UNIVAC UNISCOPE 300 User manual

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1

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UNIVAC UNISCOPE 300 User manual

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UP-7615

This

manual

is

published

by

the

Univac

Division

of

Sperry

Rand

Corporation

in

loose

leaf

format.

This

format

provides

a

rapid

and

complete

means

of

keeping

recipients

apprised

of

UNIV

AC ®

Systems

developments.

The

infor-

mation

presented

herein

may

not

reflect

the

current

status

of

the

product.

For

the

current

status

of

the

product,

contact

your

local

Univac

Represent-

ative.

The

Univac

Division

will

issue

updating

packages,

utilizing

primarily

a

page-for-page

or

unit

replacement

technique.

Such

issuance

will

provide

notification

of

hardware

changes

and

refinements.

The

Univac

Division

re-

serves

the

right

to

make

such

additions,

corrections,

and/or

deletions

as,

in

the

judgment

of

the

Univac

Division,

are

required

by

the

development

of

its

Systems.

UNIV

AC

is

a

registered

trademark

of

Sperry

Rand

Corporation.

Other

trademarks

of

Sperry

Rand

Corporation

appearing

in

the

text

of

this

publication

are:

UNISCOPE

© 1968 -

SPERRY

RAND

CORPORATION

PRINTED

IN

U.S.A.

UP-7615

UNISCOPE 300

OPERATOR'S

REFERENCE

CONTENTS

1.

INTRODUCTION

1.1.

PURPOSE

1.2.

SCOPE

2.

OPERATOR'S

RESPONSIBILITY

2.1.

GENERAL

2.2.

REQUIREMENTS

3.

CONTROLS

AND

INDICATORS

3.1.

GENERAL

3.2.

KEYBOARD/CONTROL

PANEL

3.3.

POWER

CONTROL

PANEL

3.3.1.

Single

Station

UNISCOPE

Terminal

3.3.2.

Multi-Station

UNISCOPE

Terminal

3.3.3.

Multi-Station

Control

Unit

3.4.

MULTI-STATION

CONTROL

UNIT

STATUS

INDICATOR

PANEL

4.

OPERATION

4.1

GENERAL

4.2

TURNON

PROCEDURE

4.2.1.

Single

Station

UNISCOPE

Terminal

4.2.2.

Multi-Station

UNISCOPE

Terminal

4.2.3.

Multi-Station

Control

Unit

4.3

TURNOFF

PROCEDURE

4.3.1.

Single

Station

UN

ISCOPE

Terminal

4.3.2. Multi-Station

UNISCOPE

Terminal

4.3.3.

Multi-Station

Control

Unit

4.4.

OPERATING

PROCEDURES

4.4.1.

Mode

Plate

Insertion

4.4.2.

Composing

and

Transmitting

Message

4.4.3.

Receiving

Processor

Output

Messages

4.5

FAULT

CORRECTION

AND

RECOVERY

Contents

SECTION:

PAGE:

CONTENTS

1

to

2

1-1

to

1-2

1-1

1-2

2-1

to

2-1

2-1

2-1

3-1

to

3-12

3-1

3-1

3-8

3-8

3-9

3-11

3-12

4-1

to

4-9

4-1

4-1

4-1

4-2

4-2

4-3

4-3

4-4

4-4

4-5

4-5

4-6

4-7

4-8

1

UP-7615

UNISCOPE 300

OPERATOR'S REFERENCE

5.

OPERATOR

PERFORMED

MAINTENANCE

5.1.

GENERAL

5.2.

AIR

FILTER

REPLACEMENT

5.2.1.

Single

Station

and

Multi-Station

UNISCOPE

Terminals

5.2.2.

Multi-Station

Control

Unit

FIGURES

1-1.

UN

ISCOPE

300

Visual

Commun

ication

s

Term

ina

I

3-1.

Keyboard/Control

Panel

3-2.

Single

Station

UNISCOPE

Terminal,

Rear

View

(Protective

Cover

Removed)

3-3.

Multi-Station

UNISCOPE

Terminal,

Rear

View

(Protective

Cover

Removed)

3-4.

Multi-Station

Control

Unit

Power

Control

Panel

3-5.

Multi-Station

Control

Unit

Status

Indicator

Panel

4-1.

Display

Controls

4-2.

Mode

Plate

Installed

in

Keyboard/Control

Panel

50

1.

UNISCOPE

Terminal,

Bottom

View

TABLES

3-1.

Keyboard/Control

Panel,

Controls

and

Indicators

3-2.

Power

Control

Panel

(SSU)

Controls

3-3.

Power

Control

Panel

(MSU)

Controls

4-1.

Operator

Response

To

Processor

Output

Messages

4-2.

UNISCOPE

Terminal

Trouble

Analysis

Table

Contents

SECTION:

PAGE:

5-1

to

5-2

5-1

5-1

5-1

5-2

1-1

3-2

3-8

3-10

3-11

3-12

4-2

4-6

5-2

3-3

3-9

3-9

4-8

4-9

2

UP-7615

UNISCOPE

300

OPERATOR 'S REF

ER

ENCE

SECTION:

1

1.

INTR

ODUCT

I

ON

Figure

7-7.

UNISCOPE

3

00

V i

sual

Communicat

i

ons

Terminal

1.1.

PU

R

POSE

PAGE

:

The

UNISCOPE

300

Visual

Communi

c

ati

o

ns

Terminal*,

shown

in

Figure

1-1,

is

a

two-

way

remote

terminal

de

v

ice

which

mak

es

it

possible

to

hold

time-shared

direct

data

communications

with

a

central

proce

ss

or.

Each

UNISCOPE

terminal

is

keyboard

operated,

and

it

has

a

Cathode-Ra

y

Tub

e (

CRT)

for

message

display

.

The

C RT

displays

the

processor

Output

Message

and

a

ll

ows

Input

Messages

to

be

composed

and

edited

before

they

are

transmitted

to

the

proces

s

or.

UNI

SCO

P E

terminals

can

communicate

ov

er

any

ordinary

communication

system

with

any

cent

r

al

installation

that

compli

es

wi

th

the

accepted

standard

for

serial

data

transmission.

Interface

with

the

communic

a

ti

on

facilities

is

accomplished

by

the

use

of

Bell

System

200

series

Data

Set

s

(o

r e

quivalent

)

and

voice

grade

switched

network

or

voice

grade

private

lines.

Ther

e are no s pe

cial

power

requirements;

it

operates

on

ordinary

commercial

power

.

A UN I

SCOPE

terminal

station

is a rra n

ge

d

ac

cordin

g

to

the

expected

use:

a

self-

contained

Single

Station

UNISCOPE

(SSU)

terminal,

or

up

to

48

Multi-Station

UNI

SCOPE

(MSU)

terminals

conne

c

ted

to

one

Multi-Station

Control

Unit

(MSCU).

No

programming

is

required

at

th

e

UNISCOPE

terminal

location.

The

operator

need

n

ot

be

concerned

with

message

a

nd

function

codes

,

since

the

UNISCOPE

terminal

au

tomatically

codes

characters

a

nd

functi

o

ns

in

all

messages

to

the

pr

ocessor.

The

operator

is

required

only

to

comp

ose

the

message

on

the

display

and

initiate

transmission

to

the

process

or.

*For

c on

ve

ni

ence

, r

efe

r e n

ces

to

th e

UN

I

SCOPE

300

Vi

s

ual

Co

mmu

n

icatio

n s T e rm

in

a l o

mit

th

e

designati

o n

30

0

thr

oul5

h

out

thi

s

manual.

1

UP-7615

UNISCOPE

300

OPERATOR'S REFERENCE

SECTION:

1

PAGE:

The

exchange

and

control

of

traffic

within

the

system

is

controlled

entirely

by

the

processor.

Exchange

of

data

between

the

processor

and

remote

terminals

(SSU

and

MSU)

is

accomplished

by a

system

of

interroga

tion

and

reply

(polling).

The

processor

sends

a

Poll

Message

(request

for

information)

to

a

remote

terminal

and

the

terminal,

in

turn,

replies

with

either

a

Query

or

No

Traffic

Message.

The

sequence

of

operation

for

a

complete

message

is

as

follows:

(1)

Operator

prepares

Query

Message

and

presses

TRANSMIT

key.

(2)

Input

data

is

ready

and

waiting

for

processor

Poll

Message.

(3)

Poll

Message

is

received

and

inpu

t

data

is

transmitted

to

processor.

(4)

Data

is

processed

and

reply

message

is

prepared.

(5)

Output

reply

is

ready

and

waiting

for

free

telephone

line.

(6)

Output

reply

is

transmitted

to

waiting

UNISCOPE

terminal

and

displayed

on

screen.

1.2.

SCOPE

This

manual

contains

the

information

and

procedures

required

for

operation

of

UNISCOPE

terminals

by

operators

having

a

knowledge

of

typing

and

a

general

understanding

of

data

communications

systems.

Operators

may

require

additional

information

describing

software

peculiarities

which

may

be

encountered

during

operation.

This

information

shall

be

presented

when

required.

This

manual

is

divided

into

the

following

basic

sections:

•

Operator's

Responsibilities

•

Controls

and

Indicators

•

Operation

•

Operator-Performed

Maintenance.

Although

this

manual

contains

sufficient

information

for

the

operator,

if

further

information

or

explaination

is

desired,

refer

to

"UNISCOPE

300

Visual

Communi-

cations

Terminal

Programmers

Reference

Manual~'

UP-7597

(Current

Version).

2

UP-7615

UNISCOPE

300

OPERATOR'S

REFERENCE

SEC

TION:

2

2.

OPERATOR'S

RESPONSIBILITY

2.1.

GENERAL

PAGE:

The

operator

has

the

responsibilities

of

composing

and

transmitting

Query

Messages

for

normal

business

transactions

and

of

performing

the

routines

and

making

the

checks

required

for

the

efficient

operation

of

the

UNISCOPE

terminal.

2.2.

REQUIREMENTS

To

assume

these

responsibilities

the

operator

should

be

familiar

with

the

UNISCOPE

terminal

and

the

concept

of

the

communications

system.

The

operator

should

be

able

to

turn

power

on

and

off

and

perform

fault

correction

and

recovery

procedures

when

required.

In

addition

to

operating

the

UNISCOPE

terminal,

the

operator

(if

qualified)

should

replace

the

UNISCOPE

terminal

and

Multi-Station

Control

Unit

air

filters

periodically.

These

procedures

are

described

in

Section

5

of

this

manual.

The

operator

should

also

ensure

that

temperature

and

humidity

are

suitable.

They

must

be

in

the

ranges

30

to

105

degrees

Fahrenheit

and

5

to

95

percent

relative

humidity.

The

optimum

values

are

70

degrees

Fahrenheit

and

SO

percent

relative

humidity.

1

UP-7615

UNISCOPE 300

OPERATOR'S

REFERENCE

SECTION:

3

3.

CONTROLS

AND

INDICATORS

3.1.

GENERAL

This

section

contains

a

description

of

the

controls

and

indicators

used

in

the

operation

of

the

Single

Station

and

the

Multi-Station

UNISCOPE

terminals

and

the

Multi-Station

Control

Unit.

PAGE:

The

controls

and

indicators

of

the

Single

Station

UNISCOPE

(SSU)

terminal

and

Multi-

Station

UNISCOPE

(MSU)

terminal

are

located

on

the

Keyboard/Control

Panel

and

Power

Control

Panel.

The

controls

and

indicators

of

the

Multi-Station

Control

Unit

(MSCU)

are

located

on

the

Power

Control

Panel

and

Status

Indicator

Panel.

If

desired,

the

SSU

and

MSU

Keyboard/Control

Panel

is

available:

•

without

Format

Key

feature;

•

with

5

format

keys

located

above

alphanumeric

keys

(Feature

Number

F0926-02);

•

with

a

total

of

40

format

keys

(35

additional

keys)

as

shown

in

Figure

3-1

(Feature

Number

F0926-03).

3.2.

KEYBOARD/CONTROL

PANEL

The

Keyboard/Control

Panel,

as

shown

in

Figure

3-1,

is

located

on

the

lower

front

of

the

SSU

and

MSU

display

units

and

consists

of

keys,

controls,

and

indicators.

Key

shape,

key

travel,

and

touch

pressure

are

similar

to

those

of

a

standard

electric

typewriter.

Typing

speeds

in

excess

of

80

words

per

minute

can

be

achieved.

The

keys,

controls

and

indicators

are

grouped

according

to

the

following

functions:

•

Cursor

Control

Keys

•

Editing

Keys

•

Alphanumeric

Keys

•

Format

Keys

•

Message

and

Equipment

Status

Indicators

•

Data

Control

Keys

•

Display

Controls

•

Sonalert

Alarm

The

function

of

each

operating

component

is

described

in

Table

3-1.

1

EDITING

KEYS

CURSOR

CONTROL

KEYS

/

FORMAT

KEYS

ALPHANUMERIC

KEYS

MESSAGE

AND

EQUIPMENT

STATUS

INDICA

TORS

I

DATA

CONTROL

KEYS

Figure

3-7,

Keyboard/Control

Panel

FORMAT

KEYS

SONALERT

DISPLAY

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