Teletype DATASPEED 40 Service Manual

Jntegrated

SYNCHRONOUS

datiaspeed

®

Manual

325 -068

February

1982

RECE.VE-ONL Y PRINTER STATIONS

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SERVICE MANUAL

BELL SYSTEM PRACTICES AT&TCo

Standard

SERVICE MANUAL

FOR

SERVICE MANUAL 325-068

February

1982

INTEGRATED SYNCHRONOUS

"DATASPEED*"

40 (40C303AC) RECEIVE-ONLY PRINTER

STATION ARRANGEMENTS

Contents

Installation Wiring Testing

and

Troubleshooting

Disassembly /Reassembly

and

Parts

Routine

Maintenance

Station

and

Component

Removal

Section

582-202-200 582-202-400 582-202-500

582~202-700

582-202-750 582-200-290

For

DATASPEED

40

components refer

to

Service Manual 325-073.

*Registered Trademark

of

AT&TCo.

See

indiviqual sections for copyright notices.

Issue

2 2

2

2 2

2

Printed

in

U.S.A.

BELL SYSTEM PRACTICES AT&TCo Standard

SECTION 582-202-200

Issue

2,

December

1980

INTEGRATED SYNCHRONOUS "DATASPEED*" 40

RECEIVE-ONLY PRINTER (ROP) STATION

INSTALLATION

CONTENTS

PAGE

1.

GENERAL.

. . . . . . . . . . . . . . . . . . . . 1

2.

TECHNICALDATA..............

3

3.

UNPACKING...................

6

PEDESTAL............

....

.....

6

TRACTOR FEED

PRINTER CABINET . . . . . . . . . . . . . 6

FORMS ACCESS

PRINTER

CABINET.

. . . . . . . . . . . . 7

4.

PRE OPTIONING DISASSEMBLY . . . 8

5. FIELD

OPTIONS AND

DESCRIPTIONS. . . . . . . . . . . . . . . . .

10

PRINTER OPTIONS.

..

. . . . . . . . . . .

10

CONTROLLER

OPTIONS.

. . . . . . . .

13

GROUND

OPTION.

. . . . . . . . . . . . . . 21

6.

OPTION

ACTIVATION.

. . . . . . . . . . 22

TRANSMITTING

CODES. . . . . . . . . .

29

ACTIV ATING PRINTER

OPTIONS......................

33

ACTIVATING

CONTROLLER

OPTIONS......................

48

ACrIVATING DATA SET

OPTIONS......................

59

7. FIN AL ASSEMBLY. . . . . . . . . . . . . .

64

1.

GENERAL

1.01 This section contains information

for

installing

the

Integrated Synchronous

DATASPEED

40

Receive-Only Printer (ROP)

Station.

The Integrated Synchronous ROP

is

used in

the

following services: (2) Switched-

Network using

Data

Set 201C, 208B

or

212A,

(2) Multipoint

Private Line using Data Set 201C,

208A

or

209A;

and

(3) Two-Point Nonselective Private Line (point-to-point private line) using Data

Set 201C,

208A

or

209A.

1.02

This section

is

reissued

to

include

Option

179

(WACK/BUFFER Control)

and

information pertaining

to

Data

Set 212

and

forms

access arrangements.

Since this is a general revision,

no revision arrows have been used

to

denote

significant changes.

Note: When ordering tools

or

replaceable components, unless otherwise specified, prefix each part

number

with

the

letters

"TP"

(ie,

TP406173).

1.03

Circuit Card Handling Procedures:

Warning: To avoid possible internal damage to the

MOS devices,

or

card with MOS devices,

due to electrical static discharge by service

per-

sonnel, the following should be observed.

All personnel handling MOS devices, or circuit cards with

MOS devices,

must

wear a

346392 static discharge strap adjusted to make firm contact with the skin at all

timest(Fig.

1).

t Service personnel are never

to

be

connected

directly

to

ground

but

rather

through a high

resistance discharge

path

of

a minimum

of

one

megohm where

115

V ac

is

present. This resis-

tance

is

built

into

the

346392

static discharge

strap.

Prepared for American Telephone

and

Telegraph Company

by

Teletype Corporation

©

1978

and

1980

by

Teletype Corporation

Printed in

U.S.A.

Pagel

SECTION 582-202-200

Fig.

1-346392

Static Discharge Strap

1.04

Data set options are given in this section but

other

information

on

data

set installa-

tion

(such as connections)

must

be

obtained by

reference

to

the appropriate BSP section, which

is referenced for each

data

set.

1.05 The printer used in

the

integrated control-

ler station may be an

80-

or

132-column

printer.

1.06 Tools and Supplies: The following tools and supplies may be required for installation

or

servicing

of

DATASPEED 40 ROP with integrated synchronous controller.

(a) Tools

*Wrench

3/16"

socket

3/8"

Wrench, open end Wrench, open

end

Wrench, open

end

Wrench, open

end

Nut

driver handle

Nut

driver

bit

Nut driver

bit

*Screwdriver

Screwdriver

Screwdriver *Wrench, Allen *Tweezers *Spring

hook

(pull)

*Spring

hook

(pull)

*Spring

hook

(push) *Scale *Scale, spring *Scale, spring

Pliers, long nose Pliers, retaining ring Extractor, keyswitch Extractor,

keytop Extractor, terminal Extractor, terminal Extractor, terminal

3/16"

and

1/4"

5/16"

and

3/8"

3/4" 1/4"

5/16" 1/8",2"

blade

1/4",6"

blade

(Blade less

than

5/32")

0.062

6"

8 oz

320z

Gauge adjusting - 80-column printer Gauge, left

-132-column

printer Gauge, right - 132-column printer Gauge, backup bar -

80- and 132-column printers

Gauge,

type

pallet

depth

- 80- and 132-column printers Pliers, sidecutters w /insulated handles Test Cord - 132-column printer

Printer Test Assembly Test Cable Test Cable

*Part

of

113778

universal

tool

kit.

Page 2

125752 125765 129534 152835 129537 135676 135677 135678

95368

100982

94647 124682 151392 142554

75765

75503

95960 110443 110444 108285 160396

346257 346260

182697

341983 402840 402617 402716 402717 402868 402878 408071

(Klein D219-4C

or

equivalent) 402779 408646

408648 408650

ISS 2, SECTION 582-202-200

(a) Tools (Cont)

Interlock Strapping Plug - 80-column

printer

402782

Static Ground

Strap

346392

Cleaning brush,

type

face

151394

Power Test Cord

402871

Soldering Iron, Weller Model W-MCP-750 with MP2C Tip

or

equivalent

Desoldering Tool

EDSYN Model MMS005 Soldapult®

or

equivalent

Bag,Anti-Static

(Printer Circuit Card)

406260

(b) Supplies

Grease:

143484

(Mobil

No.2,

lIb

can)

145867

(Mobil

No.2, 4 oz

tube)

TKS

103

(Beacon

325,

5 lb can)

Oil: KS-7470 Degreaser: Freon (TF)

337449

(6 oz can)

Ribbon:

402444

or

approved equivalent

2.

TECHNICAL DATA

2.01 Power Source Requirements:

115

V ac ±

10% ac

at

60

Hz ±0.5 Hz

or

50

Hz ±0.5

Hz from

an

un

switched standard 3-wire grounding

type

receptacle located within 8 feet

of

the

Rap

set

location. One additional receptacle is required

for

data

set

except

when terminal includes ped-

estal

equipped

with 7-receptacle convenience strip.

2.02 Maximum

In

Rush Current:

20

Amp

not

exceeding 3 cycles

at

nominal

115

V ac

input.

2.03 Operating Power

Consumption

and

Heat

Generation

at

nominal

115

V ac

input.

Component

Current

Integrated Synchronous

Rap

Set

(motor

OFF)

1.0 Amp Integrated Synchronous

Rap

Set

(motor

ON) 2.0 Amps

Power Heat

115

VA

392

BTU

230

VA

784

BTU

Note:

The

Rap

power supply was designed

to

supply

power

for

the

set

configurations described

in

this section. Power should

not

be used for

any

other

purpose

without

first considering

the

limitations

of

the

power

supply.

2.04 Environmental Restrictions (operating): Ambient Temperature

.......

+40oF

to

+110oF

Relative Humidity

...

2%

to

95% (noncondensing)

Altitude

..............

Sea level

to

10,000

feet

2.05 Weight (approximate) Unpacked:

SO-Column Tractor Feed Printer Unit

.....

411bs

SO-Column

Tractor

Feed Printer Cabinet

..

43

lbs

132-Column Tractor Feed

Printer Unit

....

56

lbs 132-Column Tractor Feed Printer Cabinet

......................

53

lbs

Forms Access

Printer Cabinet

..........

1111bs

Pedestal

................

approximately

56

lbs

Data

Set

.....

Up

to

14lbs

(dependent on

type)

Page 3

SECTION 582-202-200

2. TECHNICAL DATA (Cont)

2.06

Dimensions

11"

Cabinet Centered

on

Top

I

25-1/4"

LENGTH

OF

FORM FOLD

12"

-L---:==lI:::=::::::~=4-.l.

5-3/8,,-1

~12,,}I

1---13.3/4"

--11-

2·1/4"

20lC

DATA SET

/

>

80-Column Tractor Feed Tabletop

Printer With Pedestal

Note: The 132-column tractor feed

printer

dimensions are similar

to

those for

the

80-column

tractor

feed

printer

except

that

the width

is

27-5/8 inches instead

of

20

inches. A

407061

paper guide

is

furnished with each cabinet. The pedestals shown are typical. They are

not

part

of

the

set

USOC. Three

widths

of

pedestals are available:

20

inch

without

door, 27-5/8 inch

without

door

and

24-1/2 inch with

door. Tops for

the

pedestals come in a variety

of

widths

except

that

the 20 inch pedestal comes with a

20 inch wide

top

(with 11 inch slot) only.

Forms Access Printer

Fig.

2-Integrated

ROP

Station

Dimensions

Page 4

ISS

2,

SECTION 582-202-200

2.07

Customer Provided Tables: When a pedestal

with

a slotted

top

is

not

specified for use

with

the

tabletop

tractor

feed printer,

the

following provisions

must

be

observed

to

allow for paper

handling:

(a) An opening in

the

printer

cabinet mounting surface sufficient

to

allow

the

paper

to

pass

up

through

the

printer

in

the

location shown in Fig.

3.

4·%"

(SO-Column)

5"

(132·Column)

2"

II"

(SO·Column)

17"

(132-Column)

Typical

Cutout

Location

in

TableTop

4-1/4"

(SO-Column)

5"

(132-Column)

11"

(SO-Column)

17"

(Front

View) (132-Column)

Note:

Printer

cabinet

assumed

mounted

flush

with

front

and

left

edge

of

table

top.

Fig.

a-Paper

Opening Requirements

for

Customer-Provided Tables

(b) Sufficient height

of

mounting

to

allow

paper

insertion

and

accumulation

(Fig.

4).

MINt-

S

"

""

....

>

.....

~---.

I I

SUPPLY BOX I I

HEIGHT

I I

L-

I I

Minimum dimension depends

on

form size,

number

of

plies,

etc

•

405544 PAPER RACK

Note:

Paper rack may

be

used

to

keep multi-ply forms

off

the

floor.

Fig.

4-Height

Requirements for Customer-Provided Tables

Page 5

SECTION 582-202-200

3. UNPACKING

3.01

Before unpacking the cartons, confirm the

customer order with

the

unit

codes

marked on the cartons.

3.02

Be

sure

to

observe all safety precautions

in lifting the cartons, etc. Safety glasses should be worn during installation. Read all unpacking instructions marked

on

the cartons.

3.03

For

field installation, the integrated ROP

may be shipped from the Service Center in the original shipping cartons.

Units without

pedestals are shipped in two

cartons, one for the

printer and the

other

for the cabinet (includ-

ing

the

controller).

For

units with pedestals, two additional cartons are shipped, one for the pedestal base and

the

other

for the pedestal top.

3.04 The cabinet should be unpacked before

the printer

so

that

the printer can be

placed

on

it.

PEDESTAL

3.05

Carefully trim carton containing pedestal

upside down and

cut

tape. Fold carton

flaps

out

(Fig. 5).

Fig.

5-Pedestal

Carton

3.06

Tum

carton and its contents upright.

Lift carton

up

and

off

of

pedestal (Fig. 6).

Fig.

6-Pedestal

Carton Lifted Up

Page 6

3.07 Remove tape and packing details (Fig.

7).

Place pedestal in position where

it

is

to

be located.

Fig.

7-Typical

Packing Details and Pedestal

TRACTOR FEED PRINTER CABINET

(With

Opcon)

3.08

Tum

carton

bottom

upside down. Cut

tape and open

bottom

flaps outward.

Return box and contents

to

upright position,

keeping

bottom

flaps folded

out

(Fig. 8).

Fig.

8-Printer

Carton

3.09 Lift carton

off

and

remove plastic details

from around cabinet. Remove bag covering

cabinet. Remove bag containing key tops and

set

aside for possible later use.

3.10

Open

printer

cabinet

by

depressing latches

on

both

sides

of

cover

and

lifting

up

(Fig.

9). Remove paper guide stored inside

of

cabinet.

Note: The integrated synchronous controller

mounting

hardware and

the

controller

will come

assembled in

the

cabinet.

Fig.

9--Printer Cabinet

3.11 Close cover and snap

paper

guide

into

position (Fig.

10).

/~<

..

/".

/

/.

/ .

/ /

/

/ /

/

Fig.

10-Paper

Guide

FORMS ACCESS PRINTER CABINET

3.12

Remove steel strap from

bottom

of

car-

ton.

Fold

carton

flaps

outward

(Fig.

11).

ISS 2, SECTION 582-202-200

STEEL STRAP

FLAPS

Fig.

11-Forms

Access Printer Cabinet Carton

3.13

Lift

carton

up

and

off

of

forms access

printer

cabinet. Remove plastic bag cov-

ering cabinet. Remove

tape,

packing details A, B,

C and D

and

plastic bag

from

bottom

of

cabinet

(Fig.

12).

Plastic bag here.

DETAILD

CARTON

DETAILC

TOP

DETAIL

Fig.

12-Forms

Access Printer Cabinet

Carton Lifted

Up

Page 7

SECTION 582-202-200

3.14

Open

front

doors (left first)

and

depress

latch

button,

open

cabinet

top

and

remove

two screws

and

wood detail. (Fig. 13).

Fig.

13---Forms Access Printer Cabinet

Top

PRINTER

3.15 Refer

to

Section 582-210-200

for

unpack-

ing instructions.

4.

PRE OPTIONING DISASSEMBLY

4.01

The integrated synchronous ROP should be optioned

per

the

customer order

at

the

Service Center. However,

it

may be necessary

to

change options

per

customer request

or

because

of

option

incompatibility,

at

the time

of

installa-

tion.

4.02 The controller

is

shipped in

the

printer

cabinet

and

must

be removed from

the

cabinet in

order

to

do

any

optioning

of

it.

4.03 To remove controller:

Note: Refer

to

1.03

for controller handling pro-

cedures.

Tabletop Arrangement

(a) Loosen

nut

at

each

end

of

paper guide

(Fig. 4).

Page 8

Fig.

14-Controller

Removal

(b)

Slide paper guide

to

left, raising right

end

to

clear

the

nut;

slide paper guide

to

right

and

remove.

(c)

Unplug P3, P5, P6

and

P21 connectors

from

the

circuit card (Fig.

15).

(d) Slide controller circuit card forwar?,

tilt

up

and remove. Use care

to

avoId

snagging circuit

components

or

option

switches

on

the

rear edge

of

the

printer

cradle.

.P5

~

P21

JJ

~https://manualmachine.com/

---.-

:;r

Fig.

15-P3,

P5, P6

and

P21 Connectors

Forms Access Printer

(a) Loosen four screws securing controller

cover

to

inside

of

forms access printer

cabinet approximately two

turns

(Fig. 16).

~~~'!

.~

__

~_.-"""1

SCR~~

'~.',~~,.i~,,!

i . 'i.'!!,.1

CONTROLLER

.lrJH-

COVER

Fig.

16-Controller

Removal

(b)

Slide controller cover

up

to

limits

of

upper

controller cover slots. Disengage controller

cover from lower screws, slide cover down

to

disengage from

upper

screws.

(c)

Unplug connectors P3, P5, P6 and P21

(Fig.

17).

P5

P"'f!!'-+--P21

.P6

Fig.

17-Controller

Connectors

(d) Remove

four

screws securing

the

two

brackets

that

hold

the

controller in place

(Fig.

18).

CONTROLLER

BRACKET

Fig.

18-Removal

of

Controller

ISS 2, SECTION 582-202-200

(e) Remove controller from controller cover.

4.04

To

option

the

410734

diode matrix cir-

cuit

card (Fig. 20)"

the

card

must

be

separated from

the

410733

controller

card

assem-

bly.

4.05

To

remove

410734

diode matrix circuit

card:

Reminder: Ground yourself before handling

the

controller assembly,

as

discussed in

1.03.

(a) Remove cover plate

by

loosening

four

screws (Fig.

19)

and

sliding cover

to

clear

screws

then

lift off.

410733

CONTROLLER

CARD

ASSEMBLY

">--

SCREWS

~~

410734

DIODE

MATRIX

CARD

(On

This

Side Beneath Cover)

\

COVER

PLATE

Fig. 19--40C303AC/003 Controller

(b) Remove two screws (loosened

in

(a»

securing

the

410734

diode matrix card

(see Fig. 19).

Slide card outward

until

free

of

center

posts. Fold card outward using con-

necting cable as hinge .

(c)

Unplug

connector

from

410734

diode

matrix card (Fig.

20).

BANDED

ENDS

PINS

Fig.

20-410734

Diode Matrix Circuit Card

4.06

Printer

option

switches are accessible

through cutouts in

the

bottom

cover

of

the

unit.

Page 9

SECTION 5S2-202-200

5. FIELD OPTIONS AND DESCRIPTIONS

5.01

Certain options are selected

by

setting

miniature rocker/toggle switches

on

the

410071

or

410072

printer

circuit card

or

on

the

410733

circuit card

of

the

40C303AC/003 con-

troller.

Other

options are implemented

by

cutting

and

removing diodes from

the

410734

diode ma-

trix

circuit card

of

the controller.

5.02 Controller options are listed and briefly described

on

Pages

13

through 21. Op-

tions marked with an asterisk (*) are installed

at

the factory. Data set options are provided

on

Pages 59 through 63.

PRINTER OPTIONS

OPTION NO. DESCRIPTION

1 through 16

not

present.

17.

Printer Marg!n

and

Form

Width

a.*

First

Printed Column - Column

b.2.

First Printed Column - Column

b.3.

First Printed Column - Column

b.4.

First

Printed Column

- Column

b.5.

First Printed Column - Column

b.6.

First Printed Column

- Column

b.7.

First

Printed Column - Column

b.S.

First

Printed Column - Column

b.9.

First Printed Column

- Column

1

2 3 4 5 6 7 S 9

b.10.

First Printed Column

- Column

10

b.ll.

First Printed Column - Column 11

b.12.

First

Printed Column - Column

12

b.13.

First Printed Column - Column

13

c.*

Last Character

on

BOth

Column

d.79.

Last Character

on

79th

Column

d.7B.

Last Character

on

7Sth

Column

d.77.

Last Character

on

77th

Column

etc.

d.25.

Last Character

on

25th

Column

e.*

Last Character

on

132nd

Column

f.131.

Last Character

on

131st

Column

f.130.

~Last

Character

on

130th

Column

f.129.

Last Character

on

129th

Column

etc.

f.73.

Last Character

on

73rd

Column

5.03 Options

other

than

those shown

as

factory

installed (*) may be specified for a parti-

cular installation. The Station Features

and

Option

Record

on

the

W-Plan should accurately reflect

Service Center

or

field selection

of

options. Instructions for selecting and recording options are contained

on

Pages 22 through 5S.

5.04

Numbers assigned

to

field options are

used consistently in all field pUblications.

Options should always be referred

to

by

these

numbers.

ACTION

Choose a.

Choose c

or

e appropriate

to

printer

ordered

(SO-

or

132-column).

Note: Options c

and

d79 through

d25

apply

to

SO-column

printers only. Options e

and

fl31

through f73 apply

to

132-column printers only.

Page

10

OPTION NO.

DESCRIPTION

18.

Printer Paper

Feedout

a.

b.

c.*

No Paper

Feedout

Paper

Feedout

on

Data Set Ready (CC)

Loss -

Up to

16

Lines

or

Form

Feed

Paper

Feedout

on

Both

Data

Set Ready (CC)

Loss

and

ETX -

Up

to

16

Lines

or

Form Feed

Note:

"Data

Set Ready (CC) Loss" assumes

that

data

set

operation

is

used;

the

actual controlling SSI signal is loss

of

Receive Message.

The

feedout will

be

up

to

16

lines only

if

Option 39.b.(Forms Switch

off)

is selected;ifOption

39.a.(Forms

Switch

on)

is

selected,

the

printer will feed

out

paper

to

the

feed printers using Option 39.b. should normally use

Option

18.a.

since

the

16-line

feedout

will be shortened whenever

end

of

form

occurs before

the

16

lines are up.

19.

Printer Errored Character Symbol

a.*

b.

c.

d.

e.

f.

g.

Printed

on

Even Parity

Error

Printed

on

Odd Parity Error

Not

Printed

on

Parity Error

Printers With 96-Character

Set

Printers With 64-Character

Set

Printers With

Extended

ASCII Character Set

Printers With Longest Character

Set

Having Less Than

64

Characters

Note

1:

The integrated controller transmits even parity characters

to

the

printer.

Note

2:

Option switches for Options

d, e and g must

be

set

to

reflect longest character set

(f

is

for

future

use).'

20. Line Feed

on

Printer

a.*

b.

Single Double

Note: This

option

is

operator-selectable.

21.

Foldover

on

Up-Low Printer

a.

* Lower Case

and

Upper Case Print

b. Lower Case Prints as

Upper Case

22. Foldover

on

Monocase Printer

a. Lower Case Prints as

Error

Symbol

b. * Lower Case Prints as Upper Case

ISS

2,

SECTION 582-202-200

]

J

]

ACTION

Choose a

or

b.

Choose a

or

c,

Note

1.

Choose

one

to

match

type

carrier ordered.

Choose one.

Choose one

to

match

type

carrier ordered.

Page

11

SECTION 582-202-200

OPTION NO. DESCRIPTION

ACTION

23.

Extended

ASCII

on

Printer

(Extended

ASCII)

a. Prints

Extended

ASCII Characters (No Parity Checks)

J

Choose b.

b.* Does

Not

Print

Extended

ASCII Characters

24.-38.

Not

Present

39.

Fonns

a.

On

J

Choose one.

b.*

Off

Note: This

option

is

operator-selectable.

40.-47.

Not

Present

48.

Incoml2lete

Fonn

SUl2l2resses

Pal2er

Alann

a.

No (Paper-Out

Not

Gated With

Fonn-Out)

J

Choose one.

b.*

Yes (Paper-Out Gated With

Fonn-Out)

49.

-53.

Not

Present

54.

Printing

of

Escal2e Seguences

SUl2l2ressed

a.* Character

after

ESC Printed as Received

J

See Note.

b.

Printing

of

Character After ESC Suppressed

Note: This

option

does

not

apply

to

the

Integrated Synchronous

ROP Tenninal.

Either

option

may

be

chosen

without

affecting

operation.

55.

Shift-InLShift-Out

{SILSO)

Detection

a.*

SI/SO Detection

Not

Used

J

See Note.

b.

SI/SO Detection Enables Printing Additional Characters

Note: This

option

does

not

apply

to

the

Integrated Synchronous

ROP Terminal.

Either

option

may

be

chosen

without

affecting

operation.

56.

Not

Present

57.

SSI/OEM Interface

a.*

SSI

J

Choose a.

b.

OEM

Page

12

ISS

2,

SECTION 582-202-200

OPTION NO.

58.

a.*

b.

DESCRIPTION

Idle Line Motor Control Disabled - Motor Held

On Indefinitely During Idle Line

Enabled - Motor

Turned

Off

After

40-Second Idle Line

59. Does

not

apply. This

option

does

not

affect

the

operations

of

the

Integrated Synchronous ROP when Option 57.a.

is

chosen.

60. Auxiliary Alarm

a.

b.*

Enable Disable

Note:

Future

alarm mechanism. Select

Option

60.b.

when alarm mechanism

is

not

present.

61.

Regulator Grounding (Circuit

Ground

to

Frame Ground)

a.

b.

*

c.

SSI (OEM)

at

Printer

(OEM) External

to

Printer

CONTROLLER OPTIONS

101.

Not

applicable - see Options

189.a.

ahd"190.a.

102.-120.

Not

Present

121.

a.*

b.

Left

Margin Setting

Left Margin

at

Column 1

Left Margin Begins

at

Any Column from 2 Up

122.

Horizontal Tabulation Settings

a.*

b.

No Horizontal Tab Settings Preprogrammed Tab Settings in Any Column From 1-80

(80-column printer)

or

1-132 (132-column printer)

Note:

If

compatibility

with

on-line

tabs

is required,

the

last setting

on

the

line (column

80

or

132,

depending

on

the

printer

selected)

must

be

specified. This assures

that a tab

beyond

the

last enabled

tab

stop

will cause

the

to

be

printed

in

the

last col-

umn

position and

the

character following

that

to

be

printed

in

the

first· character position

of

the

by

the

left

margin

option,

if

used).

(If

the

last setting

on

the

line is

not

specified

and

a

tab

is received

after

the

last

tab

stop,

the

will be

printed

on

the

first character position

of

the

ACTION

J Choose

a.

JChoose

b.

] Choose c.

J

]

Choose one;

if

b,

specify

left

margin setting

required

by

column number. Choose one;

if

b,

specify

tab

settings required

by

column

numbers.

Page

13

SECTION 582-202-200

OPTION NO.

DESCRIPTION

123.

Vertical Tabulation Settings

a.

b.

c.

d.

e.

f.

g.

h.

i.

j.

k.

1.

m.

n.

No Vertical Tab Settings Not

Present

1st

Vertical Tab Line (ESC A)

2nd

Vertical Tab Line (ESC B)

3rd Vertical Tab Line

(ESC C)

4th

Vertical Tab Line (ESC D)

5th

Vertical Tab Line (ESC E)

6th

Vertical Tab Line (ESC F)

7th

Vertical Tab Line (ESC G)

8th

Vertical Tab Line (ESC

H)

9th

Vertical Tab Line (ESC I)

10th

Vertical Tab Line (ESC J)

11th

Vertical Tab Line (ESC

K)

12th

Vertical Tab Line (ESC L)

Note: Care

must

be

taken

not

to

select vertical

tab

settings

which carry

the

printer

beyond

the

form feed position. Option

20.b.(double

line feed),

if

selected, will cause all vertical

tab

settings

to

be double those shown.

124.

Not

Present

125.

Type

of

Printer Used

a.*

80-Column Printer

b.

132-Column Printer

126.-130.

Not

Present

131.

Left

Margin

a.*

Left

Margin Begins

at

Column

1,

Regardless

of

Programming

of

Options

121

and

122.

b.

Left

Margin Begins as Programmed in

Option

121.

Note: b requires

Option

17.c.

or

.e.

132.-147.

Not

Present

148.

Motor Turn Off Delay

a.*

Minimum Delay - Motor

turns

off

approximately

30

seconds after buffer empties.

b.

Maximum Delay -

Motor

turns

off

approximately

3 minutes after

buffer

empties.

149.-158.

Not

Present

Page

14

ACTION

Choose

one.

J

Choose

one

to

match

printer

ordered.

]

Choose one.

]

Choose one.

ISS

2,

SECTION 582-202-200

OPTION NO.

DESCRIPTION

ACTION

159.

Variable Characters for System Operation

a. b. c.

d.

e.

f.

g.

h.

i.

Programmable Character 1 (Notes

1,

3, 4)

Programmable Character 2 (Notes

1,2,5)

Programmable Character 3 (Notes 2,

5,6,10)

Programmable Character 4 (Notes 2,

6,

10)

Programmable Character 5 '(Note

7)

Programmable Character 6 (Notes 2,

8)

Programmable Character 7 (Notes 2, 9,

10)

DLE Character

ZERO Character

Choose a character for each position except

as

noted

(Notes 4, 5,

6,

7, 8

and

9).

j.

k.

1.

m.

n.

ONE Character EOT Character NAK Character ENQ Character

Future

Use

Note

1:

The characters encoded for Options

159.a.

and

.b.

to

represent

the

0(

characters

(selections

and

replies) in Options

171.d.

and .g.

must

be programmed using

upper

case letters.

The equivalent letters when received in lower case will

be

recognized as

part

of

the

selection

sequence. When used as

upper

case

they

will result in

an

EOT reply. Use

of

upper

case

characters is reserved

for

future use.

Note

2:

Characters encoded

for

Options

159.b.,

.c., .d., .f.,

and g to

represent

the

1F

or

DC

n

characters in Options 171.a., .c., .e., .g.

and

.h.

must

be

programmed exactly as

they

will be

received. Numeric characters may

be

used in addition

to

letters for device selection only.

Note

3:

The character encoded for Option

159.a.

to/epresent

the

0(

character in Option

171.c.

must

be

programmed exactly as

it

will

be

received.

Note 4:

Option

159.a.

must

be

encoded

if

Option

171.c., .d., .e., .f., .g.,

or

.h.

and

should

be left

uncoded

if

Option

171.a.

or

.b.

is

enabled.

Note

5:

Option

159.b.

must

be

encoded

if

Option

171.c., .d., .e., .f., .g.,

or

.h. is enabled.

Option

159.b.

should

be

left uncoded if Option

171.a.

or

.b.

is

enabled.

Option

159.b.

is

normally coded

the

same as

Option

159.a. when Option

171.d.,

.e., .f., .g.

or

.h.

is

enabled.

Note

6:

Options

159.c.

and

.d. may

be

left uncoded

if

Option

171.c.

is

enabled and

must

be left uncoded if

171.a.,

.b., .d., .e., .f.

or

.g. is enabled.

They

must

be encoded

if

Option

171.h.

is

enabled. '

Note 7: Option

159.e.

must

be

encoded

if

Option

171.h.

is enabled and uncoded

if

Option

171.a., .b., .c., .d., .e., .f.

or

.g. is enabled.

Note

8:

Option

159.f.

must

be encoded for

Option

171.a., .e., .g.

and

.h

..

It

must

be

uncoded when

Option

171.b., .c., .d.

or

.f.

is

enabled.

Note

9:

Option 159.g.

is

for

future

use.

It

may

be

encoded for

Option

171.a., .e.,

.g.

and

.h.

It

must

be uncoded when

Option

171.b.,

.c., .e.

or

.f. is enabled.

Note 10:

If

characters

that

may be

left

uncoded

are

encoded,

per

Notes 6

and

9,

a character

must

be chosen

that

is

not

used in

other

selection

control

functions

of

the

system.

Page

15

1

(\j

....

0)

Note

11:

Commonly used characters:

~

'>;I

....

t<J

159.h.

159.i.

159.j.

159.k.

159.1.

159.m.

ASCII

DLE (Hex

10)

o (Hex

30)

1 (Hex

31)

EOT (Hex

04)

NAK (Hex

15)

ENQ (Hex

05)

EBCDIC

DLE (Hex

10)

o (Hex 70)

/ (Hex

61)

EOT

(Hex 37) NAK (Hex 3D) ENQ

(Hex2D)

Note

12:

Application table for characters 159.a. through 159.g.

t"'

0

t:I

Z

~

00

....

~

C1l

CO

0

n

z

00

0

~

::s

~

00

The table shows

the

application

of

each

of

the

programmable characters

of

Opt.

I59a-g

to

the

related Option

I71a-h.

Note

that

some characters may be optionally

coded.

For

these, choose a character which isl!2i.!!!!!!! in any

other

poll/select/control functions

of

the

system.

C')

::tI

~

1590·

Programmable

Character I (PCI)

159b-

Programmable

Character 2 (PC2)

1590·

Programmable

Character 3 (PC3)

15911·

Programmable

Character 4 (PC4)

1590·

Programmable

Character 5 (PC5)

1591-

Programmable

Character 6 (PC6)

159g

Programmable

Character 7 (PC7)

Note 13: Note 14: Note 15: Note 16:

Z

00

C

0

!

LEGEND

Must

be

left uncoded.

~';:;;~~I

~~~~~:.!~:

~=:

::

may

PC

(N)

AU

AU/L

DCI

Programmable

character

(number). e.g. PCI. Upper

ease

Alphabetic

Character

Only

Upper

or

Lower

case

Alphabetic

Character

Most

host

systems llSf'

DCI for printRr selection. Other characters may

b.

assigned.

Option

159.g.

is intended

for

future use. A code sequence corresponding

to

159.g. will result in a NAK response.

If

sequences corresponding

to

159.c.

or

159.d.

are received a NAK

or

EOT reply

will

be

generated respectively.

Option 159.g. is intended

for

future

use. An EOT reply will

be

generated for a 159.g. sequence.

If

DCn is

not

transmitted

the

terminal will assume

that

selection

of

the

printer was intended.

~

C1l

00

t.:I

~

0

t.:I

~

0 0

ISS

2,

SECTION 582-202-200

OPTION NO. DESCRIPTION

160.

Communication Code - Line Operation

a.*

ASCII

b. EBCDIC

161.

Future

Use

a. * All Present Applications b.

Possible

Future

Use

162.

Type

Font

Length

a.

* Normal (64

or

96

Characters)

b.

Short

(48

Characters)

163.

Future

Use

a. * All Present Applications b.

Possible

Future

Use

164. Block Size a.

128

Characters

h.

256

Characters

c.*

512

Characters

165.

Future

Use

a. * All Present Applications b.

Possible

Future

Use

166.

Data

Carrier Disconnect

a. * Terminal will

disconnect

if

data

carrier

is

lost

for

30

seconds

or

if

there is

no

carrier

within

30

seconds

after

a call

connection.

b. There

is

no

disconnect

due

to

absence

of

carrier.

167.

Permanent

Request-to-Send

a.*

RTS On Only when Required

for

Transmission

b.

RTS On

at

All Times

that

Data

Terminal

Ready

is

On

Note:

Data

Terminal

Ready

is

Off

when

in

the

TEST

mode

or

there

is a Terminal Alarm

condition.

168.

Future

Use

a.*

b.

All Present Applications Possible

Future

Use

169.

Future

Use

a.*

b.

All Present Applications

Possible

Future

Use

ACTION

J

Choose one.

J

Choose

a.

J

Choose one.

J

Choose

a.

]

Choose one.

J

Choose a.

]

Choose

one.

]

Choose one.

J Choose a.

Page

17

SECTION 582-202-200

OPTION NO.

DESCRIPTION

170.

Space Extension

a.*

b.

Space Character Results

in

Single Space on Printer

Space

Character Results in Three Spaces on Printer

171.

Selection Formats (PAD and SYN Characters

Omitted)

a.

Point-to-Point Private Line/Switched-Network Without Terminal Identification Providing Device Selection

E[AJSD

N C

fft

T C

Q K X n

Notes:

1,

2,

3,4

and 5

b.

Point-to-Point Private Line/Switched-Network Without

Terminal Identification

or

Device Selection

Notes: 2, 3

and

4

c. Multipoint

Private Line Providing Device

Selection

Notes: 1, 2, 3, 4

and

7

d. Multipoint

Private Line Without Device Selection

Notes: 2, 3, 4, 6

and

11

e. Switched-Network With Terminal Identification

Providing Device Selection

oc

~ ~1OC2~

fftJ

~

g Notes:

1,2,3,4,5,andl0

ocA

BQL

K

Xn

ACTION

J Choose one.

f.

Switched-Network With Terminal Identification Without Device Selection

Choose one.

(Also see

E E A ] S

N ocIOC2Cfft T

Q K X

2,3,4

and

10

Notes:

g.

Multipoint

Private Line With Device Selection

Notes:

1,2,3,4,6,

and

8

Page

18

ISS 2, SECTION 582-202-200

OPTION NO.

DESCRIPTION

ACTION

h.

Switched Network Providing Device Selection and

Security Identification J

E

~

A J S D Notes: 1, 2,

a B

AlB

1 C 1 N 0(10(2 A 2 B 2 C 2 C (I T C 3, 4, 5,

Continued from previous page.

Q K

Xn

and 9

Note

1:

Device selection

is

restricted

to

the printer only

at

this time.

Note

2:

The character code for ENQ is programmable. See Option 159.m.

Note

3:

The [ ] represents Ready

to

Receive (ACKfIJ)/Not Ready

to

Receive (NAK)

replies from

the

ROP terminal. An ACK0 reply

is

required for

the

sequence

to

continue.

ACK(I

is preceded

byala2

in Options 171.d., e., f. and h

..

Note

4:

The sequence starting with STX (optionally SOH) is sent

as

the initial characters

of

the first block

of

a message. In Formats 171.a., e., and h, STX (optionally SOH)

is

also part

of

the

selection sequence.

Note

5:

DC

n

must be coded using Option 159.f. The use

of

Option 159.g.

to

code

Den

is reserved for future applications and may be left uncoded; however, if Option 159.g.

is

coded

(due

to

system compatibility) the terminal

on

receiving a selection sequence containing

the

.character coded by Option 159.g. will respond with an EOT.

If

the

selection sequence fails

to

include

DCn the

terminal will assume

that

the

printer is being addressed. Normally the char-

acters encoded for

DC

n

are chosen from

the

DC

1

through

DC4 category.

Note

6:

The a 1 a 2 are coded using Options 159.a. and 159.b. They represent

the

station

identity. Normally Option 159.b.

is coded identically

to

Option 159.a.

Note 7: The a in Option 171.c.

is

the station identity and is coded using Option 159.a.

The

#

is

the device select character and is coded using Option 159.b. The use

of

Options

I59.c.

or

159.d.

is

reserved for future applications and may be left uncoded; however, if

Option 159.c.

or

I59.d.

are coded (due

to

system compatibility)

the

terminal

on

receiving a

selection sequence containing

the

characters coded by Options I59.c.

or

I59.d. will respond

with a NAK (for 159.c.)

or

an EOT (for

I59.d.).

Note

8:

# must be coded using Option 159;f. The use

of

Option I59.g.

to

code #

is

reserved for future applications and

it

may be

left

uncoded; however,

if

Option 159.g.

is

'coded for system compatibility,

the

terminal

on

receiving a selection sequence containing

the

character coded by Option 159.g. will respond with a NAK.

Note 9: a A a B

Al

Bl Cl

are the LCU station identification characters and are

not

checked. The reply is a 1 a 2 A2 B2

C2

followed by ACK0

or

NAK. a 1 a 2 A2

B2

C2

are part

of

[ ] . (See Note 3.) a 1 a 2 in

the

reply identifies

the

ROP terminal. A2

B2

C2

represents a security identification sequence encoded

by

Options 159.c., 159.d., and 159.e.

See Note 6 for coding

of

a 1

CI

2.

Note 10: a A a B are

the

LCU station identification characters and are

not

checked. The reply is

a 1 a 2 followed

by

the

terminal status. a 1 a 2 are

part

of

[

J.

(See Note 3.)

See

Note

6 for coding

of

a 1 a 2.

Note

11:

ACK0 reply

is

preceded by a 1 a 2. a 1 a 2 are

part

of

[ J. (See

N~te

3.) The

a 1 a 2 in

the

reply identifies

the

ROP terminal. See Note 6 for coding

of

a 1 a 2.

Page

19

SECTION 582-202-200

OPTION NO.

DESCRIPTION

ACTION

172.

Future Use

a.*

All Present Applications

J

b.

Possible Future Use

Choose

a.

173.

ETB

a.*

Block terminator

]

b.

Block terminator, executes printing a line, executes vertical

tab

ESC sequence (or

NEW

LINE

if

none)

or

Choose one.

terminates horizontal

tab

setting sequence.

174.

ETX

a.*

Block terminator

or

terminates horizontal

tab

J

setting sequence

Choose one.

b.

Block terminator, terminates horizontal

tab

setting

sequence, executes printing a line

or

executes vertical

tab

ESC sequence (or

NEW

LINE

if

none).

175.

ITB

a.*

Intermediate block terminator

]

b.

Block terminator, executes printing a line, executes vertical

Choose one.

tab

ESC sequence (or

NEW

LINE

if

none)

or

terminates

horizontal

tab

setting sequence.

176.

LINE FEED/NEW LINE

a.*

Executes printing a line, executes vertical

tab

ESC sequence

]

(or

NEW

LINE

if

none)

or

terminates horizontal

tab

Choose one.

setting sequence.

b.

SPACE only

177.

RS

or

IRS (EBCDIC)

a.*

Executes printing a line

and

executes vertical

tab

ESC

J

sequence

(or

NEW

LINE if none)

Choose

oile.

b.

SPACE only

178. Immediate WACK a.* Disabled

J

Choose one.

b. Enabled

179.

WACK/BUFFER Control

a.*

WACK

response enabled, multiple block buffer.

J

Choose one.

b.

WACK

response disabled, single block buffer.

Page

20

OPTION NO.

DESCRIPTION

180.---188.

Future

Use

a.*

b.

All Present Applications Possible Future

Use

189. Receiver Clock Control

a.*

b.

Receiver Clock Obtained From Associated Data Set Receiver Clock Generated Internally

190. Transmitter Clock Control

a.*

b.

Transmitter Clock Obtained From Associated Data Set Transmitter Clock Generated Internally

GROUND OPTION

OPTION NO. DESCRIPTION

a.*

b.

Ground Connection Frame Ground Connected

to

Signal Ground

Frame Ground

Not

Connected

to

Signal Ground

Note: A connection between frame ground and signal ground

is

required for proper operation

of

the

internal test message. Most

data

sets make this connection either permanently

or

as an

option,

but

a few

do

not.

If

a cable longer

than

the

standard (408065)

is

used

to

connect

the

data

set

to

the

ROP,

it

may be necessary

to

break this connection

at

either

the

controller

or

the

data

set

(but

not

both)

to

avoid electrical noise problems (caused

by

a ground

loop).

ISS 2, SECTION 582-202-200

ACTION

J Choose

a.

J Choose a.

J Choose

a.

ACTION

J Choose one.

Page 21

SECTION 582-202-200

6.

OPTION ACTIVATION

6.01 Connect

the

static discharge strap

to

wrist as described in

1.03

before activating

the

options

on

410071

or

410072 printer card.

6.02 The format for showing options (except

data

set options)

is

illustrated in Fig. 21.

OPTION

D F 0

OPTIO

E INITI

N

,NNO.

OPTION

~\

CON.-A.

IONS

1\.7

'\

\

a:

\

b. c.

d. e_

f.

SWITCH DESIGNATION

ON

CIRCUIT CARD

\

TOGGLE, SLIDE, OR

ROCKER

SWITCH

NUMBERS

~

A-10

l"-

I 2

3

4

5

•

- - - -

0

-

- -

-

•

- - -

-

0 -

- -

0

-

•

- -

*

• Indicates

dot

end

of

rocker switch depressed, toggle

or

slide positioned

to

ON.

o Indicates blank end

of

rocker switch depressed, toggle

or

slide positioned

to

OFF.

- Switch position does

not

affect option.

*Factory installed.

Fig. 21--Gption Information Format

6.03 Several styles

of

option selecting switches

may

be present

on

the printer

and/or

controller circuit

cards

(Fig. 22). The option selecting switches are

of

various sizes, having between four and ten

toggles, slides

or

rockers, numbered accordingly. On toggle

or

slide type switches, options

are

activated

by

positioning the toggle

or

slide toward the ON designation. On rocker

type

switches, the

dotted

rocker end

or

the

rocker

end

adjacent

to a dot

are positioned down (depressed)

to

activate an option. Conversely,

to

deactivate

or

switch OFF an option, position

the

toggle

or

slide away from

ON

or

depress

the

blank end

of

the rocker switch. .

Note: Switch covers are supplied in a bag for

rocker

type

option switches only. Install covers after

implementing options

to

prevent accidental change

of

switch

position. Part numbers are as follows:

Page 22

four positions - 341844 five positions - 341845 six positions - 341846 seven

positions-

341847

eight positions - 341848 nine positions

- 341849

ten positions -

341850

Toggle Style

Slide Style

(Toggles and Slides Shown in

OFF

Position, Option Deactivated)

Fig.

22-0ption

Switches

ISS 2, SECTION 582-202-200

BLANK END

Rocker Styles

(Rockers

Shown in

ON

Position,

Option

Activated)

6.04 The 410734 diode matrix circuit card

is

composed

of

several integrated circuit (IC) packs and 384

407336 diodes arranged in eight columns (bit 0 through

bit

7)

of

48 diodes each (see Fig. 22). The

horizontal rows are designated R1 through R48 and

the

vertical columns are designated

bO

through b7 in

all subsequent optioning instructions

of

this section. Optioning consists

of

referring

to

the

Station Feature

and

Option Record

on

W-Plan

W-4RPXA and

the

service order and cutting and removing those diodes

marked

X.

Warning:

Diodes should

be

marked (felt tip pen) before cutting to guard against mistakes. Diodes cut

in

error CANNOT

be

resQlder~in

place

-:

the diode must be replaced, using care

not

to overheat when

soldering. Make certain diode

is

oriented correctly, the same

as

the other diodes on the card (banded

end toward IC packs

--

Fig.

20). RECHECK BEFORE CUTTING!

Page 23

SECTION 582-202-200

BIT 0

BIT 1

BIT 2

BIT3

BIT 4 BIT 5

BIT6

BIT 7

R48

~

48

IQ

R47

t::=::I

c::::::::J

t::=::I

47

R46

~

~ ~

~

46

R45

t::=::I

c::::::::J

t::=::I

t::=::I t::=::I

t::=::I

45

R44

c::::::J

c::::::J c::::::J

c::::::J

44

e~~~

R43

c::::::J

43

R42

c::::::J

c::::::J c::::::J

42

",0-

R41

c::::::J

",0

Zen

c::::::J

41

9~

R40

c::::::::J

c::::::J

c::::::::J

c::::::J c::::::J

c::::::J

0

t;:;;

"''''

R39

c::::::J

39

""0

"''''

00

"''''

R38

c::::::J

38

~~

c::::::J

c::::::J c::::::J

c::::::J

37

<"

-<

R36

"''''

C=:J

c::::::J c::::::J

c::::::J

C=:J C=:J

C=:J

36

«

>:x:

R35

c::::::J

c:::::::J

35

"

t

R34

c:::::::J c:::::::J c:::::::J

c:::::::J

c:::::::J c::::::J

c::::::J c::::::J

34

R33

c:::::::J

=

= =

33

R32

=

c::::::J

=

= = = =

32

R31

c::::::J

c:::::::J

c::::::J

c:::::::J

c:::::::J c:::::::J

c::::::J

31

R30

c::::::J

c::::::::J

c::::::J

c::::::::J c::::::::J

30

[

R29

=

= = = =

29

R28

c::::::J c::::::J

c::::::J

c::::::J c::::::J

c::::::::J

c::::::J 28

R27

=

c::::::::J

c::::::J

=

c::::::::J

=

c::::::::J

27

R26

=

c:::::::J

=

c:::::::J

c::::::J c:::::::J

=

c:::::::J

26

0-

R25

=

c::::::J

c:::::::J

c:::::::J c:::::::J

c::::::J

25

g

R24

c::::::J c:::::::J

c::::::J

c:::::::J

c::::::J c::::::J c::::::J

24

00

'"

R23

= = =

=

= = = =

23

<

E-<

R22

= =

=

22

...,

<

R21

=

c::::::J

=

= =

=

21

~

'"

R20

c::::::J

=

c::::::J

= =

20

~

R19 c::::::J c::::::J

=

c::::::J

c::::::J c::::::J

19

R18

c::::::J c:::::::J c::::::J

c::::::J

c::::::J c::::::J

c::::::J

18

.L

R17

c:::::::J

=

c:::::::J

=

c:::::::J

=

c:::::::J

=

17

R16

= =

c::::::J

=

16

R15

=

~

=

~ ~

~

15

R14

=

c::::::J

c:::::::J

14

-00

R13

= = =

c:::::::J

= =

=

13

"'0-

c::::::J c::::::J

C=:J

c::::::J

00

'0

R12

c::::::J c::::::J

12

~t:~~~

R11

= =

=

c::::::J

=

c::::::J

11

~~O~:I:

~",e:.E-<g

RIO c::::::J

c::::::J

c::::::J c::::::J

c::::::J c::::::J c::::::J

c::;:::::::::J

10

:;~~~~

R9

c::::::J c::::::J

9

~T~Z~

R8

c::::::J

c::::::J c::::::J

c::::::J c::::::J c::::::J

c::::::J

8

z~(!52Cf,)

R7

c::::::J c::::::J c::::::J c::::::J

c::::::J c::::::J

7

2;~;;

O!~~§l~

R6

= =

= = = =

6

§l-~~-

R5

c::::::J c::::::J

=

c::::::J

=

5

:;;<

= =

c::::::J c::::::J

c::::::J

4

L

R4 R3

c::::::J c::::::J

=

c::::::J

= =

c::::::J

=

3

R2

c::::::J

=

c::::::J

2

R1=

c::::::J c::::::J

c::::::J

= =

=

1

=

Diode

left

in.

Fig.

23-410734

Diode Matrix Circuit

Card

Layout

Page

24

6.05 Examples

of

Option Selecting

on

410734

Diode Matrix Circuit Card

Example

1:

Rows R1 through R17 (Fig. 24):

Note: Diodes

at

R17,

b4,

b5,

b6

and

b7

are

not

used.

(a) Each diode represents one horizontal space

or

column

on

the

printer, ranging from

columns 1, 2

and

3 for R1,

bO,

b1,

b2

in order

to

columns

130,

131

and

132

for

R17,

b1,

b2

and b3. With all diodes in place

the

printer

left

margin

is

at

column 1 and

no

preset horizontal

tab

stops are provided. Cutting

the

appropriate

BIT

1

BIT

2

BIT

3

ISS

2,

SECTION 582-202-200

diode(s) establishes a

printer

left margin

in

other

than

column 1 and provides

tab

stops

for

wherever desired

on

a line, PROVIDED

Option

131

is

also activated.

In

addition, the diode

representing

the

right-hand margin as selected

by

Option

17.c.

or

17.e., must be removed.

Obviously

tab

stop

settings

to

the

left

of

the

left

margin,

or

to

the

right

of

the right margin

will

not

be optioned.

(b) The example (Fig. 24) represents diode

optioning

to

have a 132-column

tractor

printer

left

margin

at

column 3,

with

tab

stops

at

columns

20,

40,

60,

80,

100

and

120.

See

Options

17.

and

131.

BIT

4

BIT

5

BIT

6

BIT 7 ]

----~----

-

,....

R17

c=:J

c=:J c=:J

~

c=:J

17

RI(

= = =

=

= = =

16

RI5

c=:J

c=:J c=:J

c:::=:I

c:)C::J

15

R14

c:::=:I

c=:J

c:::::::::J

14

R13

c:::::::::J

c:::::::::J c:::::::::J

cX:J

c:::::::::J

c:::=:I

c::=:J

13

R12

c:::::::::J c:::::::::J c:::::::::J

c:::::::::J

c:::::::::J c:::::::::J

c:::::::::J

c::=:J

12

R11

= = =

=

= = =

11

RIO

c=:::l c=:::l c=:::l

c=:::l

~

10

R9

= = =

=

= = =

9

R8

c::::J

c=:::l

c::::J

~

c=:::l

c::::J

c=:::l

c:::::::::J

8

R7

c:::::J

c:::::J c:::::J

c=:::l

c:::::J

c=:::l

7

R6

=

= = =

= =

=

6

R5

c:::::J

c:::::J c:::::J

c:::::J

~

5

R4

=

= = =

=

= = =

4

R3

=

= =

c:)C::I

c:::::::::J

= =

3

R2

=

= =

=

2

Rl

=

c:)C::I

=

= =

=

1

c=:::l

Diode

left

in.

c:>¢::J

Diode

cut

and

removed.

Fig.

24-Example

1:

410734

Diode Matrix Circuit Card Optioning

Page

25

SECTION 582-202-200

Example 2: Rows R18 through R29 (Fig. 25):

(a) Each row

of

diodes represents

one

vertical

tab

stop

in

increasing

number

from Row

18

for

the

first

tab

stop

to

R29 for

the

twelfth

tab

stop. Selections

must

be made in increasing num-

ber. When less

than

12

tab

stops are used

the

un-

used positions (starting with

the

twelfth

tab

stop

position)

must

have all diodes left in.

(b) The line

number

desired is encoded

by

removing diodes. The binary

count

of

the

removed diodes is added together (Bit 0 =

1,

G

__

B_I_T_~

___

B_I_T

...

3_

r

"

o

~

"

.,

8

t

R29

=

R28

c:::::::J

R27

=

R26

c:::::::J

R25

c:::::::J

R24

c::::::J

R23

=

R22

~

R21

c:::::::J

R20

c:::::::J

R19

c::::::J

R18

c:)(:J

= Diode

left

in.

-

=

c:::::::J

=

c:::::::J c:::::::J

c::::::J

~

c:)(:J

c:::::::J

q(::l

c:)(:J

c::::::J

¢ Diode

cut

and removed.

~

=

c:::::::J

=

c:::::::J

c::::::J

~

=

c:)(:J

c:::::::J

qp

q(::l

eX=!

c::::::J

eX=!

CX::J

c:::::::J

.;0-.

--.

Bit 1 =

2,

Bit 2 =

4,

Bit 3 =

8,

Bit 4 =

16,

Bit 5 =

32,

Bit 6 =

64

and

Bit 7 =

128)

to

get

the

line

count

as

indicated below:

For a tab

stop

at

line 5 diodes

at

the

Bit 0 and

Bit 2 positions are removed; for a

tab

stop

at

line 26 diodes

the

Bit

1,

Bit 3 and Bit 4 posi-

tions are removed.

(c) The example (Fig. 25) represents diode

optioning for vertical

tab

stops

at

5,

10,

30, 40,

55

and

70

lines from

the

start

of

form.

=

= =

=

29

c:::::::J

c:::::::J c:::::::J

c:::::::J

28

= = =

c:::::::J

27

c:::::::J c:::::::J c:::::::J c:::::::J

26

c::::::J c::::::J c::::::J c::::::J

25

c::::::J c::::::J c::::::J c::::::J

24

=

c:::::::J c:)(:J c:::::::J

23

c:)(:J c:)(:J

c:::::::J

22

c:::::::J

c:)(:J

c:::::::J c:::::::J

21

q(::l

c:::::::J

20

c::::::J

c::::::J c::::::J c::::::J

19

c:::::::J c:::::::J

c::::::J

18

,....,

r-..

~

Fig.

25-Example

2:

410734

Diode Matrix Circuit Card

Page

26

ISS

2,

SECTION 582-202-200

Example

3:

Rows

R30

through

R43

(Fig. 26):

Each

row

of

R30

through R43

is

used to represent a variable character for system operation (Option 159).

Diodes left in place

~

represent spacing bits; diodes removed

~

represent marking bits.

If

ASCII

characters are used, information bits 1 through 7 are encoded

by

diodes Bit 0 through Bit

6.

The diode in

location Bit 7 must be

used

to

provide odd parity for

the

character.

If

EBCDIC characters are used,

information bits 7 through

0 are encoded

-by

diodes Bit 0 through Bit 7.

In the example, selection format 171.a,

(Point-to-Point Private Line)

is

assumed.

Rows

39

through

43

- Variable characters 159. a. through e. are uncoded.

Row

38

- Variable character 159.f. is coded for DCn: ASCII character

DCI;

EBCDIC character

DC1 Row 37 - Variable character 159.g. is uncoded. Row

36

- Variable character 159.h.

is

coded for DLE: ASCII

characterDLE;

EBCDIC character DLE

Row 35 - Variable character 159.i.

is

coded for ZERO: ASCII character ZERO; EBCDIC character Hex 70

Row

34

- Variable character 159.j. is coded

for

ONE: ASCII character ONE; EBCDIC character /

Row 33 - Variable character 159.k. is coded for

EOT: ASCII character EOT; EBCDIC character EOT

Row 32 - Variable character 159.1.

is

coded for NAK: ASCII character NAK; EBCDIC character NAK

Row

31-

Variable character 159.m. is coded for ENQ: ASCII character ENQ; EBCDIC character ENQ

Row

30

- Variable character 159.n.

is

uncoded.

ASCII Version

~_BI_T_'

____

BI_T_4

___

B_IT_5

____

B_IT-'

____

BI_T_7~

R4J=

= =

=

= =

=

=4,

R4,

=

= =

=

=4'

R41

.

c:::=J

=

=41

R40

=

= =

=

=40

.,.

=

= =

=

39

"8~

= =

=

~

=

~

"

.,7

=

37

"b

=

= =

=

~

=

"

.,,=

=

~

=

~

"

.,4

~

= =

=

qt::J

=

34

R33

=

~

=

= = =

= "

.,2

qt::J

=

c:::)C::I

=

~

= =

=

32

'"

qt::J

=

qt::J

=

= =

=

c:::)C::I

31

.,0

=

= =

=

= = =

=

30

EBCDIC Version

[

BIT

0

BI_T-l

__

--BI-T-'---.-lT_'

____

BI_T_4

__

~BIT_5

____

B_IT_.

____

B_IT_7~

""=

=

= =

=

=4'

"',=

=

= =

=

=4'

R41

c:::::::J

=

= =

=

=41

R40

=

= =

=

=40

.,.

=

= =

=

39

"8~

=

c:::)C::I

=

=,.

.,7

=

37

RJ'

=

~

= =

=,.

"5

=

~

c:::)C::I

~

= "

R34

c:::)C::I

= =

=

qt::J

~

='4

."

~

c:::)C::I

=

~

c:::)C::I

=

"

.,2

~

=

c:::)C::I

qp

qt::J

c:::)C::I

=

32

.,1

qt::J

=

c:::)C::I

~

=

~

=

31

"0

=

= =

=

30

Fig.

26-Example

3:

410734

Diode Matrix Circuit Card Optioning

= Diode left in.

~

Diode

cut

and removed.

Page

27

SECTION 582-202-200

Example 4: Rows

R44

through

R48

(Fig. 27):

(a) Row

44

diodes Bit 0 through Bit 7 relate

to

system protocol

and

format selections (Option 171).

Option

171a

(Pointrto-Point Private Line) format

is

illustrated in Fig. 26.

(b) Each diode in Rows 45, 46,

and

47 represents a specific selectable feature

or

is

reserved for future use:

OPTION

DIODE LOCATION

NUMBER

DIODE LOCATION

125.

R46, BIT 6

170.

R45, BIT 7

13l.

R46,

BIT 4

173.

R47, BIT

0

148.

R46, BIT 5

174.

R47, BIT 1

160.

R46, BIT 0

175.

R47, BIT 2

162.

R46, BIT 2

176.

R47, BIT 3

164.

R45, BIT 0, BIT 1

177.

R47, BIT 4

166.

R45, BIT 3

178.

R47, BIT 5

167.

R45, BIT 4

179.

R47, BIT 6

The following

option

numbers

and

diode locations are reserved for future applications:

OPTION

DIODE LOCATION

NUMBER

DIODE LOCATION

161.

R46, BIT 1

168.

R45, BIT 5

163.

R46, BIT 3

169.

R45, BIT 6

165.

R45,

BIT 2 172.

R46,BIT

7

180.

R47, BIT 7

For

option

titles

and

descriptions refer

to

Part

5. FIELD OPTIONS AND DESCRIPTIONS. Refer

to

ACTIV ATING CONTROLLER OPTIONS for activation

of

specific options.

(c) Diodes in

Row

48

reserved for future applications.

BIT

0

BIT

1

BIT

2

BIT

3

BIT

4

BIT

5

BIT

6

BIT

7

FUTURE

U5E--

HIH=

=

= =

=

=48

GENERAL

--C'

H17=

=

= = =

=

17

RH;

c:::::J

= =

=

=46

OPTIONS

Kl;,

=

= =

=

=45

SYSTEM

FORMAT

__

RII~

=

=44

AND

PROTOCOL

- -

--

c:=:J

Diode

left

in.

~

Diode

cut

and

removed.

Fig.

27-410734

Diode Matrix Circuit Card

Page

28

TRANSMITTING CODES

0

Bits

Hex

1

0

4

a 2 1

~

0

NUL

0

1

SOH

0

1

2

STX

1

a

ETX

0

4

EOT

0

1

5

ENQ

1

0

6

ACK

1

7

BEL

0

8

BS

0

1

9

HT

0

A

NL

1

B

VT

1

0

C

FF

0

1

D

CR

1

0

E

SO

1

F

SI

Note: I = Mark 0 = Space

TABLE A

ASCn CODE

SET

0

1

0

1

2

a

DLE

SP

0

DCl

!

1

DC2

..

2

DCa

•

a

DC4

$ 4

NAK

%

5

SYN

& 6

ETB

7

CAN

(

8

EM

)

9

SUB

•

:

ESC

+

;

FS

<

GS

-

=

RS

>

US

I

?

0

4

@

A B C D

E F

G

H

1

J

K

L M N

0

1

0

1

5

P

Q

R

S T

U V

W

X Y

Z

[

\

]

A

-

ISS 2, SECTION 582-202-200

1

0

6

,

a

b

c

d

e

f

g

h

i

j

k

I

m

n

0

1

7

p

q

r

s

t

u

y

w

x y

z

{

I I

}

...

DEL

~

i""

Bits 7

Bits 6 Bits 5

Hex 0

Example: Bits 1 through 7

of

the

bit

pennutation

for

the

character M are

1011001,

respectively.

NUL-Null

SOH -

Start

of

Heading

STX -

Start

of

Text

ETX - End

of

Text

EOT -

End

of

Transmission ENQ - Enquiry ACK - Acknowledge BEL - Bell BS

- Back Space HT - Horizontal Tab NL - New Line VT - Vertical

Tab

FF

-

Fonn

Feed CR - Carriage Return SO - Shift-Out

SI - Shift-In DLE - Data Link Escape

DCI - Device Control I DC2 - Device Control 2 DCa - Device Control

a

DC4 - Device Control 4

NAK-

Negative Acknowledge SYN - Synchronous ETB - End

of

Transmission Block

CAN-

Cancel EM

- End

of

Media

SUB - Substitute

ESC - Escape FS - Field Separator

GS -

Group

Separator RS - Record Separator US

-"

Unit Separator SP - Space DEL-

Delete

Page

29

SECTION

582·202·200

00

Hex 1

00

01

10

11

Bits

I

4567

0 1 2 3

0000

0 NUL DLE

DS

0001

1 SOH DC1

SOS

0010

2 STX DC2

FS SYN

0011

3 ETX DC3

0100

4

PF

RES BYP

PN

0101 5

HT NL LF

RS

0110

6

LC

BS

ETB

UC

0111

7

DEL IL

ESC

EOT

1000

8 GE

~AN

1001 9

RLF

EM

1010

A

SMM

CC

8M

1011

B

VT

CUI

CU2

CU3

1100

C

FF

IFS

DC4

1101

D

CR

IGS

ENQ NAK

1110

E

SO IRS ACK

1111

F SI

IUS

BEL SUB

00

4

SP

¢

<

(

+

I

TABLEB

EBCDIC CODE SET

01

10

01 10

11

00

01

10

5 6

7

8

9

A

&

-

I a

j

"-'

b k s

c I t

d m u

e n v

f

0

w

g p

x

h

q

y

,

i r z

!

I

:

I

$

#

*

%

@

)

-

>

:

-,

? "

Note

1:

All blanks will

be

printed

with

an

error

symbol.

11

00

01

B

C

D

[

J

A J B

K C L D M E

N

F

0

G

P

H

Q

I

R

10

E

,

S T U

V

W

X

Y

Z

11

F 0

1 2 3

4

5 6

7 8 9

iL

YN

EO

-

Bits 01

Bits 23 Hex

0

Note

2:

Hex 0 represents bits

0,

1,

2, 3; Hex 1 represents

bit

4,5,6,7.

Example: Hex

D4

is

the

char·

acter

"M".

Note 3: 1 = Mark

0=

Space

Example:

Bits 7

through 0 of

the

bit

permutation

for

the

character

Mare

00101011,

respectively.

NUL

-NULL

DC3 - Device

Control

3 ESC - Escape

SOH -

Start

of

Heading

RES - Restore

SM

-

Set

Mode

STX -

Start

of

Text

NL

- New Line

CU2

- Customer User 2

ETX -

End

of

Text

BS

- Back Space

ENQ

- Enquire

PF -

Punch

Off

IL

- Idle

ACK

- Acknowledge

HT - Horizontal

Tab

CAN

- Cancel

BEL - Bell

LC

- Lower Case

EM

-

End

of

Media

SYN -

Synchronous

DEL - Delete

CC - Cursor

Control

PN

-Punch

On

GE

- Graphics Escape

CUI -

Customer

User 1 RS - Reader

Stop

RLF

- Reverse Line Feed

IFS

- Interchange Field

Separator

UC

- Upper Case

SMM -Start

of

Manual Message

IGS

- Interchange

Group

Separator

EOT -

End

of

Transmission

VT

- Vertical

Tab

IRS

- Interchange

Record

Separator

CU3

- Customer User 3

FF

-

Form

Feed

IUS

- Interchange Unit

Separator

DC4

- Device Control 4

CR - Carriage

Return

DS

- Digit Select

NAK - Negative Acknowledge

SO

-

Shift·Out

SOS

-

Start

of

Significance

SUB

-

Substitute

SI - Shift·In

FS

- Field

Separator

SP - Space

DLE -

Data

Link

Escape

BYP - By Pass

LVM

- Long Vertical Mark

DCl

- Device

Control

1

LF

- Line

Feed

EO - Eight Ones

DC2 - Device

Control

2

ETB -

End

of

Transmission Block

Page

30

ISS

2,

SECTION 582-202-200

TABLE C

48-CHARACTER

ASCII CODE SET

0

.0

I

0

Bits

Hex

I

0

I

0 I

0

I

4

3

2

I

J

0

I

2 3 4 5

0

NUL

OLE

SP

0

@

P

0

I 1

SOH

DCI

I

A

Q

0

2

STX

OC2

2 B R

1

3

ETX

OC3

<;

3

C

S

0

4

EOT

OC4

0

$ 4 0 T

1

5

1

ENQ

NAK

9f

5 E

U

0

6

1

ACK

SYN

& 6

F

V

1 7

BEL

ETB

7

G

W

0

8

BS

CAN

8 H X

1 9

HT

EM

9

J Y

0

A

NL

SUB

•

J Z

1

B

VT

ESC

K

1

0

C

FF

FS

t::l

L

0

1

0

CR

GS

- M

1

0

E

SO

RS

N

1

F

SJ

US

I

0

Note

1:

All blanks will be

printed

with

an

error

symbol.

Note

2:

1 = Mark 0 = Space

I

0

6

@

A

B

C

0

E

F

G

H

I

J

K

L

M

N

0

I

7

P

Q

R

S

T

U

V

W

X

Y

Z

Bits

7

Bits

6

Bits

5

Hex 0

Example: Bits

Lthrough 7 of

the

bit

permutation

for

the

character

Mare

1011001,

respectively.

NUL-Null SOH -

Start

of

Heading

STX -

Start

of

Text

ETX - End

of

Text

EOT - End

of

Transmission ENQ - Enquiry ACK - Acknowledge BEL - Bell BS

- Back Space

HT - Horizontal

Tab NL - New Line VT - Vertical

Tab

FF

-

Form

Feed

CR - Carriage

Return SO - Shift-Out SI

- Shift-In

DLE - Data Link Escape DC1 - Device

Control

1

DC2 - Device

Control

2

DC3 - Device

Control

3 DC4 - Device Control 4 NAK-

Negative Acknowledge

SYN -

Synchronous

ETB -

End

of

Transmission Block

CAN-

Cancel

EM -End

of

Media

SUB -

Substitute ESC - Escape FS - Field

Separator

GS -

Group

Separator

RS - Record

Separator

US

- Unit

Separator

Page

31

SECTION 582-202-200

Her

00

Bits

4567

0

0000

0

NUL

0001

1 SOH

0010

2 STX

0011

3

ETX 0100 4 PF 0101

5

HT

0110

6

LC

0111

7

DEL

1000 8 GE 1001 9

RLF

1010

A

SMM

1011

B

VT

1100

C FF

1101 D

CR

1110

E

SO

1111

F

SI

TABLED

48-CHARACTER EBCDIC CODE SET

00 01 10

01 10

11 00

01

10

11

00

01

10

11

00

1

2

3 4

5 6

7

8

9

A B

C

DLE

DB

SP

&

-

DC1

SOS

I

A

J

A

DC2

FS

SYN

B

K

S B

DC3

C L

T

C

RES BYP

PN

D M

U

D

NL

LF

RS

E N

V

E

BS

ETB

UC

F

0

W

F

IL

ESC

EOT

G P X

G

AN

H

Q

Y H

EM

I

R

Z

I

CC

SM

CUI

CU2 CU3 $

..

IFS

DC4

~

•

%

@

IGS

IENq

NAK

IRS

ACK

IUS

BEL

SUB

Note

1:

All blanks will be

printed

with

an

error

symbol.

11

01

10

D E

J

K S

L T

M

U

N

V

0 W

P

X

Q Y

R Z

11

F 0

1 2 3 4

5

6

7

8

9

ILVM

EO

I-

II-

Bits 01 Bits 23

Hex

0

Note

2: Hex 0 represents bits 0,

1,

2, 3; Hex 1 represents bit 4, 5, 6, 7. Examplp:

!lpx

D4

is

the char-

acter

"M".

Note

3:

1 = Mark

0=

Space

Example: Bits 7

through 0 of

thp

bit

permutation

for

the

character

Mare

00101011,

respectively.

NUL

-NULL

DC3

- Device

Control

3

ESC

-

Escape

SOH -

Start

of

Heading

RES - Restore

SM

-

Set

Mode

STX -

Start

of

Text

NL

- New Line

CU2

-

Customer

User 2

ETX -

End

of

Text

BS

- Back Space

ENQ

- Enquire

PF

-

Punch

Off

IL

- Idle

ACK

- Acknowledge

HT

- Horizontal

Tab

CAN

- Cancel

BEL - Bell

LC

-

Lower

Case

EM

-

End

of

Media SYN -

Synchronous

DEL

- Delete

CC

- Cursor

Control

PN

-

Punch

On

GE - Graphics Escape

CUI

-

Customer

User 1 RS -

Reader

Stop

RLF

- Reverse Line Feed

IFS

- Interchange Field

Separator

UC

- Upper Case

SMM -Start

of

Manual Message

IGS

-

Interchange

Group

Separator

EOT

-

End

of

Transmission

VT

- Vertical

Tab

IRS

- Interchange Record

Separator

CU3 -

Customer

User 3

FF

-

Form

Feed

IUS

-

Interchange

Unit

Separator

DC4

- Device

Control

4

CR

- Carriage

Return

DS - Digit Select

NAK

- Negative Acknowledge

SO

-

Shift-Out

SOS

-

Start

of

Significance

SUB

-

Substitute

SI - Shift-In

FS

- Field

Separator

SP - Space

DLE -

Data

Link

Escape

BYP - By Pass

LVM - Long Vertical Mark

DC1

- Device

Control

1

LF

- Line

Feed

EO - Eight Ones

DC2 - Device

Control

2

ETB

-

End

of

Transmission Block

Page

32

ISS

2,

SECTION 582-202-200

ACTIVATING PRINTER OPTIONS

Note: Selection

of

50

Hz

or

60

Hz

sprocket for

the

motor:

The

printer

is

shipped

with a 60

Hz

sprock-

et; a 50

Hz

sprocket

is also shipped with

the

motor

and

is

mounted

on

a plate

at

the

left

side

of

the

unit.

If

the

sprocket is changed

for

50 Hz, perform

the

Impeller

Shaft

Drive Belt Tension adjustment. Also check

the Clutch Drive Belt Tension adjustment. Refer

to

Section 582-210-700.

20.

Line Feed

on

Printer

LF Switch

a.

I

Single

1

*

b.

1

Double

2

80-

or

132-Column Tractor Printer

Off I

1-2 LINE

FEED

SWITCH

80-

or

132-Column Tractor Printer

FORMS OPTION SWITCH

ON

I

LINE FEED

OPTION

SWITCH

DOUBLE

1

SINGLE

1

39

.

Fo,""

1

~:-~-.-'I~~-ff----------------------1*

*Factory installed.

FORMS SWITCH

Page

33

SECTION 582-202-200

410071

Printer Logic Circuit

ClU'd

(80-Column Tractor

Feed)

(Printer Circuit

ClU'd

Viewed

From

Beneath

Printer - Access

to

Switches is Through a

Cutout

in

Bottom

Pan

of

Printer.)

17.

a.

h.(X)

(Note)

CI

D

o

E5 E8 E9

c:::J C=:J

..

~

...

01'

:;..oo:o~

Printer

Left

Margin

and

Form Width

First

Printed Column - Column 1

First Printed

Column - Column 2 First Printed Column - Column 3 First

Printed Column - Column 4

First

Printed Column - Column 5

First Printed

Column - Column 6

First

Printed Column - Column 7

First

Printed Column - Column 8

First

Printed Column - Column 9

First Printed Column - Column

10

First Printed Column - Column

11

First Printed Column

Column

12

First Printed Column - Column

13

Note

1:

(X)

indicates desired

column

number.

Note

2:

Choose

Option

17.a.

Legend:

1

2

3

-

•

-

•

-

•

- -

•

-

0

-

0

-

0

-

•

-

0

-

0

-

•

-

•

-

0

• Indicates

dot

end

of

rocker

switch depressed, toggle

or

slide positioned

to

ON.

4

•

0 0

0

•

0

•

0

•

o Indicates blank

end

of

rocker

switch depressed, toggle

or

slide positioned

to

OFF.

- Position

of

switch does

not

affect

option.

*

Factory

installed.

Page

34

E5

5

6 7 8

•

-

0

•

-

0

-

0

-

•

0 - -

0

•

- -

0 0

-

•

0

-

•

- -

0

•

-

•

0

- -

0

•

- -

•

0

*

ISS

2,

SECTION 582-202-200

410071

Printer Logic Circuit Card (80-Column

Tractor

Feed) (Cont)

(Printer Circuit Card

Viewed

From

Beneath

Printer

- Access to Switches is Through a

Cutout

in

Bottom

Pan

of

Printer.)

E5

E8 E9

17.

Printer

Right

Margin

and

Form

Width

Last

Char

Printed

E9

E5

(Note!)

Column

Numher

I 2 3

4 5 6

7

R fl I

2

3 4 5 6

c.

80

0

•

-

•

0

-

- - -

•

-

- -

d.

(X)

73

61

49

37

2f>

•

• •

(Note

2)

74 62

50

38 26

0

•

-

75

63

SI

39

27

•

0

• •

76

64

fi2

40

2H

• •

0

•

- -

-

77

6fJ

;)3

41

29

0

•

-

0

•

- - - - -

7R

66

54

42

30

•

0

•

-

79 67

f);J

·13

31

•

-

•

0

--

- -

-

- -

68 56 44 32 0

•

0

69 57

4.'1

33

•

0

-

•

0 - - -

-

70

58 46 34

•

-

0

-

- -

-

- -

71

59 47 35 0

•

-

0 0

72 60

48

36

•

0

To

obtain

counts:

73

through

80

program as shown.

61

through

72

program as shown,

then

operate

E8 position 8

to

OFF.

49

through

60

program as shown,

then

operate

E5 position 1

to

OFF.

37

through

48

program as shown,

then

operate

E5 position 7

to

OFF.

25 through

36

program as shown,

then

operate

E5 position 8

to

OFF.

Ell

7 8

I

2

3 4

5

6

7

•

-

- - -

- -

•

• •

•

• •

•

- - -

- -

•

-

• •

- -

-

--

-

• •

•

- -

-

•

- -

-

•

Note

1:

For

Integrated Synchronous ROP, choose c.

The

diode representing

the

last printing

column

must

be

removed in

Option

122.

Note

2:

(X) indicates desired

column

number;

d does

not

apply

to

Integrated Synchronous ROP.

(See

Legend

for.,

0,

-,

and * under

Option

17,

Page 34.

8

•

Page

35

*

SECTION 582-202-200

410071

Printer Logic Circuit Card (80-Column

Tractor

Feed) (Cont)

18.

a.

b.

c.

19.

a.

b. c.

CI

o

E5

CJ

Printer Paper

Feedout

No

Paper

Feedout

E8 E9

Paper

Feedout

on

DSR

or

RM

Loss -

16

Lines

or

One

Form

Paper

Feedout

on

DSR

or

RM

Loss

or

ETX -

16

Lines

or

One

Form

Printer Errored Character Symbol (See Note)

. Printed

on

Even-Parity Error

Printed

on

Odd Parity Error

Not

Printed

on

Parity Error

Note:

Choose 19.a.

or

.c.

19.

Character

Set

(See Note)

d. Printers With 96-Character

Set

e. Printers With 64-Character

Set f. Printers With Extended ASCII Character Set g.

Printers With Longest Character

Set

Having

Less Than

64

Characters

Note: Choose d, e

or g to

match

type

carrier.

/'

(See Legend

for.,

0,

-,

and * under

Option

17, Page 34.)

Page

36

(Printer Circuit Card Viewed From Beneath Printer - Access

to

Switches is Through a

Cutout

in

Bottom Pan

of

Printer.)

E8

1

2

3

4 5

6 7

8

•

-

0

-

- -

-

•

0

-

- - - -

E9

_.

1 2

3

4

5 6

7

8 9

- -

-

--.

-

0

•

*

-

- - -

•

0

- -

-

• •

-

E8

1 2

3

4

5 6 7

8

-

- -

•

0

-

- -

- - 0

•

- -

*

-

- - -

0 0

-

- - -

-

0

0 - -

*

ISS

2,

SECTION 582-202-200

410071

Printer

Logic Circuit Card (80-Column

Tractor

Feed)

(Cont)

21.

a. I

b·1

22. a.

I

b. I

23. a.

b.

CI

o

E5

c::::::J

E8 E9

Foldover

on

Printers With 96-Character

Set

Lower Case

and

Upper

Case

Print

Lower

Case Prints as

Upper

Case

Foldover

on

Printers With

64-Character

Set

Lower

Case Prints as

Error

Symbol

Lower

Case Prints as

Upper

Case

Extended

ASCII

on

Printer

(Extended

ASCII)

Prints

Extended

ASCII Characters

(No

Parity

Check)

Does

Not

Print

Extended

ASCII

(See

Option

19a,

b,

or

c.)

Note:

Option

23.a. requires local engineering.

(See Legend

for.

,0,

-,

and * under

Option

17,

Page

34.)

(Printer Circuit Card Viewed

From

Beneath

Printer - Access

to

Switches is

Through

a

Cutout

in

Bottom

Pan

of

Printer.)

E8

1 2

3 4

5 6

7

8

0

- -

- - -

-

*

•

-

- -

-

E8

1

2

3

4

5 6

7 8

0

-

- - - -

-

•

-

- -- - -

-

*

E9

1 2 3

1415

I 6

7

8 9

- -

-1-1-1

0

- -

(As

in

Option

*

- -

I

19.)

I

- -

-

Page

37

SECTION

5S2-202-200

410071

Printer

Logic

Circuit

Card

(SO-Column

Tractor

Feed)

(Cont)

(Printer

Circuit

Card

Viewed

From

Beneath

Printer

- Access

to

Switches

is

Through

a

Cutout

in

Bottom

Pan

of

Printer.)

4S.

a. I

CI

o

£5

CJ

E8 E9

Incomplete

Form

Suppresses

Paper

Alarm

No

(Paper-Out

Not

Gated

With

Form-Out)

E9

1 2 3

4

5

6

b. I

Yes

(Paper-Out

Gated

With Form-Ou1J. - - -

-

54.

Printing

of

Escape

Sequences

Suppressed

(See

Note)

E9

1 2

3

4

5

a. I

Character

After

ESC

Printed

as Received -

-

b.

I

l:'nnting

ot

Ci1aracter

After

ESC

Suppressed

-

Note:

This

option

does

not

apply

to

Integrated

Synchronous

ROP.

Either

option

may

be

chosen

without

affecting

operation.

E9

55.

SIISO

Detection

(See

Note)

1 2 3

4

5

a.

SIISO

Detection

Not

Used

0

b.

SIISO

Detection

Enables

Printing

Additional

-

•

-

Character!'

6

-

6

-

Note:

This

option

does

not

apply

to

Integrated

Synchronous

ROP.

Either

optlOn

may

be

chosen

without

affecting

operation.

57.

SSI/OEM

Interface

(See

Note.)

ES

1

2

3 4

5 6

a. I

SSI

b.

I OEM

-

- -

Note:

Choose

Option

57.a.

(See

Legend

for

e,

0,

-,

and * under

Option

17,

Page 34.)

Page

3S

7

S

9

•

-

10

7

8

9

-

0

•

-

7 8

9

-

7 S

•

*

-

*

ISS 2, SECTION 582-202-200

410071 Printer

Logic Circuit Card (80-Column Tractor Feed) (Cont)

58.

a. b.

CI

E5

c:::J

E8

Idle Line Motor Control (See Note)

Disabled

Motor

Held

on

Indefinitely During Idle Line Enabled

Motor Turned

Off

After 40-Second

Idle Line

Note: Choose

Option

5S.a.

59. Speed Selection (Applies only

if

Option 57b is

selected)

(See Note)

a.

75 Baud

b.

150

Baud

c.

300

Baud

d.

600 Baud

e.

1200

Baud

f.

2400 Baud

g.

4800 Baud

h.

9600 Baud

(Printer Circuit

Card Viewed From Beneath

Printer

- Access

to

Switches

is

Through a

Cutout

in Bottom Pan

of

Printer.)

ES

1

2 3

4

5 6 7 S

- - -

0

-

*

-

- -

•

-

- -

Cl

1

2

3 4 5 6

7

8

•

0

•

0

0 0

0

0 0 0

0

•

0

•

0

0 0

0

0 0

0

•

0 0

0

•

0 0 0

0

*

0

0 0

•

0 0

0

0 0

0 0 0 0

•

0

Note: This

option

does

not

apply

to

Integrated Synchronous ROP. Any

option

may be

chosen

without

affecting operation.

(See Legend

for.

,0,

-,

and * under

Option

17,

Page 34.)

Page

39

SECTION 582-202-200

410071

Printer Logic Circuit Card (80-Column

Tractor

Feed) (Cont)

60.

a. I b. I

CI

o

E5

Aux Alarm (See Note)

Enable Disable

---

.

E8 E9

c:::J

c::::J

----------_.

(Printer Circuit Card Viewed

From

Beneath

Printer - Access

to

Switches is Through a

Cutout

in

Bottom

Pan

of

Printer.)

E5

1

2

3

4

5

6

7 8

-

Q

-

e

-

*

Note

1:

Future

alarm mechanism. Switch

must

be

closed when alarm mechanism

is

not

present.

Choose Option

60.b.

for

Integrated Synchronous

Rap.

Note

2:

Refer

to

Page 47 for

Option

61.

(See Legend

fore,Q,

-,and * under

Option

17,

Page 34.)

Page 40

ISS 2, SECTION 582-202-20(1

410072

Printer Logic Circuit Card (132-Column Tractor Feed)

17.

a.

h.(X)

(Note)

C4

c::J

08 09

010

c::J c::J

Printer Left Margin and

}<'orm

Width

First

Printed Column - Column 1

First

Printed Column - Column 2

First Printed Column - Column 3

First

Printed Column - Column 4

First Printed Column - Column 5 First Printed Column - Column 6 First Printed Column - Column 7 First

Printed Column - Column 8 First Printed Column - Column 9 First Printed Column

Column

10

First Printed Column

Column

11

First Printed Column

.-:-

Column

12

First Printed Column - Column

13

o

Note

1:

(X)

indicates desired column number.

Note

2:

Choose Option 17.a.

(Printer Circuit Card Viewed From Beneath Printer - Access

to

Switches

is

Through

a

Cutout

in

Bottom

Pan

of

Printer.)

DB

1 2 3

4 5 6

7

8

-

--

•

• •

•

- -

-

• •

0

•

-

•

0

0 - -

- -

•

0

0 - -

- -

0

•

0

- -

0

•

- -

-

- 0

•

0

- -

•

0

•

0

-

0

•

-

- 0

•

0

•

- -

• •

•

0 - -

•

0

•

- -

0

•

0

- -

(See Legend for

.,0,

-,

and

*·under

Option

17,

Page 34.)

9

-

*

Page 41

SECTION 582-202-200

410072

Printer Logic Circuit Card (132-Column

Tractor

Feed)

(Cont)

o

DB

D9

DI0

(Printer Circuit Card Viewed

From

Beneath

Printer - Access

to

Switches is Through a

Cutout

in

Bottom

Pan

of

Printer.)

17.

Prinkr

Right

Margin

and

Form

Width

Last

Char

Print",]

Ot!

09

(Notel)1

Column

Numlwr

1

2 3

4

5 6 7

H

9

1 2

:l

4

:)

p

132

•

I'.(X)

121

109

97

85

73

•

(Note

2)

J

22

110

9R

86

74

•

123

111

99

R7

75

•

124

112

100

Ht!

76

- - - -

•

125

113

101

89

77

•

126

114

102

90

78

•

127

115

103

91

79

•

128

116

104

92

80

• •

129 1 17

105

93

81

•

130

118

106

94

t!2

•

Ell

1191079583

• •

120 108

96

84

I-

•

To

obtain

counts:

121 through

132

program as shown.

109 through

120

program as shown,

then

operate

D9 position 7

OFF.

97

through

108

program as shown,

then

operate

D9 position 8

OFF.

85 through 96 program as shown,

then

operate

D8 position 7

OFF.

73

through

84

program as shown,

then

operate

D8 position 8

OFF.

010

b I

H 1

2

3 4

;>

6 I

•

0 0

0

•

• •

•

0

•

• •

0

•

0

•

0

•

0

•

0

•

0

•

0

• •

0

• •

0

•

0

•

0

•

0

•

0

• •

0

C

0

Note

1:

For

Integrated Synchronous ROP, choose e.

The

diode representing

the

last printing

column

must

be

removed in

Option

122.

Note

2:

(X) indicates desired column

number.

(See Legend

for.,

0,

-,

and * under

Option

17,

Page 34.)

Page.42

H

*

ISS

2,

SECTION 582-202-200

410072

Printer

Logic Circuit Card (132-Column

Tractor

Feed)

(Cont)

o

D8 D9

010

18.

Printer

Paper

Feedout

a.

No Paper

Feedout

b.

Paper

Feedout

on

DSR

or

RM

Loss -

16

Lines

or

One

Form

c.

Paper

Feedout

on

DSR

or

RM

Loss

or

ETX -

16 Lines

or

One

Form

19.

Printer

Errored

Character

Symbol

(See

Note)

a.

Printed

on

Even

Parity

Error

h.

Printed

on

Odd

Parity

Error

c.

Printed

on

Parity

Error

Note: Choose

19.a.

or

.c.

19.

Character

Set

(See

Note)

d.

Printers With 96-Character

Set

(Up-Low)

e.

Printers With 64-Character

Set

(Monocase)

f.

Printers With

Extended

ASCII Character

Set

g.

Printers With

Longest

Character

Set

Having

Less

Than

64

Characters

Note: Choose

d, e or g to

match

type

carrier.

(See Legend

for.

,0,

-,

and * under

Option

17,

Page

34.)

(Printer Circuit Card Viewed

From

Beneath

Printer - Access

to

Switches

is

Through

a

Cutout

in

Bottom

Pan

of

Printer.)

D9

1 2

3 4 5

6

7

8

-

•

-

0

- - - -

-

•

0

- - - - -

*

D10

1

2 3

4

5 6 7

t-!

-

- - -

·0

•

*

- - - - -

•

0

-

• •

UM

1 2

3

4

5 6 7

8

9

•

0

•

- - - - -

0

-

- - -

-

0 0

- -

-

- - -

*

Page

43

SECTION 582-202-200

410072

Printer

Logic

Circuit

Card

(132-Column

Tractor

Feed)

(Cont)

21.

a.

I

o.

I

22.

C4

[:=J

D8

D9

010

o

Foldover

on

Printers With

96-Character

Set

Lower

Case

and

Upper

Case

Print

Lower

_t.-ase

rnnts

as

upper

Case

(Printer

Circuit Card Viewed

From

Beneath

Printer

- Access

to

Switches is

Through

a

Cutout

in

Bottom

Pan

of

Printer.)

D9

1 2 3

4

5

6 7

8

0

- -

-

•

- -

-

D9

Foldover

on

Printers With

64-Character

Set

1

2 3

4

5 6 7

8

a. I

Lower

Case

Prints

as

Error

Symbol

0

b.

I

Lower

Case

Pnnts

as

upper

Case

•

23.

Extended

ASCII

on

Printer

E1

(Extended

ASCII)

1

2

3

4 5 6 7

8

a.

Prints

Extended

ASCII Characters

(No Parity

Check)

- - -

-

b.

Does

Not

Print

Extended

ASCII

- - -

(Asin

-

- -

(See

Option

19a,

b,

or

c.)

Option

19)

*

Note:

Option

23.a. requires local engineering.

(See Legend

for.

,0,

-,

and * under

Option

17,

Page

34.)

Page

44

*

ISS

2,

SECTION 582-202-200

410072

Printer Logic Circuit Card (132-Column

Tractor

Feed) (Cont)

o

08

09

010

(Printer Circuit Card Viewed

From

Beneath

Printer - Access

to

Switches

is

Through a

Cutout

in

Bottom

Pan

of

Printer.)

48.

Incomplete

Form

Suppresses Paper Alarm

D9

1 2 3

4

5

6

a. I

No (Paper-Out

Not

Gated With Form-Out)

- -

-

•

- -

b. I Yes (Paper-Out Gated With Form-Out)

- - -

0

-

54.

Printing

of

Escape Sequences Suppressed (See Note)

010

1 2

3

4 5

6

a.

I

Character

After

ESC Printed as Received

-

- -

-

b. I

Printing

of

Character

After

ESC Suppressed

-

- -

-

Note: This

option

does

not

apply

to

Integrated Synchronous ROP.

Either

option

may be

chosen

without

affecting operation.

55.

SI/SO Detection (See Note)

DI0

1 2

3

4

5

6

7

-

7

-

7

a.

SI/SO Detection

Not

Used

-

0

-

- -

o.

SI/SO Detection Enables Printing Additional

-

•

- -

-

Characters

Note: This

option

does

not

apply

to

Integrated Synchronous ROP.

Either

option

may be

chosen

without

affecting operation.

57.

SSI/OEM Interface (See Note)

D8

1

2

3 4

5 6 7

a.

I SSI

- - - -

-

b. I

OEM

-

- - -

-

Note: Choose

Option

57.a.

(See Legend for

.,0,

-,

and *

under

Option

17,

Page 34.)

8

-

8

-

*

8

0

*

•

8

-

*

-

9

•

*

0

Page

45

SECTION 582-202-200

410072

Printer Logic Circuit Card (132-Column

Tractor

Feed) (Cont)

o

(Printer Circuit Card Viewed

From

Beneath

Printer - Access

to

Switches is

Through

a

Cutout

in

Bottom

Pan

of

Printer.)

58.

Idle Line

Motor

Control

(See Note)

D9

1

2

3 4 5

a.

Disabled

-

Motor

Held

On

Indenfinitely During

- - -

- -

Idle Line

b.

Enabled

-

Motor

Turned

Off

After

40-Second

- - - -

-

Idle Line

Note: Choose

Option

58.a.

59.

Speed Selection (Applies Only

if

Option

57.h.

C4

is

Selected)

1

2

3

4 5

a.

75

Baud

•

0 0

0

b.

150

Baud 0

•

0

c.

300

Baud 0

0

•

0

d.

600

Baud

0

•

0

e.

1200

Baud

0

0 0

0

f.

2400

Baud

0 0 0

0

•

g.

4800

Baud

0

0 0 0

0

h.

9600

Baud 0

0 0

Note: This

option

does

not

apply

to

Integrated

Synchronous

ROP.

Any

option

may

he

chosen

without

affecting operation.

(See Legend

fore

,0,

-,

and * under

Option

17,

Page 34.)

Page

46

6 7 8

0

-

•

-

6

7

8

0 0 0

0

•

0

0 0

•

0

•

*

ISS

2,

SECTION 582-202-200

410072

Printer

Logic Circuit Card (132-Column

Tractor

Feed) (Cont)

DB

D9

DID

CJ CJ

o

(Printer Circuit Card Viewed

From

Beneath

Printer - Access

to

Switches is Through a

Cutout

in

Bottom

Pan

of

Printer.)

60.

Aux

Alarm

C4

CJ

1

2

3

D9

4

5 6 7

a.

I

Enable

-

- -

-

0

- -

b.J

Disable

•

Note:

Future

alarm mechanism. Switch

must

be

closed

when

alarm mechanism is

not

present.

Choose

Option

6O.b.,for

Integrated

Synchronous

ROP.

410151

Circuit Card (80-

or

132-Column

Tractor

Feed)

61.

Regulator

Grounding (Circuit

Screw A

(Component

Side

of

Circuit

Card)

SCREW

A

SCREW

B

Screw B

8

-

*

Gnd

to

Frame

Gnd) (See

Note)

Component

Noncomponent

Component

Noncomponent

a.

SSI

In

b.

(OEM)

At

Printer

In

-

c.

(OEM)

Ext

to

Printer -

In

Note: Choose

Option

61.c.

for

Integrated

Synchronous

ROP.

(See

Legend

for.

,0,

-,

and * under

Option

17,

Page

34.)

-

In

-

In

-

Page

47

*

SECTION 582-202-200

ACTIVATING CONTROLLER OPTIONS

TABLEE

410734

Diode Matrix Circuit Card

LEFT

MARGIN

DIODE

LOCATION

12l.

Left Margin Setting

a.

Left Margin

at

Column 1

(See Note)

b. Left Margin

at

Column 2

or

Beyond

Note: Diode R1

bO

is

NOT

cut

for

Option

121a

or

b.

R1,

bO

to

R2, b7

c::::J

All

¢¢:I

Table E

COLUMN

DIODE

COLUMN

DIODE

9

R2,

bO

2

Rl,

bl

10

R2,

bl

3

Rl,

b2

11

R2,

b2

4

Rl,

b3

12

R2,

b3

5

Rl,

b4

13

R2,

b4

6

Rl,

b5

14

R2,

b5

7

Rl,

b6

15

R2,

b6

8

Rl,

b7

16

R2,

b7

Cut

and

remove

(¢)

only

the

diode corresponding

to

the

desired

left

margin position (printer column)

as

listed in Table E.

If

the

printer

left

margin is required

to

be

at

column

17

or

beyond, refer

to

the

table

for

Option

122

for

the

diode location. See Note above for exception.

Option

12l.a.

requires selection

of

Option

13l.a.

Option

12l.b.

requires selection

of

Option

13l.b.

Example:

Option

12l.b.

shown selected for printer left margin

at

printer column 4.

G_O

___

~BIT6

122.

Horizontal Tabulation Settings

R1,

bO

to

R17,

b3

a.

No Horizontal Tab Settings (See Note)

c::::J

(ALL)

*

b.

Preselected Horizontal Tab

Settings in

~

Any Column Through

80

(80-Column

Printer)

or

Through

132

(132-Column

Table F

Printer)

(See Note)

Note: Diode R1,

bO

is

NOT

cut

for Option

122a

or

b.

When selecting horizontal tab settings for a particular customer application, remember

that

the printer

spaces, prints and tabs

at

10

character/columns

per

inch.

Horizontal

tab

settings

to

the

left

of,

or

the

same as

the

left margin setting

of

Option

121b

should, ob-

viously, be avoided. Cutting and removing a lower numbered diode

than

chosen for the

left

margin setting

will result in a new

left

margin

at

a lower

numbered

column and

the

left

margin established

by

Option

121b will become a horizontal

tab

stop. Similiary, horizontal tab selecting

beyond

80

columns

must

be

avoided

for

80-column printers.

Cut

and

remove

(c::»)

the

diode(s) corresponding

to

the

desired horizontal

tab

setting(s), as shown

in

Table F. Also

cut

and

remove diode

at

R10,

b7 for an 80-Column printer

or

diode

at

R17, b3 for a

132-Column printer.

c==JlDiode

left

in.

C»IDiode

cut

and

removed.

*

Factory

Installed

Page

48

ISS

2,

SECTION 582-202-200

410734

Diode Matrix Circuit Card (Cont)

Diodes R17,

b4

through

b7

have

no

present application and should

be

left

in

place.

TAB

COLUMN

DIODE

1 R1,bO 2

R1,b1

3

R1,b2

4

R1,b3

5

R1,b4

6

R1,b5

7

R1,b6

8

R1,b7

9

R2,bO

10

R2,b1

11

R2,b2

12

R2,b3

13

R2,b4

14

R2,b5

15

R2,b6

16

R2,b7

17

R3,bO

18

R3,b1

19

R3,b2

20

R3,b3

21

R3,b4

22

R3,b5

23

R3,b6

24

R3,b7

25

R4,bO

26

R4,bl

27

R4,b2

28

R4,b3

29

R4,b4

30

R4,b5

31

R4,b6

32

R4,b7

33

R5,bO

TABLE F

HORIZONTAL TAB SETTING DIODE

TAB TAB

TAB

COLUMN

DIODE

COLUMN

DIODE

34

R5,b1

67

R9,b2

35

R5,b2

68

R9,b3

36

R5,b3

69

R9,b4

37

R5,b4

70

R9,b5

38

R5,b5

71

R9,b6

39

R5,b6

72

R9,b7

40

R5,b7

73

R10,bO

41 R6,bO

74

R10,b1

42

R6,b1

75

R10,b2

43

R6,b2

76

R10,b3

44

R6,b3

77

R10,b4

45

R6,b4

78

R10,b5

46

R6,b5

79

R10,b6

47

R6,b6

80

R10,b7

48

R6,b7

81

Rl1,bO

49

R7,bO

82

R11,b1

50

R7,b1

83

Rl1,b2

51

R7,b2

84

Rl1,b3

52

R7,b3

85

Rl1,b4

53

R7,b4

86

Rl1,b5

54

R7,b5

87

Rl1,b6

55

R7,b6

88

Rl1,b7

56

R7,b7

89

R12,bO

57

R8,bO

90

Rl2,bl

58

R8,bl

91

R12,b2

59

R8,b2

92

R12,b3

60

R8,b3

93

R12,b4

61

R8,b4

94

R12,b5

62

R8,b5

95

R12,b6

63

R8,b6

96

R12,b7

64

R8,b7

97

RI3,bO

65

R9,bO

98

Rl3,bl

66

R9,bl

99

R13,b2

TAB

COLUMN DIODE

100

R13,b3

101

R13,b4

102

R13,b5

103

R13,b6

104

R13,b7

105

R14,bO

106

R14,b1

107

R14,b2

108

R14,b3

109

R14,b4

110

R14,b5

111

R14,b6

112

R14,b7

113

R15,bO

114

R15,b1

115

R15,b2

116

R15,b3

117

R15,b4

118

R15,b5

119

R15,b6

120

R15,b7

121

RI6,bO

122

Rl6,bl

123

R16,b2

124

R16,b3

125

R16,b4

126

R16,b5

127

R16,b6

128

R16,b7

129

RI7,bO

130

Rl7,bl

131

R17,b2

132

R17,b3

Page

49

SECTION 582-202-200

410734

Diode Matrix Circuit Card (Cont)

Example:

Option

122b

shown

optioned

for 80-column

printer

with

tab

stops

at

printer

columns 10, 20,

30, 40, 50,

60,

70

and with diode representing

80th

column (RIO, b7) removed.

~

-

R17

c::::::J

c::::::J c::::::J

c::::::J

17

R16

c::::::J

= =

16

R15

=

= =

=

= =

=

is

R14

c::::::::J

c::::::::J c::::::::J

c::::::::J

c::::::::J c::::::::J

14

R13

c::::::::J

c::::::::J c::::::::J

c::::::::J

=

c::::::J

13

R12

c::::::::J

c::::::::J c::::::::J

c::::::::J

c::::::::J c::::::::J

c::::::::J

12

Rll

=

c::::::::J c::::::::J

c::::::::J

c::::::::J c::::::::J

=

c::::::::J

11

RiO

c::::::::J

c:::::J

c::::::::J

c:::::J

c::::::::J

¢

10

R9

c::::::::J

*

c::::::::J c::::::::J

9

RS

c::::=J

c»

c::::=J

c::::::::J

c::::=J

S

R7

c::::=J

q¢J

c::::::J

c::::::J c::::::J

7

R6

c::::::::::I

c::::::::::I c::::::::::I

6

R5

c::::::J

c:::::J

c::::::J

c:::::J

c::::::J

¢

5

R4

c::::::::::I

¢

c::::::::::I

4

R3

c::::::::J

c:::::J

c::::::::::I

q¢:J

c::::::::J

c::::::::::I

c::::::::J

3

R2

c::::::::::I

~

c::::::::::I

c::::::::J

2

Rl

c::::::::::I

c::::::::::I c::::::::::I

c::::::::J c::::::::::I

1

123.

Vertical Tab

Settings

R18,

bO

to

R29,

b7

=

a.

No Vertical Tab Settings

(ALL)

q¢

c.

1st

Vertical Tab Line

R18, TABLE G

c:XJ

d. 2nd Vertical Tab Line R19, TABLE G

9?

e. 3rd Vertical Tab Line R20, TABLE G

c:XJ

f.

4th

Vertical Tab Line R21, TABLE G

c:XJ

g.

5th

Vertical Tab Line

R22, TABLE G

c:::;¢

h.

6th

Vertical Tab Line R23, TABLE G

qp

i.

7th

Vertical Tab Line

R24, TABLE G

gp

j.

8th

Vertical Tab Line

R25, TABLE G

*

k.

9th

Vertical

Tab

Line

R26, TABLE G

¢

1.

10th

Vertical Tab Line R27,

TABLEG

*

m. 11

th

Vertical

Tab

Line

R28, TABLE G

c::»

n.

12th

Vertical Tab Line

R29, TABLE G

= Diode

left

in.

¢ Diode

cut

and removed.

Page 50

ISS 2, SECTION 582-202-200

410734

Diode Matrix Circuit Card (Cont)

When selecting vertical

tab

settings

for

a particular customer application, remember

that

the

printer

line

feeds and

tabs

vertically

at

6 lines

per

inch. Also,

Option

20b

(double line feed) will,

if

selected, cause

the

vertical

tab

settings

to

be double

the

length shown in Table

G.

Vertical

tab

settings

that

would

tab the

printer

into

the

For

example,

an

11-inch form would

not

have a

tab

setting

optioned

beyond

line

65

of

the

form.

Selections

must

be made in increasing line

number

from

1st

vertical

tab

through

12th

vertical

tab

line.

When less

than

12

vertical tabs are required,

the

unused positions (starting with

the

"12th"

vertical

tab

line)

must

have all diodes

left

in.

TABLE G

VERTICAL TAB SETTING

mom

..

TAB

DIODE

TAB

DIODE

TAB

DIODE

TAil

DIODE

TAB

DIODE

LINE

POSITION"

LINE

POSITION"

LINE

POSITION"

LINE

POSITION**

LINE

POSITION**

1

0

28

2,3,4

55

0,1,2,4,5

82

1,4,6

109

0,2,3,5,6

2

1

29

0,2,3,4

56

3,4,5

83

0,1,4,6

110

1,2,3,5,6

3

0,1

30

1,2,3,4 57 0,3,4,5

84

2,4,6

111

0,1,2,3,5,6

4 2

31

0,1,2,3,4

58

1,3,4,5

85

0,2,4,6

112

4,5,6

5

0,2

32

5

59

0,1,3,4,5

86

1,2,4,6

113

0,4,5,6

6

1,2

33

0,5

60

2,3,4,5

87

0,1,2,4,6

114

1,4,5,6

7

0,1,2

34

1,5

61

0,2,3,4,5

88

3,4,6

115

0,1,4,5,6

8

3

35

0,1,5

62

1,2,3,4,5

89

0,3,4,6

116

2,4,5,6

9

0,3

36

2,5

63

0,1,2,3,4,5

90

1,3,4,6

117

0,2,4,5,6

10

1,3

37

0,2,5

64

6

91

0,1,3,4,6

118

1,2,4,5,6

11

0,1,3

38

1,2,5

65

0,6

192

2,3,4,6

119

0,1,2,4,5,6

12

2,3

39

0,1,2,5

66

1,6

193

0,2,3,4,6

120

3,4,5,6

13

0,2,3

40

3,5 67 0,1,6

94

1,2,3,4,6 121

0,3,4,5,6

14

1,2,3

41 0,3,5

68

2,6

95

0,1,2,3,4,6

122

1,3,4,5,6

15

0,1,2,3

42 1,3,5

69

0,2,6

96

5,6

123

0,1,3,4,5,6

16

4

43

0,1,3,5

70

1,2,6

97

0,5,6

124

2,3,4,5,6

17

0,4

44

2,3,5

71

0,1,2,6

98

1,5,6

125

0,2,3,4,5,6

18

1,4

45

0,2,3,5

72

3,6

99

0,1,5,6

126

1,2,3,4,5,6

19

0,1,4

46 1,2,3,5 73 0,3,6

100

2,5,6

127

0,1,2,3,4,5,6

20

2,4

47

0,1,2,3,5

74

1,3,6 101

0,2,5,6

128

7

21

0,2,4

48

4,5 75 0,1,3,6

102

1,2,5,6

129

0,7

22

1,2,4

49

0,4,5 76 2,3,6

103

0,1,2,5,6

130

1,7

23

0,1,2,4

50

1,4,5

77

0,2,3,6

104

3,5,6

131

0,1,7

24 3,4

51

0,1,4,5

78

1,2,3,6

105

0,3,5,6

132

2,7

25

0,3,4

52

2,4,5

79

0,1,2,3,6

106

1,3,5,6

26

1,3,4

53

0,2,4,5

80

4,6

107

0,1,3,5,6

27

0,1,3,4

54

1,2,4,5

81

0,4,6

108

2,3,5,6

**

Diode position is preceded

by

"b".

Diodes indicated

by

diode position

number

must

be

cut

and removed.

Page 51

SECTION 582-202-200

410734

Diode Matrix Circuit Card (Cont)

Example: Option 123. shown selected

to

accommodate an

ll-inch

form with vertical

tab

stop settings

at

10,

20, 30,

45,

and

60

lines.

[ BIT 0

BIT 1

BIT 2

BIT 3 BIT 4 BIT 5

B_I_T_6

__

~J

---------------------------------

-

--

-

R29

=

= =

=

= = =

R28

t:::::::::I

t:::::::::I t:::::::::I

t:::::::::I

t:::::::::I t:::::::::I

t:::::::::I

R27

=

t:::::::::I

=

= = =

R26

t:::::::::I

c::::::::I

c::::::::I c::::::::I

c::::::::I

R25

c:::::J

c::::::::I

c:::::J

c::::::::I

c:::::J

R24

c::::::::I

c::::::::I c::::::::I

R23

=

= = =

=

= =

R22=

=

~

¢

=

c::::::::I

R21

c»

=

c»

=

R20

c::::::::I

¢

c:»

~

c::::::::I

c:::::J

Rl9

c::::::::I

c:»

c::::::::I

R18

c::::::::I

-~

c:::::J

~~

c::::::::I c::::::::I

c::::::::I

-

--

124.

Not

Present

125. Type

of

Printer Used R46, b6

a.

I

80-Column Printer

=

*

b. I

132-Column Printer

«=>

Note: Option 125 will be factory installed

to

match the printer used.

126.-130.

Not

Present

131. Left Margin a.

Left Margin Begins

at

Column 1 Regardless

of

Selection

of

Options 121. and 122.

b.

Left

Margin Begins as Selected in Option 121.

132.-147.

Not

Present

148. Motor Turn-Off Delay a. Minimum Delay - Motor Turns

Off

Approximately

30

Seconds After Buffer Empties

b.

Maximum Delay - Motor Turn

Off

Delayed Approxi-

mately 3 Minutes After Buffer Empties

149.-158.

Not

Present

= Diode

left

in.

c» Diode

cut

and removed.

*Factory installed.

Page 52

R46,b4

=

*

c:»

R46, b5

=

*

c»

=

29

t:::::::::I

28

=

27

c::::::::I

26

c:::::J

25

c::::::::I

24

=

23

=

22

=

21

c::::::::I

20

c::::::::I

'19

c::::::::I

18

ISS

2,

SECTION 582-202-200

410734

Diode Matrix Circuit Card (Cont)

DIODE ASSIGNMENT

159.

Variable Characters for System Operation

COLUMN

(Notes

1,

2, 3)

ROW

ASCII EBCDIC

a.

Programmable Character 1

R43

bO-b6

bO-b7

b. Pro/n"ammable Character 2

R42

bO-b6

bO-b7

c.

Programmable Character 3 R41

bO-b6

bO-b7

d.

Programmable Character 4

R40

bO-b6 bO-b7

e. Programmable Character 5

R39

bO-b6

bO-b7

f.

Programmable Character 6

R~

bO-b6

bO-b7

g.

Pro/n"ammable Character 7

R37

bO-b6

bO-b7

h.

Programmable Character 8 (OLE)

R36

bO-b6

bO-b7

i.

Programmable Character 9 (ZERO

R35

bO-b6

bO-b7

j.

Programmable Character

10

ONE

R34

bO-b6

bO-b7

k.

Programmable Character 11

EOT

R33

bO-b6

bO-b7

1.

Pro/n"ammable Character

12

NAK R32

bO-b6

bO-b7

m. Programmable Character

13

ENQ

R31

bO-b6

bO-b7

n. Programmable Character

14

R30

bO-b6

bO-b7

Note

1:

Program a character for each position

except

as

noted.

Remove a diode

to

encode a mark,

retain

the

diode

to

encode a space.

Note

2:

If

Option

160.a. (ASCII)

is

used (see Table A

or

C)

data

bits 1 through 7 are encoded

by

diodes

bO

through

b6

respectively, (ie, for marking

bit

1 remove diode

bO,

for marking

bit

2 remove diode

b1,

for marking

bit

3 remove diode

b2

etc). Diode b7

must

be encoded

to

provide

odd

parity for

the

char-

acter.

Note

3:

If

Option

160.b.

(EBCDIC) is used,

data

bits 7

throu~hO:rre

encoded

~y

diodes

bO

thro~gh

b7

respectively, (ie, for marking

bit

0 remove diode

b7,

for markmg bIt 1 remove dIode b6, for markmg

bit 2 remove diode b5 etc).

Note

4:

See Paragraph 5. FIELD OPTIONS AND DESCRIPTIONS,.Pages

15

and

16

Option

159.

for notes.

Page

53

SECTION 582-202-200

410734

Diode Matrix Circuit.Card (Cont)

160.

Communication Code-Line Operation

a.

I

ASCII

1:>.

I

EBCDIC

16l.

Future

Use

a.J

All Present Applications

b.1

Possible

Future

Use

162.

Type

Font

Length

a. I

64

or

96

Characters

b.

I

48

Characters

'163.

Future

Use

a. I

All Present Applications

o.

I

Possible Future

Use

164.

Block

Size

R45,

bO

a.

128

Characters

=

b.

256

Characters

*'

c.

512 Characters

=

165.

Future

Use

a.J

All Present Applications

b.1

Possible Future

Use

166. Data Carrier Disconnect a.

Disconnect

if

Carrier is Lost

for

30 Seconds

or

No Carrier Within 30 Seconds After Call Connection

b.

No Disconnect on Absence

of

Carrier

167.

Permanent Request-to-Send

(RTS)

a. I

RTS ON Only When Required

For

Transmission

b.1

RTS ON

at

All Times

That

DTR is ON

c=Diode

left

in.

c»

Diode

cut

and removed.

* Factory installed.

Page 54

R46,

bO

=

*

c»

R46, b1

=

*

c»

R46, b2

=

*

c»

R46, b3

=

*

c»

R45, b1

c»

=

*

R45, b2

=

*

R45, b3

=

*

c::X=J

R45, b4

=

*

c»

ISS

2,

SECTION

582-202-200

410734

Diode

Matrix Circuit Card

(Cont)

168.

Future

Use

R45,b5

a.1

All

Present

Applications

=

*

b.J

Possible

Future

Use

¢

169.

Future

Use

R45,

b6

a. I

All

Present

Applications

=

*

b. I

Possible

Future

Use

¢

170.

Space

Extension

R45,

b7

a. I

Single Space

on

Space

Character

=

*

b. I

Three

Spaces

on

Space Characters

~

17l.

Selection Formats (PAD and SYN Characters Omitted)

R44,

bO·h7

a.

Point-to·Point Private Line/Switched-Network Without Terminal Identification

Providing Device Selection - E

A

S D

¢

(Notes

1,2,3,4,5)

NfC0]T

C

hO

Q K

X

n

b.

Point-to-Point Private Line/Switched-Network Without

9¢l

Terminal Identification

or

E

A

S

(Notes

2,3,4)

Device Selection -

N

fc

01T

hI

Q

K

X

c.

Multipoint Private Line Providing Device Selection -

¢

0(

If

E

A

S

(Notes

1,2,3,4,7)

h2

N

[C

01

T

Q

K

X

d.

Multipoint

Private Line WithOl:t Device Selection -

¢

0(10(2E

A

S (Notes

2,

3,4,6,11)

N

[ala2C

01 T

b3

Q

K

X

e.

Switched-Network With Terminal

Identification-

Providing Device Selection -

0( A 0(

B E

A

S D

c»

(Notes

1,

2,

3,

4, 5,

10)

N

[aIa2C

01

T

C

b4

Q

K

X

n

f.

Switched-Network With Terminal_Identification; Without Device Selection -

0( A 0(

B E A

S

(Notes

2,

3,4,10)

¥

N f a

1

a2C

01

T

b5

Q

l(

X

g.

Multipoint Private Line With Device Selection -

¢

0(10(2ftE

A

S

(Notes

1,2,

3,4,6,8)

N

[C

01

T

b6

Q K

X

h.

Switched-Network

Providing Device Selection and

Security Identification

-

0( A 0(

B

Al

Bl

Cl

E

A

S

D

9¢J

(Notes

1,

2,

3,

4,5,

9)

N

f 0'10'2 A 2 B 2 C 2 C

01

T C

b7

Q

K

X

n

See Paragraph 5.

FIELD

OPTIONS AND

DESCRIPTIONS,Pages

18

and

19,

Option

i 71

for

Notes.

=

Diode

left

in.

~

Diode

cut

and

removed.

*Factory

installed.

Page

55

SECTION 582-202-200

410734

Diode Matrix Circuit Card (Cont)

172.

Future Use

a.J

All Present Applications

b.

I

Possible Future Use

173. ETB a.

Block Terminator

b.

Block Terminator, Executes

Printing a Line, Executes

Vertical Tab

ESC Sequence (or NL

if

None)

or

Terminates a Horizontal Tab Setting Sequence.

174. ETX a.

Block Terminator

or

Terminates Horizontal Tab

Setting Sequence

b.

Block Terminator, Terminates Horizontal Tab

Sequence,

Executes Printing a Line

or

Executes Vertical Tab ESC

Sequence

(or

NL

if

None).

175. ITB

a.

Intermediate Block Terminator

b.

Block Terminator, Executes Printing a Line, Executes Vertical Tab

ESC Sequence (or NL

if

None)

or

Terminates Horizontal Tab Setting Sequence.

176. LINE FEED/NEW LINE a.

Executes Printing a Line, Executes Vertical Tab

ESC

Sequence

(or

NL

if

None)

or

Terminates Horizontal

Tab

Setting Sequence.

b.

SPACE Only

177.

RS

or

IRS (EBCDIC)

a.

Executes Printing a Line and Executes Vertical Tab ESC Sequence (or NL

if

None)

b.

SPACE Only

L 178.

Immediate

WACK

I a. I

Disabled

I b. I Enabled

179.

WACK/Buffer Cdntrol

a.

I

WACK

Respon~

Enabled, Multiple Block Buffer

b.

I

WACK

Response Disabled, Single Block Buffer

= Diode left in.

* Diode

cut

and removed.

*Factory installed.

Page 56

R46;b7

=

*

r»

R47,bO

=

*

c»

R47,

b1

=

*

9¢l

R47,b2

=

*

9?

R47,

b3

=

*

9Q

M7,b4

=

*

R47,

b5

=

*

CX=I

R47,

b6

= *

~

410734 Diode Matrix Circuit Card (Cont) .

1 180.

I a. I I

b. I

181. a.

I

b.J

182. a.

I

b. I

183. a.

I

b. I

184. a.

I

b. I

185. a.

I

b·1

186. a·1

b.1

187. a.

I

b. I

188. a.

I

b. I

Future

Use

All Present Applications

Possible Future

Use

Future

Use All Present Applications Possible

Future

Use

Future

Use

All Present Applications

Possible Future

Use

Future

Use All Present Applications Possible

Future

Use

Future Use

All Present Applications

Possible Future

Use

Future

Use

All Present Applications

Possible

Future

Use

Future

Use

All Present Applications

Possible Future

Use

Future

Use

All Present Applications Possible Future

Use

Future

Use

All Present Applications Possible Future

Use

=Diode

left

in.

C»Diode

cut

and removed.

*Factory

installed.

ISS 2, SECTION 582-202-200

I R47, b7

I = *

I

~

R48,

bO

=

*

R48, b1

=

C)¢:l

R48,

b2

=

*

C)¢:l

R48,

b3

=

¢

R48,

b4

=

~

R48,

b5

=

'*

R48,

b6

=

¢

R48,

b7

=

C)¢:l

*

fage

57

SECTION 582-202-200

410733

Controller Circuit Card

o

DDTIDDDOD

~';I!

"'00"

,~..

DO

00"

~

18

D

'.200M

ci

SWI

J 4 3"0" D D

'"

001

c..

"00",

D

110.00 ) 4 c:;

IOcol~

B

~18g

Il,gg~

'1~.801

0

liLgo.~

i

,00

iOQa

IT

CO'4~CO

17.(104

'IICOI

-

FoOl

,,.C02,

0 .

..

co

I

Cal

J3

STRAP

19

STRAP

18

~I~I

SW1

189.

Receiver Clock Control

1

2 3

4

a.1

Rec. Clock from Associated

Data

Set

- -

0

•

*

b.J

Rec. Clock Generated Internally

- -

•

0

SW1

190. Transmitter Clock Control 1

2

3

4

aJ

Trans. Clock from Associated

Data

Set

0

•

-

*

b·1

Trans. Clock Generated Internally

•

0

- -

CUT STRAP

Ground Connection

18 19

a·1

Frame Ground Connected

to

Signal Ground

NO

b·1

Frame Ground

Not

Connected

to

Signal Ground

YES

*

SW2

Note:

SW2

along

with

SW3

and

SW

4 are

reserved for future use.

Note: Where a longer

than

normal

408065

cable

for

connecting ROP and

data

set

is

used, and when

electrical noise is a problem, the frame ground

to

signal ground connection

may

be broken

at

the

ROP

(Option

b)

and

tied

together

at

another

point

(as

at

the

data

set).

See Legend

for.,

0,

-,

and *

under

Option

17,

Page 34.)

Page 58

ISS 2, SECTION 582-202-200

ACTIVATING DATA SET OPTIONS (Refer

to

the

following tables for

the

applicable data set options.)

ASSOCIATED TELEPHONE

(When Required)

FEATURE

OPTION

OdBm

ZA

- 1 dBm

ZB

-

2dBm

ZC

-

3dBm

ZD

-

4dBm

ZE

-

5dBm

ZF

-

6dBm

ZG

- 7 dBm ZH

Transmit Line -

8dBm

ZI

Signal Level

-

9dBm

ZJ

-10

dBm

ZK

-11

dBm

ZL

-12

dBm

ZM

-13dBm

ZN

-14

dBm

ZO

-15dBm

ZP

Line

I

600

!!

ZQ

Impedance

I

900

!!

ZR

Compromiset

IN

ZS

Equalizer

OUT

ZT

Carrier ON I

-24

for PL

ZU

Sensitivity

I

-44

for DDD

ZV

DATA SET 201C

TABLEH

DATA SET 201C OPTIONS*

STRAPPING

ON

DIGITAL

REMOVE

STRAPPING

ON

ANALOG

BOARD

RED

STRAPS

IJ81

CPI

BOARD

IJ82

CPI

FOR

PROVIDE

INSTALL

RED

STRAPS

INSTALL

RED

STRAPS

OPTION

27 -28, 29-30, 31-32, 33-34

ZP

19-20, 29-30, 31-32, 33-34

ZO

27-28,21-22,31-32,33-34

ZN

19-20,21-22,31-32,33-34

ZM

27-28,29-30,23-24,33-34

ZL

19-20, 29-30, 23-24, 33-34

ZK

27-28,21-22,23-24,33-34

ZJ

19-20,21-22,23-24,33-34

ZI 27 -28, 29-30, 31-32, 25-26 ZH One Per 19-20,29-30,31-32,25-26

ZG

Station

27-28,21-22,31-32,25-26

ZF 19-20,21-22,31-32,25-26

ZE 27-28,29-30,23-24,25-26

ZD 19-20,29-30,23-24,25-26

ZC 27-28,21-22,23-24,25-26

ZB 19-20,21-22,

23-24, 25-26

ZA 16-17 ZR

One

Per

17-18 ZQ

Station

8-9,11-12

ZT

One Per

9-10,12-13

ZS

Station

ZV

One

Per

1-2

Station

Page 59

SECTION 582-202-200

TABLE H (Cont)

DATA SET

201C OPTIONS*

STRAPPING ON ANALOG

BOARD

STRAPPING ON

DIGITAL

REMOVE

FEATURE

OPTION

lJB1 CP)

BOARD

(JB2

CP)

RED

STRAPS

PROVIDE

FOR

INSTALL

REO STRAPS

INSTALL

RED

STRAPS

OPTION

Not

Used

YA

20-21

YB

New

Sync

One Per

Customer- YB 19-20

YA

Station

Controlled

Transmitter

INT

YC

YD

One

Per

Timing

EXT YD 13-14

Station

RDY

and

DTR

Control

or

Automatic

N

at

Provided YE

YF

One

Per

Answer

DTR Control

YF

17-18

Station

Only

Ring

Indic.:ation

EL\

YG

22-24

YH

One

Per

On Customer

Station

lnterfact?

Contact

YH

22-23

YG

Use With DAS

Yps

YI

YJ

One

Per

828-Type

No YJ 15-16

Station

Grounding

Common

YK

25-26

One Per

Option

Not Common

YL YK

Station

X,\

35-36

1-3,4-6,28-29,

11-12

Note

1

Type

of

4 Wire PL

XB

35-36

1-3,5-6,28-29,11-12

Note

2

Operation

XC

35-36

2-3,5-6,28-29,11-12

Note

3

One

Per

and

Clear-

to-Send

2-Wire

DDD

XD 4-5

1-3,4-6,27-28

Note

4

Station

Delay

2-Wire PI. XE

4-5,35-36

1-3,4-6,133-134,

Note

5

11-12

"'

DO NOT REMOVE ANY BLACK TEST STRAPS. t Use

option

ZS

for all installations.

Note

I,

Remove

red

straps: 4-5

on

JB1 CP; 2-3, 5-6, 27-28,

133-134

on

JB2

CP

Note

2,

Remove red straps: 4-5

on

JB1 CP; 2,3, 4-6, 27-28,

133-134

on

JB2

Cp

Note

3,

Remove red straps: 4-5

on

JB1 CP; 1-3; 4-6, 27-28,

133-134

on

JB2

CP

Note

4:

Remove red straps: 35-36

on

JB1 CP; 2-3, 5-6, 28-29, 11-12,

133,

134

on

JB2

CP

Note

5: Remove red straps:

2-3,5-6,27-28,28-29

on

JB2

CP

Page

60

ISS

2,

SECTION 582-202-200

~zzv

= ,

ASSOCIATED TELEPHONE

(When Required)

TABLE I

DATA

SET 20SA-L1A

DATA SET 20SA-TYPE OPTIONS

FEATURE OR OPTION

SWITCH*

DSR ON in AL Mode

SIA

DSR on- in AL Mode

(See

Note)

I-

No

Comp

Equalizer

Test

SIB

Comp

~;qualizer

Test

Enabled

(See Note)

Continuous

Requf'st-to-Send

SIC

Swikhed

Request-lo-Send

S2At

No

Equalization

S2Bt

S2C

Z

S2At

0

1=

Amp

and

Delay

(SymH

S2B

..:

S2C

N

:i

S2A

..:

Amp

and

Delay (IIi

End)

S2B

;:J

0-

S2C

Oil

S2A

I

Amp

and

Delay

(Sym + Hi

End)

S2B S2C

Transmit

Externally

Timed

S3A

Transmit

Internally

Timed

Retrain

Automatically

*

S3B

Retrain

Not

Used

DAS

is Used

S3C

DAS

Not

Used

l-Sec

Holdover

Disable

S4A

I-Sec

Holdover

Continuous

Carrier

S4B

Switched

Carrier

New

Syne

Used

by

Customer

S4C

New

Syne

Not

Used

by

Customer

t

Switch

may

be in either

position.

~:

Always use

when

optioned

for

continuous

carrier operation

(84B

up).

~

This

option

must

always

bt>

installed.

Note:

This

option

is

not

available

on

DS

208A-Ll.

SWITCH

OPTION

POSITION

DESIG.

Up

YM

Down

YN

Up

YQ

Down

YR

Up

YS

Down

YT

ZT

Down

Up

ZS

Up Up

Down

ZU

Up

Down

ZV

Up

YD

Down

YC

Up

YU

Down

YV

Up

YI

Down

YJ

Up

YW

Down

YX

Up

XB

Down

XA

Up

YB

Down

YA

Page

61

SECTION 5B2-202-200

ASSOCIATED TELEPHONE

DATA SET 20BB-Ll

TABLEJ

DATA SET 20BB-TYPE OPTIONS

FEATURE

OPTION

SWITCH

"50"

SlA

SlB

SlC

S2A

S2C

S3A

S3B S3C

BUTTON

o dBm ZA* Down

Up

Down

Up

-

-1

dBm

ZB Down

~

Down

-2dBm

ZC Down

Up Up

Up

-3

dBm

ZD Down

Up Up

Down

- - -

-4

dBm

ZE Down Down Down

tl!!.

-5dBm

ZF

Down

-6dBm

ZG

Down

Down Up

Up

Transmit

Line

-7

dBm ZH Down

Down

Up Down

- - -

Signal Level

-8

dBm ZI

Up Up

Down

tl!!.

-9

dBm

ZJ

Up Up

Down Down

- - -

-

-10

dBm

ZK

Up

Up Up Up

- -

-11 dBm

ZL

Up

Down

-12 dBm ZM

Up

Down

Up

-13 dBm ZN Up

Down

- - -

-14

dBm

ZO

Up

Down

Up Up

- - -

-15

dBm

ZP

Up

Down

Up

Down

Compromise

IN ZS*

-

Up

- -

Equalizer

t

OUT

ZT

-

- -

Down

DSR

in

Analog

ON

YM

-

Up

-

- -

Loop

Mode

OFF

YN*

-

Down

MAN. YO

- - -

liP

Answer

AUTO

yp*

Down

Transmitter

EXT. YD

tl!!.

Timed

INT.

YC*

-

Down

RS-CS

50

MS

D~essed

Interval++

150MS

-

- - - -

Released

*Factory

installed.

tCompromise

Equalizer

should

always be

in.

++

If

not

specified

on

service

order;

install 50 msec. interval.

Page

62

ISS 2, SECTION 582-202-200

REMOVE

OPTIONt

SWITCH

WA

83

WB*

82

we

83

WD*

82

WE

82

WF*

82

WG

82

WH

82

ViI

86

WJ*

86

WK*

HI

WL

HI

WM HI WN*

81

WO

HI

WP*

8:1

WQ

83

WR

81

WS*

81

WT

81

XF

Sf>

XG*

oS!')

XH

Sf>

XI

Sf>

YC*

SI';

YD

S(;

YI*

S3

YJ

86

YM

H6

YN*

S;,

YW

S!)

yx*

ss

*

Factory

in

...

tallf'd.

JACK

POSITION

2

or

3

lor

:3

lor

2

7

or

Ii

6

or

Ii

6

or

7

6or7orH

30r7orH

:3

or 6 or

Ii

3ur6or7

DATA SET 209A-Ll

TABLE K

DATA

SET 209A-Ll OPTIONS

INSTALL

JACK

SWITCH

POSITION

FEATURE

82

Elastic

Store

Enable

1 IN

83

Elastic

Store

Enable

lOUT

82

Elastic

Store

Enable

2 IN

83

Elastic

Store

Enable 2 OUT

82

Elastic

Store

Enable

3 IN

82

Elastic

Store

Enable 3 OUT

82

Elastic

Store

Enable 4 IN

82

Elastic

Store

Enable""

OUT

86

Slave

IN

86

Slave

OUT

81

Compromise

Equalizer

Receive

Slope

IN

81

Compromise

Equalizer

Receive

Slope

OU

81

Compromise

Equalizer

Receive Phase HI

81

Compromise

Equalizer

Receive

Pha:-;e

OUT

81

Compromise

Equalizer

Receive Phase LO

8:1

Compromise

Equalizer

Trmtr

Slope

IN

83

CompromiJ.;e

Equalizer

Trmtr

Slope

OUT

81

Compromise

Equalizer

Trmtr

Phase

HI

81

Compromise

Equalizer

Trmtr

PhaJ.;e

OUT

81

Compromi:,;e

Equalizer

Trmtr

PhaJ.;('

LO

S5

4 W

Switched

Carrier

and

Auto

Retrain

S!)

·1

W

Continuous

Carrier

and

Auto

Retrain

Sf)

·1 W Switched

Carrier

and

No

Auto

Retrain

85

·lW

Continuous

RS

and

Auto

Retrain

86

Internal

Timing

86

External

Timing

86

DAS

1'121'1-

or

H29-type

Used

83

DAS

K2H-

or

H29·type

Not

Used

85

DSR

ON

in

Analog

Loop

Mode

86

DSR

OI<~F

in

Analog

Loop

Mode

S!)

l-Second

Holdm'er

OUT

85

I-Second

Holdover

IN

PROVIDE

One

Per

Station

One

Per

Station

One

Per

Slation

One

Per

Station

One

Per

Station

One

Per

Station

One

Per

Station

One

Per

Station

Ont'

Per

Station

One

Per

Station

One

Per

Station

One

Per

Station

One

Per

Station

One

Per

Slat

ion

t

If

this

data

st't

is

the

firsl

dal<1

set

209A·Ll

to

be

installed

in

the

system,

options

WK. WN. WP,

and

WS ~ be

installt'd.

Page

63

SECTION 582-202-200

7. FINAL ASSEMBLY

7.01

Opcon Assembly for

Tabletop

Arrange-

ments (Fig.

28):

(a) Plug

connector

P40

(406192

cable assem-

bly)

into

40K003jAAB

Opcon.

(b)

Push

opcon

ground

strap terminal

onto

cabinet terminal

tab.

(c) Slide

left

or

right latches

down.

(d) Engage left

and

right guides

into

slots.

(e)

Slide

left

and right latches

upward

into

latched position.

Warning: Check that opcon

is

firmly attached

on

both sides before releasing hold.

Note:

The

opcon

for

the

forms access arrange-

ments

is

mounted

on

the

front

panel

of

the

cabi-

net.

406192

CONNECTOR P40

CABLE ASSEMBLY

Fig.

28-0pcon

Assembly

7.02 Controller Assembly (Fig. 29)

(if

controller is removed

for

reoptioning):

Warning:

Take the proper ground precautions when handling the integrated controller,

as

discussed

in

1.03.

(a)

Remount

the

410734

diode

matrix

circuit card.

(b) Replace cover plate

with

four

screws.

SCREWS

COVER

PLATE

Fig.

29-40C303ACj003

Controller Assembly

Page

64

7.03 Assembly

of

Controller Into Cabinet

Table Mounted Cabinet

ISS 2, SECTION

582-202-200

(a) Located controller in

bottom

of

cabinet. Use EIA cable connector as a reference.

(b)

Plug in P3 (EIA), P5 (SSI), P21 (Power) and P6 (Opcon) connectors.

P3

J21

Fig.

30-40C303ACj003

Cable Connections

(c)

Push controller against capacitor bracket so

that

rubber isolators prevent controller from moving

freely. Rubber isolators

must

not

be pushed

out

of

position and

the

metal around

the

isolators

must

not

touch

the

circuit card.

(d) Replace paper chute. Tighten

two

nuts securing paper chute.

Page 65

SECTION 582-202-200

Forms Access

Cabinet

(a) Locate 40C303AC/003 controller in controller cover. Remount two brackets; secure brackets with

four screws (Fig. 31).

BRACKET

Fig.

31-Assembly

of

40C303AC/003 Controller

(b)

Plug in P3 (EIA), P5 (SSI), P6 (Opcon)and P21 (Power) connectors (Fig. 32).

Fig. 32--Controller Connectors

Page

66

ISS 2, SECTION 582-202-200

(c) To assemble controller cover with controller

to

forms access cabinet engage upper mounting

screws

of

cabinet in upper (longer) slots

of

cover; slide cover up

to

limits

of

slots and engage lower

slots with mounting screws, slide cover down. Tighten four screws (Fig. 33).

CONTROLLER

COVER

Fig.

33-Controller

Assembly

Page

67

SECTION 582-202-200

7.04

For

installation

of

printer into printer cabinet refer

to

Section 582-210-200, Issue

3,

(plus

addendum)

or

later.

7.05 Data Set Connection: After

the

data

set has been optioned,

connect

to

the

Integrated

Rap

Set

(Fig. 34,

35,

36).

J

~

SIGNALLINE

<p

5=l-

DATASETCABLE*

AC 201C-Type Data Set

"J~iLAC

LINE

~ATA

SET

CABLE*

DATASET

CABLE*

--------------

I~

208-Type Data Set

LIn

~

"GNALy~1

DATA

"'I'

=

~::-Sb'T

CABLES* CABLES*

209-Type Data Set

*Data Set Cables

408065 408066 408067 408068

7

Ft

12

Ft

25

Ft

50

Ft

Fig.

34-Data

Set Connection - Tabletop Cabinet

AC POWER CABLE

(Connected

to

Properly

Grounded

AC

Outlet)

EIA Connector (Connector mounted inside

of

cabinet.)

Page

68

408065

DATASET

CABLE

AC

POWER CABLE

(Connected

to

properly

grounded ac outlet)

Fig.

35-Data

Set

Connection --Forms Access Printer

Cabinet (Data Set Internally Mounted)

ISS

2,

SECTION 582-202-200

TELEPHONE

(If

Present)

Data Set Cables 408065

408066 408067 408068

7Ft

12

Ft

25

Ft

50

Ft

EIA Connector (Connector mounted inside

of

cabinet.)

AC POWER CABLE

(Connected

to

Properly

Grounded

AC OuIet.)

Fig.

36-Data

Set

Connections -

Forms

Access Printer

Cabinet

(Data

Set

Externally Mounted)

7.06 Station Feature

and

Option

Record: A record should

be

made

of

all ROP station options installed

on

BSTSEA W-Plans, W-40PTR

and

W-4RPXA.

For

recording

data

set

options

refer

to

the

appro-

priate

data

set

BSP section.

The

option

record should

be

associated with

the

station.

It

may be placed

inside

the

pedestal

if

one

is present.

7.07 Install

ribbon

and

paper

following instructions in Section 582-210-200. Make

any

adjustments

for

number

of

plies

of

paper

used,

form

out

belt

settings, etc.

at

this time.

7.08

Test

the

station off-line

and

on-line per Section 582-202-500.

Page

69

Pages

.l:S1!OLL

i::iYi::iT1!OM

l'.l:tJ\l,;Tll,;~i::i

AT&TCo Standard

0.£1\..1

J.

J.VJ.'1

uo~-~v~-

....

vv

Issue 2, December

1980

1.

2.

INTEGRATED

SYNCHRONOUS "DATASPEED*" 40 RECEIVE-ONLY PRINTER STATION

WIRING DIAGRAMS

CONTENTS

PAGE

GENERAL

.....................

1

WIRING DIAGRAMS

.............

2

INTERCONNECTING DIAGRAM FOR DATASPEED

40

ROP TABLE-

TOP TERMINAL

WITH

INTEGRATED

SYNCHRONOUS CONTROLLER

...

2

INTERCONNECTING DIAGRAM

FOR DATASPEED 40 FORMS ACCESS ROP

WITH

INTEGRATED SYNCHRONOUS CONTROLLER 40C303AC/003 (USOC 4EQS+)

.....

6

40P154/ZZ AND 40P253/ZZ 80-COLUMN

TRACTOR FEED

PRINTER

......................

10

40P202 132-COLUMN TRACTOR FEED

PRINTER

.......

12

CABLE ROUTING FOR TABLETOP TRACTOR FEED CABINETS EQUIPPED WITH MODIFICATION KIT

406190 (FOR 40C303AC/003

CONTROLLERS)

................

14

CABLE ROUTING FOR FORMS

ACCESS

CABINET EQUIPPED

WITH

MODIFICATION KIT

406372 (FOR 40C303AC/003

CONTROLLERS)

. . . . . . . . . . . . . . . .

16

408065-408068 DATA SET

CABLE........................

17

1. GENERAL

1.01 This section provides simplified schematic wiring diagrams and cable drawings for

Integrated Synchronous

DATASPEED

40

Receive-Only Printer (ROP) Stations.

It

is

intended

to meet

the

needs

of

field maintenance personnel. Schematic wiring diagrams for associated data sets are contained in

the

appropriate BSP sections.

1.02 This section

is

reissued

to

include infor-

mation pertaining

to

FORMS ACCESS

arrangements. Since this reissue

is

a general revi-

sion, no revision arrows have been used

to

denote

significant changes.

Note:

When

ordering replaceable components,

unless otherwise specified, prefix each

part

number with the letters

"TP"

(ie, TP410055).

*Registered Trademark

of

AT&TCo.

Prepared for American Telephone and Telegraph Company

by

Teletype Corporation

1980

by

Teletype Corporation

All

rights reserved

Printed in

U.S.A. Page 1

2. WIRING DIAGRAMS INTERCONNECTING DIAGRAM

FOR

DATASPEED 40 ROP TABLETOP TERMINAL WITH

INTEGRATED

SYNCHRONOUS CONTROLLER 40C303ACj003 (USOC 4RPX+ (80 Column)

OR

USOC 4RRX+

(132

Column» (Continued

on

Pages 3

and

4)

Page 2

"

,.

,~,

JU3-

t:. -,

.1oIl(

~

'~

II

T~'ANS'

TI~O

!

q=±:t

'3~

:

2>-f--+7

P~111~

I.T=~\'r"J.":Tt

JI:'4~

~:":~DCI

:~

;;t::utr

NCE

:

~

PAPER

OUT/JAM

I)

FOR

MORE

I3ill'1

1!5

PRINTER DETAIL

i)(~~

SEE

FIGS. !

AND

4 .Ii

r

JII4

3

!

PI!'

~

~;~~~

m

rmJ0x;tox/

TfiACTOR FEI!D ..

PRINTER

PIIS

15

PII3"

j'

.

~:~

000

TP403890rJL=~===~g~~~~~

co,..

CABL.E

xxo

I I

,

'~Ht=-

I

W

•

s

A

•

c

0

•

1P406115

CABLE-

~

;~

I~----~~-

~~:~.~~~~~~~~~~~~~I~----------~8~D3DC=~=LD==.=D~~-D-':1

n

·

F

G

• H

t~

I

BL

P6

PI~3

16

DODD

0000

~~JI"4W'

5 I W-Y

8 I

81(-0

4 I

SK-al

3 I

81<

2 I

8K-II

I) : W-R

15 I 13

-=-

-

--

1315

8

'4

T

•

,

"

,

12

I

'0

~

•

y

,

0

2

"

•

14

T

·

,

"

,

12

, '

,

'0

, 2

,.

":~I

,~Iiiii

iiiiiiiiiiiiiilL

I

,

2

,

I

4

S

p',

TP 406192-

CABLE

-

P40

16

P40

00.0.000 00000000

J40

• MALE PIN

o 0 FEMALE

x

~

NOT

PRESENT

,OR

PRESENT

AND

UNWIRED.

•

POLARIZING

PLUS IN

LIEU

OF PIN.

U U

ALAR

pou.

IN

TEST FUTURE

USE

SEL

SERVICE

USE

40K003

AC/003

OPCON

Fig. 1

INTERCONNECTING DIAGRAM FOR DATASPEED 40 ROP TABLETOP TERMINAL WITH INTEGRATED

SYNCHRONOUS CONTROLLER 40C303AC/003 (USOC 4RPX+ (80 Column)

OR

USOC 4RRX+ (132 Column» (Cont)

TO

TP40806!5 -408068

EIA CABLE

TO

DATA

SET

A

40C303

Actooa

CONTROLLER

Fig, 1 (Cont)

Page

3/4

USb

Z,

b]!;l;TIU1'l

OlSZ-ZUZ-4UU

INTERCONNECTING DIAGRAM FOR DATASPEED 40 ROP TABLETOP TERMINAL WITH INTEGRATED

SYNCHRONOUS CONTROLLER

USOC

4RRX+ (132 Column» (Cont)

40C303AC/003 (USOC 4RPX+ (80 Column)

OR

40CAB351/ZZ+

TP406190

Z6

50

40CAl'53/ZZ

+TP406190

IS8SS8aggSgggggggggggggSggi

PI,PIO

2>

,

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888898~8998981

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1P410735

~

..

POWER SUPPLY

FUTUREUSE~

"

I

IS

+-

FUTURE

USE

CIRCUIT

CARD

I

FUTU"EUSE~

"

I

n~FUTURE

USE

4CKlJO

CAlLE

ASIEMBLY

40C303

AC/003

CONTROLLER

Fig, 1 (Cont)

Page

5

SECTION 582-202-400

INTERCONNECTING DIAGRAM FOR DATASPEED

40

FORMS ACCESS ROP WITH INTEGRATED

SYNCHRONOUS CONTROLLER 40C303AC/003 (USOC 4EQS+) (Continued

on

Pages

7/8

and 9.)

Page 6

4Otse.4.c.

DIST.

BOX

CONVENIENCE'i;

OUTL£TS-~

I

!gr

POWER

ON SWITCH

tlNO

LAMP

'200

~4~

i

h

r---------.;l----,

r--------,

1

~~rJ

!~;;~£

.K

PAPER

I

r

L.

J

..

rrn,q~~~.,

IiI

~

i

-n';"-n

:::'4

L

t--+

J

~-HtT~

I

~·IL

ALARM

rA~'

, ,

!

~i

L.1J

<"

"

CD

>-m

a::

I

I",

II

:t: :t:Jo::;

l!J:

....

_______

, "

:~1:'5

I

4064Z4

~?~<I=I

1:fjFf:I=I=fl::J:::I=P-CA8LE

rJ==~==~~~~",;'d:

~'i

NOTES'

t.

CONNECTOR

PINS

.MALE

OCFEMALE

,~l"

I

SI

I I G

40637e

CAELE

0 1

"

.K

I.---------+l--"--'---F

13

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GIG

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15 I 15

XX,

xx~

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) PII4 '

406377

CA8LE

:s

J;IS

~

12

'

13,

1

,,0

~.

'~~06446

;1if'D-'~-l

,~lW;

tHO:

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00'1

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• ,

(SHOWN

WITH PAPER

SUPPLIED)

I "

I

.:

: I

I

I~

, I •

.'~I'

RP7o~I'

Y "

G "

o ,

P'

40.,78

CABLE

-

P40

13115 B 14 7 915

II 3 12 1 10 2 16

40K005AAC

OPCON

\

00.0.000Ip40 000000001'

I.

.

" .

\

•••••••

·1,40

•

•••••

1

x

1~6NL:~Tz':~SE~CU~RI:Rc.~~N6F

A~~N

UNWIRED

2.

PRECEDE

ALL

PART NUMBERS WITH

"TP"

Fig. 2

ISS 2, SECTION 582-202-400

INTERCONNECTING

DIAGRAM FOR DATASPEED 40 FORMS ACCESS ROP WITH INTEGRATED

SYNCHRONOUS CONTROLLER 40C303AC/003 (USOC 4EQS+) (Cont)

~

...

, .

: .

~

..

. . .

~

; :

~

, .

u • :

c

••

w~

401065 -401068

flA

CABLE

TO

DATA

SET

"

,----t-----------------------------------------------------------------,

. .

" "

1 1

NOTES

)

CONNfC'fOR

PI

NS

• MALE

00

fEMALE

XIBIPIN

NOT PRESEt4T OR

PRESENT

AND

UNWIREO

• POLARIZING PLUG

IN

LIEU

Of

2 PRECEDE ALL PART NUMBERS

ITH

"TP"

Fig. 2 (Cont)

Page

7/8

ISS 2, SECTION 582-202-400

INTERCONNECTING DIAGRAM

FOR

DATASPEED

40

FORMS ACCESS ROP WITH INTEGRATED

SYNCHRONOUS CONTROLLER 40C303AC/003 (USOC 4EQS+) (Cont)

.

"

s

410735

POWER

SUPPLY

CIRCUIT CARD

4QlAB30?!Z7

...

41,)63T2

.

~

g8BS8BSggggggg8g8gggggggg

,

PZ,Pzo

40C303AC/003

CONTROLLER

Fig. 2

(Cont)

Page 9

SECTION 582-202-400

40P154/ZZ

AND 40P253/ZZ 80-COLUMN TRACTOR FEED PRINTER

C'

9 '.lAC

POWER

FOR

ASSOCIATED

AC

COMMON

CONTROLlER 9 YAC

14.~

VAC

Jill

Jlt7

I.

COVER ASSEMBLV

"00

..

SL-BL

MO

...

-I

PlOD

I

!

I I I

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t------i,-<

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(2

11

W

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14

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,

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rh-L~_:~~I

-r

'4~:AC""

I'

L..

________

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~~~

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,

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4

"

,

.

E~R

~

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--1f.-

4

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S_'-_"

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2

>-+:==-:;;==1==========;-1

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-

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II

I

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:Jt'iI)I

i : i I

iii

III

rt1

PAPER

LOADEDI

r

----{--}-

--

-+-l-}~-l-

-~-1-1-----

--

--B---B----

! 9 8 1

10 I 141316

La

1817

12

If

t 2 :\ 4

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>

{

APER

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TO

LAMP E 2 t I

<26

f-t-PAPlR

OUT/JAM III: 0 0 ;

~

~~:I;D~O~';:~

~!:

I

~~:

tt.:~:I~D~O~~

~...

101

PII.

TO

FORM

OR

PAPER

ADVANCE

( I : ( 23

~FORM/PAPER

ADV.{LOCALI

C:U

INTERLOCKED

l:r~~~

~:

1 I

~:~

tt::;~O~N

~~D)

MAIKT

IONl

IJillTERlOCKEO

MOTOR

ON

(!:

: (

22

+INT.

MOTOR

ON

1 I

COD

OOLUIIINS

79

2

EVEN

COW

10

1

f'OftMf'ROIICA8INET

(91

1

(20

-E--rf'ORMFROIIICA8.

J,

___

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_____ L_

..

__

I~

___

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NOT

USED

( I I

<19

~NOT

USED A A

A. A.

[.

':'

__

::.'_~:_'.'.~:,~

PI09

~J~'O~':':::'~~-;::~J~'t

~Z;:==[~84,q4~,,:ji:~Ii1't_==~4'b4~'=::::-

~

,,-

~~-

~~~J

~-

-

-It:~~~I~J''

4OP154/ZZ OR 4OP253/ZZ

PRINTF..R

400001

MAGNET

BANK

A.SEMall'

Note: Grounding Option - Inserting Option Screw A

on

component

side

of

410151 circuit card connects

-24

V dc circuit common

to

chassis. Inserting Option Screw B

on

component

side

of

410151 circuit card

connects -24

V dc circuit common

to

+11.3 V

dc

circuit common. Inserting Option Screw A

or B into

noncomponent side

of

card leaves connection open. Refer

to

Option 61.

Fig.

3

Page

10

ISS

2,

SECTION 582-202-400

40P154/ZZ

AND 40P253/ZZ 80-COLUMN TRACTOR FEED PRINTER (Cont)

~

10:

..

"06--1--

-J-

--J-

PIO.--~

fLAG

TCA-3

115100 IISIOI

JIOl

I

-24VDCFORLOGIC+

1

-24

VOC

FOR

MAGNETS

-----t7

4

..

~:~;:~::±

INTERLOCKED

MOTOR

,011+

..

II.!

voe

NOM.

UMltEG:----T-7

Fig. 3 (Cont)

PI03

I

JUS

TO

PlIINTER

SSI

CONNECTOR

LEGEND

o FEMALE PU •

•

MALE

II"N'

I(

NO

ptN

PRESIENT

Page

11

SECTION 582-202-400

40P202jZZ 132-COLUMN TRACTOR

FEED

PRINTER

(

'"'

'"

POWER FOR 9

VAC

ASSOCIATED AC

COM"'O~

CONTROLLER 9

VAC

14.5

VAC

""Jffj

I

' , 3

"

rh-L~_:~~'

I

411..

SL-BL

JII3

JII7

PII7

~

rvvI

PIOO

I

i

" , r

~~'

, , r '

I'

: 6 2

aVAC

145

VAC

:7

3

L-

__________________

_

~--------<

4

9VAC

,

(

:5

JI16

PIIS

5

~~r<''''';''=''-'

t!:=~============

rEgNfM

~ I ~:---------t---------Sll

SW-5

~

2

>-i=::-:;;==I======

~2~~

1<

'-1~~!iED

*'~l'~":::":::":::'t=======;-l

~~S_TI

*_"-_+

___

---'_-,

Note

1:

Grounding Option - Inserting Option Screw A on component side

of

410151 circuit card

connects -24 V dc circuit common

to

chassis. Inserting

Option

Screw B on component side

of

410151

circuit card connects -24 V

dc

circuit common

to

+11.3 V dc circuit common. Inserting either screw

into

noncomponent side

of

card leaves connection open.

Note 2: Pins 1 and

68

of

the

410650 magnet

bank

assemblies will be connected

to

magnet ground.

Fig. 4

Page

12

40P202/ZZ 132-COLUMN TRACTOR FEED PRINTER (Cont)

----

-J

lIrllfF.'

5 s

2B29~03l321334353Ei37

~3940

------

--T-TH-T-T-H-i-i-i-H-Tl-"'"

HBii!H~;I"n

~

OEM

INTERFACE

,~,--1--1---1--J-

"o'--sr---~

M$IOO

¥SIOI

410072 PRINTE/l LOGIC CIRCuIT

CARO

~I

":"'

''1'

-24

VDC

FOR

LOGIC-----r-?

3 I

-24VDCFORMAGNETS7!

I

LlMITE~O~2,~VOR~~~~~=4

e

MAGNETRETURNf

t~Tt~'~~~~~~:.T;:R::.+

Fig. 4 (Cont)

ISS

2, SECTION 582-202-400

JII5TO PRINTERS51

CONNECTOR

~

o FI;MALE

X NO

PRESENT

Page

13

SECTION 582·202-400

CABLE ROUTING FOR TABLETOP TRACTOR FEED CABINETS EQUIPPED

WITH

MODIFICATION

KIT

406190 (FOR 40C303AC/003 CONTROLLERS)

4O"~O

CoUI.£

ASSEM8LYITO

PI'4}

40617.

CABLE

ASSEMBLY

406192

CABLE

ASSEMBLY

(oPeON CABL.E)

..

401111

I'OWIIt

CAM.I:

•• H ..

U

40et.,

eOHNlCTOII

"'I"'LY**

P/O

401.1.

CAPACITOIt

....

CUT

A'IIIII'LY

410734

CIRCUIT CARD

ID10DE

SOARO

1 I

II

FOR

FUTURE

USE

it

410733

CIRCUIT

CARD

---406170

CABLE

ASSEMBLY

4OCAB351/VZ

OR

4OCAB353/YZ

CABINET.

IF

CABINET

IS

4OCAllSl/ZZ

OR

4OCA135'/ZZ

IT

NUST

HAVE A

,~

X

5"

CUTOUT

IN

THE l.OWER

LEFT

REAR

CORNER

TO

ACcoMMODATE

THE

DUAl.

ElA

CONNECTOR ASSEMBLY

406189.

Note: Parts marked with a

(**)

are

part

of

Modification Kit 405190.

(View of Cabinet Base)

Fig. 5

Page

14

ISS 2, SECTION 582-202-400

CABLE ROUTING FOR TABLETOP TRACTOR FEED CABINETS EQUIPPED

WITH

MODIFICATION

KIT

406190 (FOR 40C303AC/003 CONTROLLERS)

(Cant)

PAPER

AND

FORM

ADVANCE

SWrTtH

ASSEM.

~~l-----\-'------"

I

r---

------

-----,

I

I,

,

,.,

:

403890

CABLE

o

403892

CABLE

I I ,

I I I I

l.._IU

.II,

'.0'

II

\I

II

,

~-

-r~

:

_____

~-

....

II

':::'\-=:

;::

i "

I

II

132

COLUMN

I :

CABLE

ROUT-I

'

ING.

I:

I I

--------------1

:

• I

I I

___________

LJ

1:::!:::::=:ciI~==============I--------------...J

(View

Of

Cabinet Cover)

Fig. 5

(Cant)

Page

15

iSJjj(J'l'lUN

582-202-400

CABLE ROUTING FOR FORMS ACCESS CABINET EQUIPPED

WITH

MODIFICATION KIT

406372

(FOR 40C303AC/OOa CONTROLLERS) . .

AC

POWER

CONNECTOR

40CABJ02/ZZ

g~:~~~~OiONTROLS

CABINET

PRINTER SIGNAL

CONNECTOR

~-===~-.!l

Note

1:

Parts marked with a

(tt)

are

part

of

Modification Kit 406372.

Note

2:

Parts marked with a

(§§)

are

part

of

Operator Console 40K005AAC.

Fig. 6

Page

16

408065-408068 DATA

SET

CABLE

341977

Connector

341978

Connector

~

1

I OUTER DRAIN WIRE I

1

~

2

BR

~

3

R

~

4

0

5

Y

~

6

G

~

( 7

INNER DRAIN WIRE :

P 8

~11

S

~

12

W-G

(

15

BK

~

17

I

W-BR

(

20

:

W-R

~

I

- 22 :

WoO

~

23 I

W-Y

~

25

i

BL

( :

ACTUAL WIRING

406035

14-CONDUCTOR

(Note)

CABLE

24AWG

~

406035

I

2

3 4

5 6 7

8

11

12

15 17

20

22

23 25

PART NUMBER

LENGTH

408065

7

Ft

408066

12

Ft

408067

25

Ft

408068

50

Ft

(

<

(

<

(

< <

( (

<

(

<

Note:

Number

of

conductors does

not

include inner

or

outer

drain shields.

341973

(16)

406043

(4)

Page

17

Pages

BELL SYSTEM PRACTICES AT&TCoStandard

SECTION 582-202-500

Issue

2,

December

1980

INTEGRATED SYNCHRONOUS "DATASPEED*"

40

RECEIVE-ONLY PRINTER STATION

TESTING AND

TROUBLESHOOTING

CONTENTS

1. GENERAL

...................

.

2. OPERATIONAL

CHECKOUT

....

.

GENERAL

...................

.

PRELIMINARY

CHECKS

........

.

OFF-LINE

CHECKOUT

.........

.

ON-LINE

CHECKOUT SWITCHED NETWORK SERVICE

....................

.

ON-LINE

CHECKOUT -

POINT-TO-POINT AND MULTIPOINT PRIVATE

LINE

SERVICE

...............

.

DATA

SET CHECKOUT

.........

.

END-TO-END INSTAL-

LATION

TEST

................

.

CHECKOUT

OF

RECEIVED

PRINTER

MESSAGE

...........

.

PAGE

1

1 1

2

2 2

7

11

1.

GENERAL

1.01 This section provides procedures

for

off-line

and

on-line testing,

and

all trouble-

shooting

of

Integrated Synchronous

DAT

ASPEED

40,

hereafter referred

to

as 40-type, Receive-Only

Printer (ROP) Stations in switched

network,

point-to-point private line

and

multipoint private

line service.

1.02

This section is reissued

to

include informa-

tion

pertaining

to

forms access arrange-

ments

and

printer

and

cabinet section reference

numbers

for

trOUbleshooting. Since

this

reissue

is a general revision,

no

revision arrows have been

used

to

denote

significant changes.

1.03

Troubles isolated

to

the

data set,

telephone

lines,

or

associated systems are

not

ana-

lyzed in

this

section.

Note: When ordering replaceable components,

unless otherwise specified, prefix each

part

num-

ber

with

the

letters

"TP"

(ie, TP410733).

2. OPERATIONAL CHECKOUT GENERAL

3.

TROUBLESHOOTING. . . . . . . . . . .

13

GENERAL

...................

.

TERMINAL

ANALySIS

.........

.

COMPONENT

ANALySIS

.......

.

A. Integrated Synchronous

Controller

................

.

B.

Operator

Console (Opcon)

...

.

*Registered Trademark

of

AT&TCo.

13

14

16

18

2.01

An

operational

checkout

should be per-

formed

after

installation

or

on

trouble

calls.

On maintenance

or

trouble

calls

at

a location,

confine

the

checkout

to

the

specified

trouble

area. Perform a complete

checkout

after

an exten-

sive repair.

2.02

The

checkout

routines are presented in

tables. Each

table

covers a particular check-

out,

depending

on

the

type

of

station.

Prepared

for

American Telephone and Telegraph Company

by

Teletype Corporation

and

1980

by

Teletype Corporation

Printed in

U.S.A.

Pagel

SECTION. 582-202-500

2.03

Jf

the

indicated response is

not

obtained

in any step

of

a checkout procedure,

repeat

the

step

to

make sure

that

the

procedure

has been performed correctly.

If

the

results are

still unsatisfactory, perform

the

indicated trouble

analysis. Always perform

the

checkout

in

the

order given

in

the

table. The trouble analysis steps

are based

on

satisfactory results

of

all previous

steps. PRELIMINARY CHECK

2.04 Before turning

on

the

equipment, check

the following:

(a) Is station connected

to

a properly grounded

ac service? (b) Are all cable connectors fully seated? (c) Is cabinet lid closed? (d) Are printer paper and ribbon properly

installed?

2.05 In addition

to

the

above, check

the

wiring

plan

to

determine

the

options and features

present in

the

station.

In

cases where

the

results

are affected

by

options, alternate results for each

option are provided

in

the

table.

OFF-LINE CHECKOUT

2.06 Off-line checkout (Table

A)

provides a

check

of

the

operating condition

of

the Integrated Synchronous ROP Terminal. The offline checkout should be performed before attempting anyon-line procedures.

ON-LINE CHECKOUT -

SWITCHED NETWORK

SERVICE

2.07

On-line checkout for switched network stations

is performed between

the

station under test and a Data Test Center (DTC) equipped with a

40-Type Synchronous Test Set. The DTC

Pl!,ge2

operator controls

the

checkout using standard

test

procedures. Table B provides on-line end-to-

end checkout procedures.

2.08 When ready for on-line checkout, contact the

DTC serving

your

area.

2.09 When calling a DTC, be prepared

to

furnish

any information requested

by

the

operator

as

to

options and features (type

of

printer used, selection format, etc). To establish a standard line protocol,

the

DTC operator will normally

request

the

station .under

test

to

hang

up

and wait

for a return call.

If

an . unplanned disconnect

occurs

at

any time during

the

test, place data set

in talk mode, hang up, and wait for

the

DTC

operator

to

reestablish

the

call.

ON-LINE CHECKOUT -

POINT-TO-POINT AND

MULTIPOINT PRIVATE LINE SERVICE

2.10

Preliminary requirements: The

data

set

must pass

the

data set test requirements.

2.11 On-line checkout for private line stations

is

performed between

the

station under test and a Data Test Center (DTC) through a Serving Test Center (STC). The DTC operator controls

the

checkout using standard

test

procedures. Table B provides on-line end-to-end checkout

procedures.

2.12 Caution should be exercised

that

valid tests

are

not

omitted.

2.13 In order

to

perform tests

without

inter-

ference from the line controller (data communications processor), the station under test must be disconnected from

the

data

link

to

the

line controller. DATA

SET CHECKOUT

2.14

At

the

time

of

installation

or

if trouble is

suspected in

the

data set perform

the

data

set checkout according

to

the

appropriate

BSP

section.

TABLE A

OFF-LINE

CHECKOUT

ISS

2,

SECTION 582-202-500

This table checks

the

basic operation

of

Integrated Synchronous 40-Type ROP Terminals.

TROUBLE

STEP PROCEDURE RESULTS ANALYSIS

1

Preliminary requirement: a.

Data

set connected. b. Ribbon and paper loaded. c. Switches

(top

left) set as

follows:

FORMS - ON (Option 39.a.)

LF

-1

(Option 20.a.)

Test

-Off d. Cabinet cover closed. e.

In

addition

to

those options in

c.

the

following printer options

must

be

selected: 17.a., 17.c.

(80

column)

or

17.e. (132

column), 19.a.

or

c., 23.b.,

57.a., 58.a.,

60.b. and 61.c.

2 Turn power on.

IN SERVICE lamp turns on.

Integrated

Synchro-

nous Controller

Fan

moves air in printer cabinet

Analysis - Table E,

(table

top

cabinet). Page 16.

Power lamp lights (forms

Opcon Analysis -

access cabinet).

Table

F,

Page

18.

Check:

a. PAPER lamp

not

lit.

b. Cabinet Inter-

lock switch

is

closed.

c. Cabinet wiring,

Section 582212-400.

3

Momentarily depress

PAPER

Paper

feeds

out

as long

as

button

Printer Analysis,

button

(red)

on

cover

of

printer

is

depressed. Section 582-

cabinet (table

top

only).

210-500. Check

cabinet

wiring,

Section

582-212-400.

Page

3

SECTION 582-202-500

STEP

4

5

6

7

8

Page 4

TABLE A (Cont)

OFF-LINE

CHECKOUT

PROCEDURE

RESULTS

Depress

and

release FORMS

Paper

feeds

out

until

first line

of

ADVANCE

button

(black

is

reached,

then

stops.

button

on

cover

of

table

top printer cabinet; red rocker switch on

top

cover

of

forms access

cabinet).

Unlatch

and

raise

printer

cabinet

IN

SERVICE lamp extinguishes.

cover (open doors

to

forms access

printer

cabinet).

Raise cover interlock

to

mainte-

IN

SERVICE lamp stays off.

nance position.

Momentarily

set

Test switch

to

Printer

motor

starts.

Font

identi-

. ON position,

then

return

to

OFF

fication symbol (such

as~:~,~~,

position. etc, depending

on

type

carrier)

prints repeatedly while switch

is on. Single line feed occurs. Motor turns

off

when switch

is

returned

to

off.

Depress IN

SERVICE

button.

IN SERVICE lamp lights. With

Tear

off

on

perfora-

Option

48.a. PAPER lamp lights

tions (end

of

form)

at

bottom

and

IN SERVICE lamp extin-

of

printer

cabinet,

then

slowly

guishes when form

is

partly

roll paper

out

until last

form

is through printer.

fed completely

out

of

printer.

With

Option

48.b. PAPER lamp

lights when form

is partly

through

printer

but

IN SERVICE

does

not

extinguish

until

form

out

contact

closes. The form

out

contact

may be closed

by

placing

the

printer

Forms switch in

the

ON

position and

then

depressing

the

FORMS

button/switch

on

the

top

of

the

cabinet.

Reload forms and close cabinet

PAPER lamp extinguishes.

cover.

TROUBLE

ANALYSIS

Printer Analysis, Section 582-

210-500.

Check cabinet wiring, Section

582-212-400.

Check cabinet wiring and Interlock switch,

Sec-

tion

582-212-400.

If

motor

was

on when cover was raised, depress IN

SERVICE

button.

Check Interlock switch

and

cabinet wiring, Section 582-212-400.

Printer Analysis, Section 582-

210-500.

Printer

Analysis,

Section 582-

210-500.

STEP

9

10

ISS

2,

SECTION 582-202-500

PROCEDURE

TABLE A

(Cont)

OFF-LINE CHECKOUT

RESULTS

Depress TEST

button

on

opcon, TEST lamp lights,

printer

motor

then

depress again

after

a few starts, and character

set

is

printed

seconds.

repeatedly as shown beginning in

column as selected

by

Options 17,

121 and 131.

Lamp

extinguishes

and

printing

stops

when depressed

a second time.

Form-out

occurs (if

Option

39a

is

selected), feed

out

occurs (if Options

18b

and

39b

are selected)

or

no

feed

out

(if Options

18a

and

39b

are

selected).

After

TEST lamp is extin-

guished,

printer

motor

goes

off

after a delay

of

approximately

20

seconds. IN SERVICE lamp lights

approximately 3 seconds

after

TEST

lamp extinguishes.

Depress IN

SERVICE

button

Form-out

occurs (if

Option

39a

is

(OFF), depress

TEST

button

selected), feed

out

occurs (if Options

on

Opcon,

then

depress IN

18b

and

39b

are selected)

or

no

feed

SERVICE

button

(ON)

out

(if

Options

18a

and

39b

are

after

a few seconds.

selected).

After

TEST lamp is extin-

guished,

printer

motor

goes

off

after

a delay

of

approximately

20

seconds. IN SERVICE lamp lights

approximately 3 seconds

after

TEST

lamp extinguishes.

TROUBLE

ANALYSIS

Integrated Synchronous Controller Analysis

- Table

E,

Page

16.

If

font

identification symbol appears,

refer

to Section 582-202200

and verify

that

Option

19.a.

or

c. is enabled.

Integrated Synchronous Controller Analysis

- Table

E,

Page

16.

'''#$'/,.&'()*+,-./0123456789:; < = >

'!(~ABCDEFGHlJKLMNOPQRSTUVWXYZ

[ \ ] A _

(for

ASCIIt

Type

carrier)

!"#$'if.&'()*+,-./0123456789:;

<=

> '!(fuABCDEFGIIIJKLMNOPQRSTUVWXYZ

---,

\ I ¢ (for EBCDlC*

Type

carrier)

::::

#$'10&

:::::: * ::

,-./0123456789

= = ~ ::

:::

= @ABCDEFGHIJKLMNOPQRSTUVWXYZ

::: :::

:::

=

:::

(for

48

character

set)

TYPE

FONT

SYMBOL (TYPICAL)

~

Local Test Message Generated

by

TEST

Button

(Option 19.a.

or

c.

must

be

enabled.)

Check printing quality. Characters

should

be

clearly

Printer Analysis,

legible

and

unbroken

on

original

Section 582-

copy.

210-500.

Note:

The

TEST message does

not

check

all printing columns.

t American National

Standard

Code

for

Information

Interchange

*Extended

Binary Coded Decimal Interchange Code.

Page 5

SECTION 582-202-500

STEP

11

12

13

14

TABLE A (Cont)

OFF-LINE CHECKOUT

PROCEDURE

RESULTS

Raise

printer

cabinet

cover.

Set

LF

switch

to

position

2.

Close cover. IN

SERVICE

lamp

remains off.

Depress

TEST

button.

Repeated

character

set

prints with

double

line spacing.

While

printer

is printing, raise

When cover is raised,

printer

cover.

stops.

TEST

lamp

extinguishes.

Restore

setting

of

LF

switch

(or

leave

in

position 2 if

Option

20b

required).

Set

Forms

switch

to

Off

(Option

39b).

Close

cabinet

cover.

IN

SERVICE

lamp

comes ON.

Depress

and

release FORMS Paper feeds

out

as long as

button

ADVANCE

button.

is

depressed.

Tear

form

off

below cabinet.

IN

SERVICE

lamp

extinguishes.

Depress IN

SERVICE

button

TEST

lamp

lights, TEST message

(OFF).

Depress TEST

button

(ON).

prints.

Printing stops when

end

of

form passes Paper-Out switch, P APEROUT lamp

turns

on

and

TEST

lamp

extinguishes.

Raise cover

and

restore

setting

of

Forms

switch

(or

leave

in

Off

position

if

Option

39b

required).

Close

cabinet

cover.

TROUBLE

ANALYSIS

Printer

Analysis,

Section

582-

210-500.

Printer

Analysis, Section 582210-500.

THIS COMPLETES

OFF-LINE

CHECKOUT

OF

INTEGRATED

SYNCHRONOUS ROP TERMINALS.

Page 6

ISS

2,

SECTION 582-202-500

END-TO-END INSTALLATION TEST

TABLE B

END-TO-END

INSTALLATION TEST PROCEDURES

TROUBLE

STEP PROCEDURE RESULTS

ANALYSIS

1

Preliminary requirements:

If

results are

not

as

a.

Data

set connected.

stated

for

a partic-

ular

option,

verify

b.

Ribbon

and

paper loaded.

installation

of

that

option.

c. Switches

(top

left

of

printer,

cabinet cover raised) set as

follows:

LF

-1

or

2 (Option 20.a.

or

b.)

Forms -On

or

Off

(Option

39.a.

or

b.)

Test-Off d. Cabinet cover closed. e.

In

addition

to

those

options

in

c.

the

following

printer

options

must

be

selected: 17.c. (80

column)

or

17.e. (132 column),

19.a.

or

c., 23.b., 57.a., 58.a.,

60.b.

and

61.c.

2

Turn

on

power. IN SERVICE lamp lights, fan

Integrated Synchro-

moves

air (table

top

cabinet

nous

ROP Terminal

only)

or

POWER lamp lights Analysis. Table D,

(forms-access cabinet only).

Page

14.

3

a. Go

to

location

of

station

data

201C

208A,

208B, 209A

Check.

data

sets

per

set

in bUilding.

Contact

DATA-

MC-GoesOff

ER-GoesOff

applicable trouble-

SPEED Test Center and request

CO

- Lights

CO

- Lights

shooting section.

End-to-End Installation Test. b. Establish line connections

per

212A-LIA

DTC instructions,

then

observe

MC-GoesOff

carrier

on

indicators indicating

line established

to

DTC.

4

If

talk

line

to

the

DTC is

not

RS/CS lamps

on

the

front

of

the

Inform DTC

of

available

after

test is requested,

data

set

should flash ON

and

then

problem.

verify

that

the

test

has

started

by

OFF

during testing.

observing

the

RS/CS lamps

on

the

Note: On

212

data

sets

the

SD/

front

of

the

data

set.

RD lamps should flash

ON and

then

OFF

during testing.

5

The

DTC will perform

the

DTC will

inform

of

test

acceptance

Integrated Synchro-

remainder

of

the

test.

or

trouble.

Call DTC back,

if

nous

ROP Terminal

required.

Analysis. Table D,

On

receiving

the

Selection

The

POL/SEL will flash once

for

Page

14.

sequence as specified

by

Option

one

second

and

then

remain lit.

171.

Page 7

SECTION 582-202-500

TABLE B (Cont)

END-TO-END INSTALLATION TEST

PROCEDURES

TROUBLE

STEP PROCEDURE RESULTS

ANALYSIS

5

The following controller

options

(Cont) should

be

verified while

the

DTC

is

conducting

the

On-Line Test.

Space Extension

I70a

Only

one

space

per

space character

Check

for

proper

received.

option.

Integrated

I70b

Three spaces

per

space character

Synchronous Con-

received. troller Analysis,

Table E, Page 16.

Additional functions receiving one

of

the

following characters:

ETB

I73a

Block

terminator

only. See Trouble Anal-

173b

Block terminator, executes printing ysis for Space a line, executes a

VT ESC sequence

Extension.

(or

New Line

if

no

tabs

set)

or

terminate

an HT setting sequence.

ETX

174a

Block

terminator

or

terminates

See Trouble Anal-

an

HT

setting sequence.

ysis for Space

I74b

mock

Terminator, terminates

an

HT

Extension. setting sequence, executes printing a line

or

executes a VT ESC

sequence

(or

New Line,

if

no

tabs

set).

ITB

I75a

Intermediate block

terminator

only.

See Trouble Anal-

I75b

Intermediate block

terminator,

ysis

for

Space

executes printing a line, executes a Extension.

VT

ESC sequence

(or

New Line,

if

no

tabs

set)

or

terminates an

HT

setting sequence.

LF(EBCDIC)/NL

176a

Executes printing a line, executes See Trouble AnalVT

ESC sequence

(or

New Line,

if

ysis

for

Space

no

tabs

set)

or

terminates

an

HT Extension.

setting sequence.

176b

Space only.

RS/IRS

(EBCDIC)

I77a

Executes printing a line, and executes See Trouble Anala

VT

ESC sequence

(or

New Line,

if

ysis

for

Space

no

tab

setting).

Extension.

I77b

Space only.

Permanent

Request

to

Send

167a

RS

lamp

on

data

set

OFF

when See Trouble Anal-

receiving.

ysis

for

Space

I67b

RS

lamp

ON while sending

or

Extension.

receiving.

Page 8

TABLE B (Cont)

ISS

2,

SECTION 582-202-500

STEP

5 Immediate

(Cont)

Note:

is

enabled

not

respond with a regardless of

Option

Check

the

Bell characters received.

Paper-Out - Tear

printer

END-TO-END

PROCEDURE

WACK

If

Option

the

179.b.

ROP will

WACK

of

the

choice

178. following features:

form

cabinet.

off

INSTALLATION TEST PROCEDURES

RESULTS

When

the

178a

178b

below

buffer Terminal will respond to

every block

The

ROP will respond

to

every second block

Tone is heard.

than

less uous

one

tone

will be heard.

PAPER lamp lights when passes paper

if

is sent

requested within

seconds. Following

if

no

reply

seconds

of

the

lamp will light

sound

will terminal will

is

full,

the

with

of

data.

with

of

data.

If

Bell characters are

second apart, a contin-

end

out

switch,

is

requested within

paper

and

for

eight seconds.

then

an

EOT reply

out,

the

audible alarm

disconnect.

ROP WACK

a WACK

ofform

EOT reply

three

or

three

ALARM

The

TROUBLE

ANALYSIS

See Trouble Analysis for

Space

Extension.

Alarm volume. Opcon Analysis,

F,

Page

Table

18. Integrated Synchronous

Controller

Analysis, Table E,

Page

16.

Cabinet Analysis, Section 582-212-

400. Opcon Analysis,

F,

Page

Table

18.

Carriage

Return

on

ESC

M.

Space Compression/Expansion ASCII - DTC sends: GSB

GSO GSZ

EBCDIC - DTC sends: IGS ¢

IGS & IGS $

Determine

from

DTC where On-

Line Horizontal Tabs (ESC HT)

are set.

The M is following

not

printed;

the M is

left-hand margin.

The

terminal receives:

The

terminal receives:

Horizontal Tabs set

the

printed

2 spaces 15 26

10 16 27

per

DTC.

character

at

the

spaces spaces

spaces spaces spaces

Integrated Synchronous

Controller Analysis, Table E, Page 16.

Integrated

Synchronous Controller Analysis, Table Page

16.

E,

Integrated Synchro-

nous

Controller Analysis, Table E, Page

16.

Page 9

SECTION 582-202-500

TABLE B (Cont)

STEP

5

(Cont)

END-TO-END

INSTALLATION TEST PROCEDURES

PROCEDURE RESULTS ANALYSIS

Single Line Feed

Note: Single line feed assumes (EBCDIC)/NL with

Printer

will result

20.b.

Option20.a.

Option

in

a two-line

movement.

Double Line

Feed

An

ESC Q (ASCII)

(EBCDIC) ETB

with

(EBCDIC)/RS will cause be

printed

gin

in

when

with

Option

the

at

the

174.b. with

lower line.

An ESC R (ASCII) (EBCDIC)

when

followed

or

ESC/

by

LF options. Printer

Option

176.a.,

173.b., ETX or

IRS

Option

character

177.a. to

left-hand mar-

or

ESC S

by

LF

Note: Double line feed assumes (EBCDIC)/NL with Option 176.a.,

Printer

Option

will result in a four-line movement.

20.a.

Option

20.b. ETB with (EBCDIC)/RS will cause be

printed gin present

with

Option

in

the

print

Option

the

at

173.b., ETX

174.b.

the

or

with

Option

left-hand mar-

IRS

second line below

line.

177.a. to

the

TROUBLE

for

Check Analysis,

proper

Section 582-210-500. Integrated Synchronous Controller Analysis, Table E,

Page

16.

Check option.

Analysis,

for

proper

Printer

Section

582-210-500.

Integrated Synchronous Controller Analysis, Table

Page

16.

E,

Triple Line Feed An

(EBCDIC)

Note:

Printer

Triple line feed assumes

Option

20.a.

Option

20.b. ETB

(EBCDIC)/NL with

will result in a six-line movement. with

(EBCDIC)/RS will cause be

printed

gin in

present

Form

Feed With Printer

OFF)

character will result feed a

double

Option

With Printer ON)

will advance

is

in registration.

Tab

Vertical

(VT)

A VT will cause

to

be position corresponds

If

no print form, feed

ESC S (ASCII)

when

followed

with

Option

173.b.,

174.b. with

the

left-hand mar-

the

third

line below

print

line.

Option

a received

with

Printer

FF

Option

line feed with Printer

20.b. Options

and

20.a.

or

20.b.,

until

the

printed

stops location

then

to

in

the

of

the

a preset VT position.

exist between

and

the

VT will cause a form

be

performed.

or

ESC T

by

Option

176.a.,

ETX

or

IRS

Option

177

character

the

39.b. (Forms

(Form Feed)

in

a single line

20.a.

39.a. (Forms the

paper

the

first printing

lower line

the

end

of

LF

.a.

to

or

that

present the

Check for options.

Analysis,

proper

Printer

Section 582-210-500. Ingegrated Synchro-

nous Controller

Analysis, Table E, Page

16.

Check for

options.

Analysis,

proper

Printer

Section 582-210-500. Integrated Sybchro-

nous

Controller Analysis, Table Page

16.

E,

Page

10

ISS

2,

SECTION 582-202-500

TABLE B (Cont)

END-TO-END

INSTALLATION

TEST

PROCEDURES

STEP

PROCEDURE RESULTS

5 ESC

Vertical

Tab

§

An ESC a when followed

by

LF

(Cont) ESC A - Vertical Tab No.

1

(EBCDIC)/NL with

Option

176a,

ESC B - Vertical Tab No.

2

ETB with

Option

173b,

ETX with

ESC C - Vertical Tab No.

3

Option

174b,

or

IRS

(EBCDIC)/RS

ESC

D - Vertical Tab No.

4 with

Option

177a

will cause

the

ESC E - Vertical Tab No.

5

to

be

printed

at

the

ESC F - Vertical Tab No.

6

first

printing

position

of

the

desig-

ESC G - Vertical Tab No.

7

nated

vertical

tab

position.

If

the

ESC H - Vertical Tab No.

8

received ESC

a"

sequence calls

for

ESC I - Vertical Tab No.

9

movement

to

a position

that

is

ESC J - Vertical Tab No.

10

above

the

present

location

on

the

ESC K - Vertical Tab No.

11

form,

the

printer

will be directed

to

ESC L - Vertical Tab No.

12

advance

to

the

indicated line

on

the

§ The above ESC

Vertical Tab

positions

correspond

to

the

If

the

ESC a sequence invokes a

12

preset

tab

positions.

position

where

no

preset

tab

stop

exists,

then a form

feed

operation

will

be

performed.

If

the

location

corresponding

to

the

received

ESC..z is

the

same as

the

present

print

position,

no

paper

movement

will occur.

CHECKOUT

OF

RECEIVED

PRINTER

MESSAGE

TABLE C

CHECKOUT

OF

RECEIVED

PRINTER

MESSAGE

STEP

PROCEDURE

RESULTS

1

After

printing

stops,

the

printer

With Controller

Option

148a

motor

should

tum

off.

approximately

30

seconds.

With

Controller

Option

148b

approximately

three

minutes.

2

Determine

from

DTC

what

message was sent. Check

for

correctness

of

printed

message.

TROUBLE

ANALYSIS

Check

for

proper options. Printer Analysis,

Section 582-210-500. Integrated Synchronous

Controller

Analysis,

Table

E,

Page

16.

TROUBLE

ANALYSIS

Integrated Synchronous

Controller

Analysis, Table

E,

Page

16.

Page

11

Teletype DATASPEED 40 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual