

stop

bit.

The

supported

terminal

type

100,

compatible.

FACEPLATE

FEATURES

Table

defines

the

faceplate

features

the

HFAC.

CONTROL

PORT

OPERATION

The

HFAC

provides

faceplate-mounted

DB9

connector

which

supplies

RS232

interface

for

connecting

controlling

terminal.

assignments

DSR

—

~®©-

—TXD

(TXD

DTE)

RTS

—

CTS

—

|l=

—

RXD

(TXD

from

DTE)

—

DTR

—SGN

GND

Figure

Control

Port

Assignments

(DCE

Configuration)

Optional

•XON/XOFF

flow

control

•TX

carriage

return

•Send

ACK*

•Duplex

setting

•Display

Width

•Display

Height

*or

any

other

autonomously-sent

<CR>

(not

<CRLF>)

Off

data

bits,

parity,

stop

bit

Off

(if

possible)

lines

(minimum)

character

from

terminal

Screen

Abbreviations

Table

HFAC

Faceplate

Features

Indicators

and

LEDs_Description

PWR

Indicates

that

power

present

the

HFAC

card.

ALARMS

Critical

(red).Indicates

that

critical

alarm

condition

present.

Major

(red).Indicates

that

major

alarm

condition

present.

Minor

(yellow)...

Indicates

that

minor

alarm

condition

present.

ACO.Alarm

cut

off.

Indicates

that

the

audible

portion

SHELF

The

shelf

address

indicated

using

two

7-segment

LED

displays.

The

ADDRESS

address

programmed

using

the

switches

described

subsection

and

tables

and

using

the

Options

Setup

screen

(see

Figure

11).

Button

single

momentary

push-button

provided

operate

the

alarm

cut

off

alarm

silenced.

The

condition

the

alarm

itself

not

affected.

Fuse

This

0.25

-amp

fuse

provided

protect

the

card

from

power-related

failures.

The

fuse

BUSS

BMT-0.25,

equivalent.

the

fuse

opens,

tripped

indicators.

When

the

metal

tab

(visible

through

the

cover)

flips

up,

the

fuse

has

opened.

RS232

faceplate-mounted

DB9

connector

which

supplies

RS232

interface

61221051

LI-5A

61221051

LI-5,

Issue

space

bar

characters

which

are

used

the

HFAC

determine

the

speed

the

terminal.

Once

the

speed

has

been

derived,

Introductory

presented

illustrated

Figure

This

screen

includes

ADTRAN

technical

support

phone

numbers

along

with

serial

numbers,

CLEI

codes,

date

manufacture

information

for

each

active

HDSL

HDSL2

system

element,

and

the

circuit

has

installed

HDSL

HDSL2

range

extender

(HRE

H2R).

NOTE

The

command

keys

valid

for

each

screen

are

shown

the

bottom

the

display.

Pressing

keys

other

than

these

may

cause

the

HFAC

adjust

different

speed.

this

happens,

the

HFAC

will

not

respond

keyboard

characters.

Press

the

space

bar

repeatedly

until

the

screen

re-displayed.

Main

From

the

Introductory

Screen,

select

Main

typing

Figure

illustrates

the

Main

Shelf

Status

Summary

Performance

Data

Loopback

Control

ADTRAN

Information

Troubleshooting

Self-Test

Options

Provisioning

Protection

Switching

ADTRAN

Information,

presents

the

ctory

Screen.

Description

readable

from

the

Main

61221051

LI-5,

Issue

61221051

LI-5A

61221051

-5A

61221051

-5,

Issue

screen

particular

slot

may

displayed

typing

the

desired

slot

number

and

For

example,

access

Slot

information,

type

6S.

The

HDSL

HDSL2

Status

Summary

Screen

shown

Figure

performance

and

provisioning

information

for

the

selected

slot.

supported

HRE

present

the

HDSL

HDSL2

circuit,

screen

10A

available

view

the

performance

the

HRE.

61221051

-5,

Issue

61221051

-5A

Shelf

Status

Summary

Screen

The

Shelf

Status

Summary

Screen

shown

Figure

provides

top-level

look

the

alarm

and

within

the

shelf.

accessed.

The

HDSL

HDSL2

Shelf

Status

Summary

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