IBM 1402 Manuel utilisateur

"7J//7

~

Issued

to:

--FC>~..of4:-.

..

-+;

_'

~/;Ll~.(-.<·/::.

•

.JO:~·:::(,,;:--

______

_

/1

Branch

Office

:------,ts-<'t'--'7""---.~~

...

,l..-----------

Department:

________________

_

If

this

manual

is

misplaced,

it

should

be

returned

to

the

above

address,

frl

CjD)o

l.\I.7

~d.E)~

Customer Engineering Instruction-Reference

1402

Card Read-Punch

by

International

Business

Machines

Corporation

This

manual,

Form

Number

231-0002-2,

is

a

major

reVISIOn

of

the

preceding

Form

231-0002-1.

Many

minor

changes

and

addi-

tions

have

been

made.

Major

revisions

include

new

punch

feed,

transport,

and

brush

timing

procedures,

the

addition

of

solar

cell

CB

instructions

and

adjustments,

and

a

more

complete

coverage

of

belt

replacement

and

retiming

procedures.

This

manual,

Form

231-0002-2

makes

obsolete

Forms

231-0002-0

and

231-0002-1.

Address

comments

regarding

this

publication

to:

IBM,

Product

Publications

Department,

Rochester,

Minnesota

Contents

INTRODUCTION . . . . . . . . . . . . . . . . . . .

1-1

FUNCTIONAL

PRINCIPLES.

. . . . . . .

1-1

OPERATING

LIGHTS

AND

CONTROLS

1-2

FUNCTIONAL

SWITCHES . .

1-3

SPECIFICATIONS

..

1-3

READ

FEED.

. . . . . . . . .

2-1

DRIVE

MECHANISM.

2-1

Speed.

. . . . . .

2-1

READ

CLUTCH.

. . .

2-1

Principles

of

Operation.

2-1

Clutch

Adjustments.

. . .

2-2

Clutch

Timing.

. . . . . .

2-4

Clutch

Pulley

Assembly

Removal

2-4

Clutch

Pulley

Assembly

Installation.

2-4

Clutch

Drive

Removal.

. .

2-4

Clutch

Drive

Installation.

2-4

FILE

FEED.

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

2-5

Principles

of

Operation.

.

2-5

Clutch

Adjustments.

. . . .

2-6

Clutch

Removal.

. . . . . .

2-6

Service

Checks

. . . . . . .

2-7

Joggler

Adjustments.

. . .

2-7

HOPPER

AND

PICKER

KNIVES

2-7

Principles

of

Operation.

.

2-7

Adjustments

2-8

CARD

GUIDES.

. . . .

2-9

Adjustments

..

CARD

LEVERS

...

Adjustments

.

BRUSH

ASSEMBLY

Adjustments

.

Timing

.....

TRANSPORT

AND

STACKERS

SELECTION

MECHANISM

....

Principles

of

Operation

..

Chute

Blade

and

Selector

Magnet

Adjustment

. . . . . . . . .

....

TRANSPORT

ROLL

ADJUSTMENTS

JAM

BAR

ADJUSTMENTS

..

.

STACKERS

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

.

Principles

of

Operation.

. . .

stacker

Joggler

Adjustments

Stacker

Adjustments

.

PUNCH

FEED

..........

.

DRIVE MECHANISM

.......

.

PUNCH

FEED

CLUTCH

.....

.

Principles

of

Operation

..

Clutch

Adjustments.

.

..

.

Clutch

Timing.

. .

...

.

Clutch

Ratchet

Removal.

GENEVA

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

.

Principles

of

Operation.

Adjustments

. . . . . . . .

Timing

........

'

....

.

HOPPER

AND

PICKER

KNIVES

Principles

of

Operation

..

Adjustments

. . . . . .

CARD GUIDES

...........

.

Adjustments

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

FEED

ROLLS

AND

ALIGNER

STATIONS.

Principles

of

Operation.

. .

...

'.'

Timing

Check

of

Punch

Transport.

Adjustments

of

Punch

Transport.

.

2-9

2-10

3-1

3-2

3-3

4-1

4-3

4-4

4-5

4-7

Side

Aligner

Removal

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

Forward

Aligner

Removal

. . .

..

First

Stepped

Feed

Roll

Removal

Fourth

Upper

Feed

Roll

Removal

Fifth

Upper

Feed

Roll

Removal.

.

Second

Stepped

Feed

Roll

Removal

...

.

ROLL

OPENING

DEVICE

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

.

Principles

of

Operation.

. . . . . . . . . . .

BRUSH

ASSEMBLIES

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

.

PUNCH

UNIT

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

.

Principles

of

Operation

...

.

Punch

Unit

Removal

.....

.

Punch

Unit

Installation

...

.

Cam

Follower

Bearing

Adjustments.

Cam

Follower

Assembly

Removal.

.

Cam

Follow

Assembly

Timing

. .

..

Interposer

Setup

Bail

Adjustment

. .

Interposer

Setup

Bail

Removal

. . . .

Magnet

Bar

Assembly

Adjustment.

.

...

Magnet

Bar

Assembly

Removal

.

Magnet

Unit

Adjustments

..

Magnet

Unit

Removal

. . . . . . . .

Magnet

Unit

Installation

. . . . . .

Interposer

Guide

Bar

Adjustment

Interposer

and

Interposer

Link

Removal

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

.

Stripper

Assembly

Removal.

. . .

Stripper

Assembly

Installation

. . . .

..

.

Latch

Removal.

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

..

.

Punch

Removal

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

....

.

Punching

Registration.

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

Punch

Unit

Timing

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

TIMING

DRIVE

BELTS

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

.

PUNCH

FEED

INSTALLATION

PROCEDURES

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

.

Main

Drive

Belt

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

.

Drive

Motor

Belt

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

.

CR

Idler

Belt

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

.

Timer

Index

Belt.

. . . .

..

PCCB

Drive

Belt

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

.

Idler

Belt

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

.

PACB

Drive

Belt

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

.

Second

Stepped

Feed

Roll

Drive

Belt

..

.

PLCB

Drive

Belt

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

.

Punch

Unit

Drive

Belt

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

.

First

Stepped

Feed

Roll

Drive

Belt

...

.

READ

FEED

BELT

INSTALLATION.

Clutched

Feed

Roll

Drive

Belt

.

Read

Feed

Belts

. . . . . . .

ELECTRONIC

COMPONENTS

'"

.....

.

SOLAR

CELL

CB

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

.

Introduction

. . . . . . . . .

Principles

of

Operation

..

Timing

Procedure

. . . . .

Adjustment

Procedure.

. .

Removal

and

Replacement

.

PERMISSIVE

MAKE

RELAYS

..

.

Principles

of

Operation

..

.

Contact

Replacement

. . . .

CIRCUIT

BREAKERS

....

Open

Strap

Contacts

. . . . .

4-9

4-10

4-12

4-13

4-14

4-15

4-16

4-17

5-1

5-3

5-4

6-1

6-2

6-3

6-4

6-5

SERVICE

AIDS

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

"

7-1

CUSTOMER

ENGINEERING

SERVICE

PANEL

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

.

SPECIAL

FEATURES

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

.

51-80

COLUMN

DEVICE.

. . . . . .

.....

.

Mechanical

Adjustments

..........

.

PUNCH

FEED

READ

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

.

Principle

of

Operation

...........

.

Card

Guide

Adjustments

. . . . . . . . . . .

EARLY

CARD READ

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

.

SERVICE

HINTS

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

.

INSTALLATION

PROCEDURE

..........

.

READ

FEED

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

.

Reader

Stop

Lights.

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

Reader

Check

Lights

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

.

Validity

Lights

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

.

Picker

Knife

Timing

Check

. . .

.....

.

Brush

Timing

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

Circuit

Breaker

Timings

..........

.

PUNCH

FEED

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

.

Punch

stop

Lights.

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

Punch

Check

Lights

. . . . . . . . . . .

Punch

Check

Brushes

Out

of

Time

..

Punching

Registration

..

.

Dropping

Punches

.....

.

Multiple

Punches

.....

.

Damaged

Cards

or

Jams

.

7-1

8-1

8-3

9-1

9-2

PREVENTIVE

MAINTENANCE

.......

.

.....

10-1

APPROACH

TO

PREVENTIVE

MAINTENANCE

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

10-1

PREVENTIVE

MAINTENANCE

PROCEDURE

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

10:"1

1402

CIRCUITS

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

.

POWER

SUPPLY

AND

INTERLOCK

CIRCUITS

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

.

Power

On

Sequence

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

.

Power

Off

Sequence

. . . . . . . .

.....

.

READ

FEED

CIRCUITS

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

11-1

Load

Key

Operation

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

11-1

start

Key

Operation

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

11-2

Card

Reading

(RLCB

Machines)

......

11-2

Reader

Non-Process

Run-Out

........

11-2

Stop

Key

Operation

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

11-2

Card

Jam

Circuits

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

11-2

Clutch

Check

Circuit

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

11-3

PUNCH

FEED

CIRCUITS

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

11-3

Punch

Motor

Start

and

Run

.........

11-3

Punch

Feed

Cycles

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

;

11-3

Punch

Feed

Read

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

11-3

Card

Punching

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

11-3

Punch

Check

Brushes

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

11-3

Punch

Non-Process

Run-Out

........

11-4

Stop

Key

Operation.

. . . . . . .

..

11-4

Card

Jam

Circuits

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

11-4

Clutch

Check

Circuit.

. . . . . .

....

11-4

Stacker

Select

Circuits.

. .

....

11-4

1402

MODEL

2

.,

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

12-1

DESCRIPTION

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

12-1

VARIATIONS

BETWEEN

THE

MODEL

1

AND

MODEL

2

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

12-1

Read

Feed

Roll

Number

4

..........

12-1

Punch

Emitter

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

12-1

Electrical

Changes.

. . . . . . .

.......

12-1

Operating

Controls

and

Lights

.......

12-1

ffiM

1402

Card

Read-Punch

INTRODUCTION

The IBM 1402

Card

Read-Punch

provides

the

1401

data

processing

system

with a punch

card

input

and

output.

The

read

feed

is

a

20

cycle-point

feed

equipped with a file feed which

has

a

capacity

of 3600

cards.

The

read

feed

can

process

cards

at

a

speed

of 800

cards

per

minute.

The punch

feed

is

a 16

cycle-point

feed which

can

punch

cards

at

250

cards

per

minute.

Five

radial

stackers

are

used

to

accom-

plish

stacking

of

the

cards

from

both

feeds.

The

read

feed

and

the punch feed

are

located

at

opposite

ends

of

the

machine

so

that

cards

are

fed

from

the

read

feed and

the

punchfeed

into

a

transport

assembly

above

the

stackers.

The

card

transport

system

is

driven

by

timing

belts

wherever

possible

to

reduce

machine

noise

and

maintenance.

Power

supplies

for

other

machines

of

the

system

are

located

in

the

1402.

FUNCTIONAL PRINCIPLES

The 1402

Card

Read-Punchcanreadcardsata

maxi-

mum

speed

of 800

cards

per

minute.

Actual

card

speed

is

governed

by

the

program

routing.

The

read

feed

is

equipped with a 3600

card

capacity

file

feed.

The

cards

are

fed

through

the

read

feed.

9 edge

first.

face

down. The

card

path

is

illustrated

in

the

feed

schematic

diagram

(Figure

1-1).

As

the

card

passes

the

read

check

brushes.

80

columns

of

the

card

are

read

to

condition

the

hole

count

check

planes

in

the

1401.

It

is

then

moved

past

the

read

brushes

where

again

80

columns

of

the

card

are

read

and

entered

into

the

read

area

of

core

storage.

At

the

same

time

the

check

planes

are

conditioned

so

that

a hole

count

check

may

be

completed.

Next.

it

is

transported

past

the

stacker

selection

station

and

is

directed

to

the

appropriate

stacker

under

control

of

programming.

Three

stackers

are

available

to

re-

ceive

cards

from

the

read

feed. The NR

(normal

read)

stacker

is

used

unless

the

cards

are

program-

directed

to

stacker

1

or

stacker

2

(8/2).

The

1402

Card

Read-Punch

will

punch

cards

and

check

card

punching

at

a

maximum

speed

of250

cards

per

minute.

Cards

are

placed

in

the

1200

card

ca-

pacity

hopper.

12 edge

first.

face down.

Card

feeding

is

illustrated

in

the feed

schematic

diagram

(Figure

1-1).

As

the

card

passes

the

Punch

Feed

Read

(optional

feature).

80

columns

of the

card

are

read

into

the

read

areas

of

core

storage

of

the

1401

if

PFR

is

called

for.

Before

the

card

is

punched.

it

is

aligned

at

the

aligner

station

both

vertically

and

horizontally

to

insure

correct

punching

registration.

Punching

is

done by a

high-speed

punch unit. As

the

card

passes

the

punch

station.

circuits

are

set

up

in

the

1401 which allows

the

card

to

be punched

with

information

contained

in

the

punch

area

of

core

storage.

At

the

same

time

the

check

plane

cores

are

conditioned

so

that

a hole

count

check

may

be

per-

formed.

After

the

card

is

punched.

it

is

read

at

the

80

column

punch-check

brushes

to

condition

the

check

plane

cores

so

that

a hole

count

check

may

be

com-

pleted.

It

is

then

moved

past

the

stacker

selection

station

and

is

directed

to

the

appropriate

stacker

under

program

control.

Three

stackers

are

available

to

receive

cards

from

the

punchfeed. The

NP

(Normal

Punch)

stacker

is

used

unless

the

cards

are

program-

directed

to

stacker

4

or

stacker

8 (8/2). The

8/2

stacker

cannot

be

used

for

collating

between

the

punch

and

read

feeds.

The

card

transport

assembly

located

between

the

punch feed

and

the

read

feed

has

a

set

of

six

feed

rolls

along

with two

select

magnets

and

chute

blades

for

the

read

feed

as

well

as

two

select

magnets

and

chute

blades

for

the

punchfeed.

A

jam

bar

is

located

in

the

transport

assembly

to

provide

an

indication

of

a

jam

and

stops

the

machine

when a

card

jam

occurs

(Figure

1-2).

All

stackers

are

the

non-stop

unloading

radial

type

stackers

with a

capacity

of 1000

cards

each.

Cards

can

be

removed

from

the

stackers

without

PUNCH

FEED

TRANSPORT

READ

m='D

FI

RST

STEPPED

FEED

ROLLS

PUNCH

FEED

READ

STATtON

Figure

1-1.

1402

Feed

Schematic

NP

STACKERS

NR

READ

STATION

NOTE

DARKENED

FEED

ROLLS

ARE

UNDER

CONTROL

OF

THE

FEED

CLUTCHES

1-1

JAM

STOP

SWITCH

Figure

1-2.

Transport

Mechanism

stopping

the

machine

. Two

stackers

are

assigned

exclusi

vely

to

the

punch fe

ed

. The

center

(8

/

2)

stacker

can

be

used

by

either

unit,

but

it

must

be

assigned

by

the

program

to

one

or

the

other,

in

any

one

run

(Figure

1-3).

Both

feeds

are

equipped with

jam

and

misfeed

detention

devices

.

OPERATING LIGHTS

AND

CONTROLS

(Figure

1-4)

Read Switch:

Controls

the

read

section

of

the

machine

. When

this

switch

is

off,

the

read

feed

is

inoperative.

Figur

e

1-3

.

Radial

Stacker

1-2

STAC

KER

SE

L

EC

TMA

GN

ETS

rpU

NC

H

Punch

Switch:

Controls

the

punch

section

of

the

machine.

When

this

switch

is

off,

the

punch

feed

is

inoperative

by

program

control.

Cards

can

be

run

into

the

punch feed with

the

punch

switch

off

by

use

of

the

non-process

runout

punch

switch

.

Start

Switch:

Causes

the

read

feed

motor

to

start

when

the

read

switch

is

on.

Punch

motor

will

start

if

punch

switch

is

on.

Stop Switch:

Used

to

stop

the

system.

If

a

pro-

gram

instruction

is

in

process,

it

is

completed

before

the

stop

occurs.

Non-

Process

Runout-

Read

Switch:

Used

to

run

cards

out

of

the

read

feed. The

last

two

cards

run

out

will not be

processed.

The

read

hopper

must

be

empty

to

make

this

switch

effective.

Non-

Process

Runout-

Punch

Switch:

Used

to

run

cards

out

of

the

punch feed.

The

last

two

cards

will

not

be punched. When

the

punch

switch

is

on,

the

hopper

must

be

empty

to

make

this

switch

effective.

Load Switch:

Used

to

start

loading

instruction

cards.

PreSSing

the

load

key

causes

the

read

feed

to

operate

until

a

card

has

passed

the

read

brushes.

After

the

card

is

read

at

the

read

brushes,

the

pro-

gram

can

start

and

execute

the

instruction

that

is

punched

in

the

card

. Continued

operation

is

under

control

of

programming.

When the punch

switch

is

on,

pressing

the

load

key

causes

the

punch

drive

motor

to

run.

Check

Reset

Switch:

Must

be

pressed

to

reset

an

error

indication

before

the

start

key

can

become

operative

.

This

switch

is

operative

only when

the

feed,

in

error,

is

empty

of

all

cards.

Power

Light: When

power

is

supplied

to

the

read-

punch

unit,

this

light

is

on.

Reader

stop

Light: A feed

failure

or

a

card

jam

in

the

read-feed

causes

the

machine

to

stop

and

the

reader-stop

light

to

come

on.

g

=

PUNCH

STOP

CHIPS

STACKER

Figure

1-4.

Operating

Controls

CHECK

RESET

Punch

stop

Light: A feed

failure

or

a

card

jam

in

the

punch feed

causes

the

machine

to

stop

and

the

Punch Stop

light

to

come

on.

Validity Light:

This

light

comes

on

if

an

invalid

character

is

detected

during

read

operation.

Reader

Check Light:

This

light

comes

on

under

control

of

the

data

processing

system

when

anerror

is

detected

during

card

reading.

Punch

Check Light:

This

light

comes

on

under

control

of

the

data

processing

system

when

an

error

is

detected

during

the

punching of a

card.

Stacker

Light:

If

any

of

the

five

stackers

become

full,

the

stacker

light

goes

on and

the

machine

stops.

The

light

may

come

on

shortly

before

the

machine

stops.

Transport

Light:

This

light

is

turned

on

by the

jam

contact.

It

indicates

that

a

card

has

jammed

in

the

transport

feed

roll

area.

FUNCTIONAL SWITCHES

Cover

Interlocks:

When a

cover

is

opened,

the

respective

interlock

switch

will open

the

circuit

to

the

punch

and

reader,

motor

and

run

circuits.

Punch

Magazine

Interlock:

When

the

magazine

locking

lever

is

opened,

this

switch

opens

the

circuit

to

the

punch

motor

and

motor

start

relays.

Die

Lift

Interlock:

This

switch

provides

the

same

function

as

the

magazine

interlock

when

the

lowering

frame

is

lowered.

Crank

Interlock:

This

is

a

manually

operated

switch

which

must

be

turned

off

to

insert

the

hand

crank.

It

provides

the

same

function

as

the

magazine

POWER

REAOER

CHECK

TRANSPORT

BB

interlock

while

using

the

hand

crank.

g

~

Die

Interlock:

This

switch

provides

the

same

function

as

the

magazine

interlock

when

the

die

is

removed

or

improperly

located.

Stacker

Switch: This

switch

operates

whenanyof

the

5

stackers

are

filled. When

transferred,

it

opens

the

circuit

to

the

punch and

reader,

start

and

run

circuits.

It

also

closes

the

circuit

to

the

stacker

indicating

light

when

transferred.

Jam

Bar

Switch: When a

jam

occurs,

this

switch

provides

the

same

function

as

the

stacker

switch

except

that

it

completes

a

circuit

to

the

transport

light

when

transferred.

Joggle Switch:

This

switch

is

operated

when

the

hinged

front

joggler

assembly

is

opened.

Itopens

the

circuit

to

the

reader

motor

control

relay.

Chips 1 and 2 Switches:

These

switches

operate

when

the

chip box

is

full

or

removed

from

the

ma-

chine.

Operation

of

either

switch

willopen

the

punch

motor

and

run

circuits

as

well

as

light

up

the

"chips"

indicating

lamp.

SPECIFICATIONS

Dimensions:

57

1/2"

wide

29

3/4"

deep

45

1/4"

high (plus

read

file feed 14

5/8")

Weight:

1300

lbs

BTU Rating:

3,500 BTU

1-3

READ

FEED

DRIVE MECHANISM

(Figure

1-1)

A 1/ 4

hp

motor

drives

the

input

pulle

y

on

the

read

feed

.

The

following

are

kept

continuously

running:

1.

Timer

index

2.

Clutch

ratchet

3.

Two

contact

rolls

4.

First

feed

roll

after

each

contact

roll

5.

Continuously

running

CB/ s (RC)

6.

File

feed

drive

shaft

7.

Three

transport

feed

rolls

8.

Stacker

jogglers

for

NR, 1

and

8/ 2

pockets.

When

the

read

clutch

engages,

power

is

transmitted

to

the

following:

1.

Picker

knife

cam

shaft

2.

Feed

knives

3.

First

feed

roll

before

each

contact

roll

4.

Clutch

controlled

CB's

(RL)

and

solar

cell

CB (if

installed)

GENEVA

---fi

CHIP

BOX--tlI---

.....

PMT

(PUNCH

MAGNET

TERMINALS)

HD

RELAYS

AND

MAIN

CONTACTOR

_ _ J

(BEHI

ND

FUSE

PANEL)

BRUSH

IMPULSE

TRANSISTORS

(REAR

OF

RELAY

GATE)

Figure

2-1.

1402

Front

View

Adjust

the

motor

pulley

to

feed

cards

800+ 3- 20

cards

per

minute.

READ

CLUTCH

Principles

of

Operation

The

clutch

ratchet

is

continuously

running

and

makes

one-half

revolution

each

machine

cycle.

This

ratchet

is

engaged

by

a

drive

dog

and

detent,

which

are

controlled

by

the

action

of

the

drive

arm

and

inter-

mediate

arm.

The

dog

and

detent

are

spring-loaded

to

engage

the

ratchet.

They

pivot

on

studs

that

are

part

of

the

drive

arm

and

are

controlled

by

studs

that

are

part

of

the

intermediate

arm.

The

intermediate

arm

pivots

on a

sleeve

that

is

the

hub

of

the

drive

arm

(Figure

2-3).

RLCB

UNIT

GT

(GATE

TERMINALS)

2-1

IBM 1402 Manuel utilisateur

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