HONEYWELL
EDP
HARDWARE MANUAL
R.
CPef,N!i"
SUBJECT:
SERIES
200
EQUIPMENT OPERATORS' MANUAL
This
:manual
for
the
peripheral
with
the
Type
Model
describes
121
devices
120.
(MODEL
the
Central
:most
co:m:monly
120)
operating
Processor
procedures
and
the
associated
Printed
DATE:
8783
5366
in
U. S.
March
A.
15,
1966
FILE
*When
Title
NO.
ordering
and
Underscored
113.
0006.
this
0000.
O-ill.
publication
portion
*
please
of
File
specify
Nu:mber.
and
This
the
Inanual
peripheral
describes
devices
the
Inost
operating
cOInInonly
FOREWORD
procedures
associated
for
with
the
the
Type
Model
121
120,
Central
that
Processor
is
the
devices
which
Control.
200
Control
The
operating
of
that
panel
cover
netic
like
the
can
be
Operating
unit.
The
second
and
how
punched
tape
equipInent,
control
attached
Unit
Adapter
inforInation
section
it
is
card
panel
to
the
inforInation
(Feature
for a particular
of
used
in
equipInent.
respectively.
allows
integrated
for
1015
the
Inanual
conjunction
Sections
the
operator
peripheral
other
or
presents
with
Section
peripheral
1016),
device
Inaterial
the
central
VI
and
VII
VIII
to
cOInInunicate
control
equipInent,
will
is
presented
pertain
covers
and
be
found
describing
processor.
to
the
two
directly
the
Type
which
in
other
following
Sections
high-
speed
Inodels
with
103
requires
Honeywell
the
the
operator's
printing
of
the
Magnetic
brief
III,
the
console,
central
Tape
the
Series
publications.
description
control
IV,
and
and
Inag-
which
processor.
V
Electronic
Wellesley
Copyright
Honeywell
Data
Hills,
1966
Inc.
Processing
Massachusetts
ii
Division
02181
•
I
Section
Section
I
II
Introduction.
Central
Peripheral
Operator
I s
Control
Operator
ADDRESS
CONTENTS
CONTROL
STOP
SYSTEM
INITIALIZE
RUN
INSTRUCT
BOOTSTRAP
SENSE
AC
ADDRESS
INTERRUPT
Control
PARITY
VOLTAGE
F
CB
EXTERNAL
PROGRAM
Operating
Abnormal
Control
TABLE
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Processor.
Control
Panel
Controls
Button.
Button.
ON,
Button
Panel
AN
Indicator
Indicator
Procedures
OF
Devices.
Panel.
Functions.
Push-
Push-Button
Push-
CLEAR
Button.
Button
Switches.
AC
OFF,
Switches
MODE
Indicators
Indicator
Indicator
Indicator
Indicator
Stop
Panel
CONTENTS
. . . . . . . . . . . . . • . . . . . . . . . . . . . . • . . . . . . .
. . . . • . . • . . . . • . • . . . . . . . . . . . . . . . . . . . .
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
....................................
Button
Button
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Button.
Push-Button
....................................
.....................................
Procedures
Checkpoint
Indicator
Indicators
Indicator
Button.
.........................
. . . . . • . . . . . . . . . . . . . . . . . . . . . . . . . . . .
DC
................................
Buttons
.................................
................•.................
. . . . . . . . . . . . . . . . . . . . . . . . . . .
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
ON,
..........................
Indicator
...............................
.................
.............................
..............................
Procedures
s.
. . . . . . . . . . . . . . . . . . .
..........
s . . . . . . . . . . . . . . . . . . .
RESET
........................
DC
.................
...............
OFF
,
......
,
,
Push-
,
......
......
......
..
,
.
.
.
.
.
;
.
.
.
.
.
.
,
,
Page
1-1
1-2
1-2
2-1
2-1
2-1
2-1
·2-2
222-6
2-6
2-7
2-7
2-8
2-9
2-9
2-10
2-10
2-11
2-11
2-12
2-12
2-12
2-12
2-12
2-13
2-15
2-16
3
5
Section
Section
III
IV
Type
Type
123
Card
Control
Main
Main
Auxiliary
Auxiliary
Operating
Initial
Start
Restart
214-1
Control
Main
Main
Auxiliary
Auxiliary
Reader.
Panel
Control
Control
Procedures.
Setup
Procedures.
Procedures
Card
Punch
Panel
Control
Control
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Switches
Control
Control
Procedures
Switches
Control
Control
and
Indicators
Panel
Panel
Panel
Panel
Switches.
Indicators
Panel
Panel
..............
Panel
Panel
iii
Switches.
Indicators.
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
....................
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
...
, . . . . . . . .
and
Indicators...................
Switches.
Indicators
Switch.
Indicators
...................
. . . . . . . . . . . . . . . . . . . . . . .
......................
. . . . . . . . . . . . . . . . . . .
. . . . . . . . . . . . . . . . . .
..
...
...
.. ..
. . . . . . . . . . . . . . . . . . . . . .
. . . . . . . . . . . . . . . . . . • . . . .
................•..•..
. . . . . . . . . . . . . . . . . . . . .
..................
,
......
..•.....
3-1
3-2
3-2
3-3
3-4
3-4
3-5
,
3-5
3-6
3-7
4-1
4-1
4-2
4-2
4-3
4-4
TABLE
OF
CONTENTS
(cont)
Page
Section
Section
Section
IV
V
VI
(cont)
Type
Type
Operating
Initial
Start
Restart
214-2
Card
Control
Main
Main
Auxiliary
Auxiliary
Operating
Initial
Start
Restart
122
Printer
Mechanical
Format
Control
Main
Auxiliary
Operating
Applying
Preparing
Start
Restart
Operator
Procedures
Setup
Procedures
Procedures
Reader/Punch
Panel
Control
Control
Procedures
Setup
Procedures
Procedures
Switches
Control
Control
••.•••...•.••...•........•.•••..••
Procedures
••.•.••••••••.••..•••••.....
•••••..•.•.•••••••.••...•...•.•..•
•••.•.••..•..•••.•.•.•••..•••.••
•••.•.••.••.•...••...•.••••••
and
Indicators
Panel
Panel
Switches
Indicators
Panel
Panel
Switch
Indicators
•••••..•••.•••••••..•..•....••••.•
Procedures
•..••••.••...•.•...........•
••.••.••••••.••••••.•..••.•.•.•...
•.•.••••
••..••••••.•.•..••.•.••••••.•.••••.•••..••
Controls
Control
Panel
Control
Procedures
Procedures
Procedures
Switches
Control
and
the
Adjustments
and
Adjustments
•••••••••••••••••••.•..
and
Indicators
Panel
Switches
Panel
Switches
•••••••••••••••....•.......•••••••
Removing
Printer
Power
for
•••••••.•••••••••••.••••••••••••••
•••••••••••••••.••••.•••••••••••
to
..••.••••••••••••••
.••••••••••••••.•••••.•.
••.•...••••.••..•.•••.
•.......••..••.••.•..•
•••..•••••...••.•••
:
••••••..........••..•••
••••.•....•.•••.••.•
••...•.•...•••••..•
and
Indicators
••..•......•.•.•...•
to
the
Operation
the
Printer
•.••••.••••.•••••
•••••.•••••••••••
,
..••••..•.••••••
••.•.•.•..
Printer
••••.••••
4-5
4-5
4-6
4-6
5-1
5-2
5-2
5-2
5-4
5-4
5-5
5-5
5-6
5-6
6-
1
6-1
6-3
6-4
6-4
6-8
6-10
6-10
6-10
6-12
6-14
6-17
Section
Section
VII
VIII
Types
204B-ll,
Manual
Tape
Operating
Operator
Operator's
Console
204B-12
Tape
Control
Tape
Address
Tape
Control
Unit
Controls
Tape
Status
Procedures
Write-Enable
Standard
Tape
Tape
Tape
PowerMounting
Rewinding
Demounting
Considerations
Program
Selecting
Console
Functions
Type
220-1
Peripheral
Magnetic
Switches
Unit
and
Switch
Functions
Clear
Indicators
...............................
Tape
Units
.•••••..••••..•••••••••••
••••••••••••.••••••••.•••••••
••••••••••••••••••••••••••••
•••••••••••••••••••••••
................................
Ring
.••••••.••••••.••.••••.••.•••••••
Up
and
Shutdown
and
Loading.
•••••••••••••••••••••••••
••••••••••••••••••••.•.••.•••••••••
•••••••••••••••...••••••••••••••••
••••••••••••...••••••••••••••••.
Addressing
Magnetic
an
Tape
Unassigned
Addresses
•••••••••.••••••.•••••••••.......••....•
•••••••..•..••.••...•.•••••••.•••••••
Console
•.••••.••••.•••••••••••.••••••..
Mode
•••••••••••••••••.•••••••.•.••
iv
••••••••••••••••
Procedures
Logical
••••••..•...•.•••.
••••••.••
Tape
•••••
7-1
7-2
7-2
7-2
7-2
.
7-3
.
7-3
7-4
7-4
7-5
7-5
7-6
7-6
7-6
7-7
8-1
8-3
8-3
~
8-3
TABLE
OF
CONTENTS
(cont)
Page
Section
VIII
(cont)
Type
Cons
ole
Console
Console
Console
A
P
Space
R
L
B
S
SYSTEM
INITIALIZE
TYPE
Carriage
Logging
220-3
Peripheral
Control
Logging
Typewriter
Output
Parameter
Controls
(Address
(Print
(Register
(Logging)
(Bootstrap)
(Execute
Bar
Button
LIST
Control
CLEAR
OF
Mode
..••..•.•....••...•...•.••.••.•..•
Console
Mode
Mode
and
Insertion)
and
0-7
Dump)
Key
Key
One
Button
.•••..•.••••......•...••..•.••••.••..•
Return
ILLUSTRA
•••.••••.•.••..•.•...••...••••••
Mode
Operation
Message
Instruction)
•••..•••••.•.•.•..•.•••...•••••
••.•••..•••.•..••••.••••••.•..•••
•..•••.............•••.••••..••••
•••••.•.•...••••.••••••••••
Typing
Entry
Operating
Memory
Keys
Keys
••...•••••.••••••••.•••.•.•••..••••.
•.•••..••.•••••..•.•••••••.•••.•••
Button
.•.••..•.•..••......•••.•••.•.•••
Key.
••••.••••..••••••••••••••••
Key
••••••.•••.••••••••••.•••.•
Contents)
•.•••••.•••••.••.••••••••••.•
•••.••.••.••.•.••••••••••.••
•••••..••••..•••..••••.••••••
. . . • . . . • • • • . . • . • • . • • • • . . • • • . •
TIONS
•.•.•••••••.••••••••••
Procedures
Key
Key
..••••••••••••.•••••.•
.•••••••••.••••
•.••••••••••••
•.
8-3
8-3
8-5
8-5
8-5
8-6
8-6
8-7
8-8
8-8
8-8
8-9
8-10
8-11
8-11
8-12
8-12
8-12
8-12
8-12
Card
Path
in
Figure
Figure
Figure
Figure
Figure
Figure
Figure
Figure
Figure
Figure
Figure
Table
Table
,-
3-l.
3-2.
4-l.
4-2.
5-l.
5-2.
6-l.
6-2.
7-1.
8-1.
8-2.
6-1.
8-1.
Auxiliary
Card
Path
Auxiliary
Card
Path
Auxiliary
Printer
Type
122
Manual
Type
220-3
Console
Check
Series
Conditions
200
Type
Control
in
Control
in
Control
Mechanical
Printer
Controls
Console
Keyboard
Console
Type
Type
123
Panel
214-1
Panel
214-2
Panel
Controls
Vertical
for
Control
Layout
LIST
in
Type
Character
Card
Reader
Controls
Card
Controls
Card
Controls
Format
Type
103
••••.•••..••..••••..••..••••.•••••
OF
TABLES
122
v
and
Punch
and
Reader/Punch
and
and
Adjustments
Control
Tape
Control
Panel.
....•.•.•••.....•••••.•••.
Printer
Set
....••...•.•....••..••.....
•....••.•••.•••••••....•
Indicators
•...•..•••••••.•••••..•.
Indicators
Indicators
••..•.....•........••..
•••.••••••••••
.•••.•...••.••
•••.•••..•••.•••
••.•.••••.•••.
•.•••••.••••..••
Tape
••.••••.•••.•.
...••....•....••..
3-1
3-5
4-1
4-4
5-1
5-4
6-2
6-3
7-1
8-4
8-6
6-15
8-2
vi
The
Model
120, a solid-
state,
SECTION
INTRODUCTION
high-
speed
I
computer
of
the
Honeywell
Series
200
Data
Processing
tioning
input/
as
output
The
reader,
Model
ment
120
may
ments.
virtually
The
magnetic
addressing
the
need
memory
may
be
System,
an
independent
processor
basic
system
and a card
is
its
high
be
added
This
capability
any
computer
Model
cores
120
which
system
for
complex
configurations.
expanded
in
is
oriented
data
processor,
for
larger
consists
punch
to
degree
the
can
basic
be
of
enables
application.
main
memory
are
randomly
greatly
simplifies
machine-language
The
basic
modular
increments
toward
business
the
computers.
of a central
connected.
internal
system
the
modularity,
configuration
Model
120
is a coincident-current
addressed
the
modular
coding
memory
complement
to
32,768
data
processing
Model
processor
Since
to
120
one
a
to
satisfy
can
to
of
varied
meet
the
through a binary
expansion
schemes
to
is
locations.
applications.
also
be
used
which a high-speed
the
most
significant
complement
growing
input/
memory
data
output
consisting
addressing
of
memory
represent
2,048
The
character
first
because
addresses
memory
Besides
effectively
printer,
features
of
peripheral
processing
requirements
of
high-speed
system.
it
in
locations,
module
func-
as
an
a
card
of
equip-
require-
of
This
eliminates
expanded
which
added
the
must
be
2,048
added.
one
The
character
Another
like
the
main
individually
address.
processor
dresses
that
addresses
The
channels,
computing.
characters,
memory
in
important
memory,
addressable
Its
primary
and
the
describe
of
program
central
which
cycle
main
various
processor
makes
after
which
time
of
memory)
feature
is
three
of
is a magnetic-core
registers,
function
is
to
activated
the
various
transfers
instructions
traffic
possible
the
up
to
the
Model
microseconds.
the
Model
each
of
provide
peripheral
and
operands.
control
performance
seven
120
120
storage
which
storage
devices.
of
information
unit
in
1-
modules
(i.
e.,
is
the
unit.
is
the
of
peripheral
1
the
linear-
capable
for
the
More
Model
of
4,096
time
select
The
control
of
storing
operational
specifically,
to
and
120
operations
characters
required
control
memory
from
consists
to
read
memory
one
main
registers
it
main
memory,
of
three
simultaneously
each
and
consists
memory
of
retains
read/write
may
restore
which,
the
the
plus
be
of
16
central
ad-
the
with
SECTION
I.
INTRODUCTION
CENTRAL
The
central
processed
120
processor
storage
be
control
trolling
within
unit
processed
unit
the
the
central
peripheral
multiplication,
Included
for
easy
communication
switches,
the
memory.
PROCESSOR
processor
within
the
is
functionally
provides
according
directs
the
execution
processor,
equipment.
division,
as
part
operator
central
magnetic
to
operation
of
all
The
and
of
the
between
can
is
the
processor
divided
core
these
instructions;
program
but
arithmetic
comparison,
central
start
computing
into
storage
of
the
instructions.
also
processor
the
operator
and
stop
control
entire
the
unit
and
three
for
it
flow
performs
as
directed
and
the
machine
control
the
operations
units:
both
is
storage,
the
also
computer
It
controls
of
data
between
such
by
is a control
the
computer.
and
center
program
used
by
selecting,
operations
the
panel
can
of
of
the
control,
to
contain
not
the
control
load
the
Model
entire
and
instructions
the
interpreting,
only
the
central
as
addition,
unit.
(see
Section
By
using
and
interrogate
120;
system!
arithmetic.
and
resultant
flow
of
processor
II)
various
instructions
The
the
data
data.
and
con-
information
and
subtraction,
which
provides
control
locations
-......;
Model
The
to
The
all
in
The
facilities
available
processor.
panel
and
provide
PERIPHERAL
The
connected
transferred
Data
Transfer
the
programmer
specific
and
lines
cessor
any
to
device
other
be
is
not
device.
addition
The
DEVICES
basic
to
the
between
(PDT)
involved
information
spaced
made
of
an
to
Type
the
Model
central
anyone
instructions.
specifies
during
by
operator's
the
operator
220-1
capability
120
can
processor
the
in
the
necessary
printer
the
particular
and
220-3
for
be
of
these
direction
transfer,
console
and
increases
Consoles
some
important
equipped
by
means
devices
By
coding
of
the
to
define
operations).
device
to a Model
the
perform
with a card
of
integrated
and
the
various
data
transfer
data
path
the
input/
The
but
by
the
120
scope
auxiliary
reader,
central
control
(into
over
output
actual
peripheral
makes
and
the
power
same
further
basic
operations
a
card
peripheral
processor
characters
or
out
which
information
operation
communication
control
of
the
punch,
controls.
by
of
the
(e.
monitoring
associated
functions
as
well
and a printer
means
in
this
processor),
is
g.,
the
with
the
associated
and
central
as a control
(see
Section
Information
of
Peripheral
instruction,
the
to
be
transferred,
number
central
with
control
VIII).
is
of
pro-
that
device.
and
the
until
A
peripheral
The
peripheral
either
control
the
control
compensates
device
processor
regulates
by
temporarily
or
the
for
device
the
the
transfer
difference
storing
is
ready
1-2
of
each
to
data
between a processor
in
the
data
character
receive
the
transfer
of
transmitted
character.
and a peripheral
rates
of
information
The
control
the
processor
also
SECTION
I.
INTRODUCTION
""'"
converts
card
central
the c ontr
each
reader
processor.
01.
One
pendently
mation
the
the
main
transfers
control
central
memory
The
grated
control
214-1
printer
can
Card
204B-111-12
character
control
particularly
of
the
central
are
-
temporarily
processor
cycle
Model
120
control
handle a Type
Punch).
Magnetic
into
converts
Finally,
significant
processor
performed.
storing,
in
any
is
allocated
contains
directs
214-2
When
the
Tape
the
a
character
as
way.
two
the
Type
Units
code
each
character
feature
and
In
particular,
converting,
When
for
the
integrated
operation
Card
103
can
used
by
the
from
Hollerith
is
of
the
peripheral
requires
access
and
each
character
transfer.
(i.
e.,
of a Type
Reader/Punch
Magnetic
be
attached
intended
transferred,
all
of
the
checking
"built
122
(or a Type
Tape
to
the
recipient;
code
control
to
the
previously
of
information
in")
Printer,
Control
Model
to
the
it
is
main
the
information
peripheral
123
is
included,
120.
thus,
internal
checked
is
that
memory
mentioned
is
while
Card
for
example,
six-bit
for
it
operates
only
activities
-
do
transferred,
controls.
the
integrated
Reader
up
to
code
accuracy
inde-
when
infor-
not
involve
one
The
inte-
card
and a Type
four
Type
the
of
by
of
the
1016),
can
ments
If
the
additional
be
interconnected
of
practically
Model
120
Series
any
is
equipped
200
in
many
computer
with
peripheral
combinations
application.
the
Series
devices
200
Control
may
be
to
form a balanced
employed
Unit
system
Adapter
by
the
system.
which
(Feature
meets
1015
These
the
or
devices
require-
1-3
SECTION
II
The
control
lights,
switches
increases
applicat~ons.
which
which
program
is
may
located
OPERATOR'S
panel
is a rectangular
atop
the
central
be
set
by
the
operator
flexibility
[H~r;~
HOIEYIELL
by
allowing a single
SYSTEM
'ri]
120
box
processor
to
~
CONTROL
containing
power
change
program
AOD'RESS
PANEL
push
unit.
program
'~m
buttons,
flow.
to
be
indicators,
It
also
includes
The
use
used
in
several
j--i---l".um-TFAN-l
IEXT~PItOGtAMI
L
___
1.
___
r I
~2~!l_~B_J
of
and
four
these
different
SENSE
display
SENSE
switches
CONTROL
The
and
enables
manually
panel
OPERATOR
ADDRESS
permit
1.
2.
3.
4.
5.
6.
7.
These
PANEL
control
the
into
Start
Turn
Load
Clear
Execute
Interrogate
registers;
Control
Push...Button
panel
operator
control
the
operator
or
the
information
all
CONTROLS
push-button
FUNCTIONS
shown
to
enter
memory
to:
stop
the
execution
power
indicators;
single
the
supply
instructions;
and
load
and
execution
Indicators
indicators
above
and
from
provides a visual
binary
main
on
main
of
(or
memory.
of a stored
or
off;
peripheral
memory
programs
display
"octal"
units
the
from
The
program;
into
locations
by
means
address
indication
an
operator's
switches
main
and
of
of a character
memory;
control
four
and
SENSE
of
the
status
standpoint)
push
memory
switches.
in
buttons
main
of
the
information
in
memory.
entire
the
system
control
In
the
STOP
address
mode,
contained
the
address
in
the
displayed
sequence
in
the
register.
ADDRESS
2-1
indicators
is
normally
the
same
as
the
SECTION
II.
OPERATOR'S
CONTROL
PANEL
Access
tains
the
address
the
contents
octal
groups.
A
memory
the
corresponding
Buttons
for
high-order
than
16,384
Any
corresponding
from
a 1
to a 0,
of
which
button
main
bit
to
main
the
address
in
the
push
however,
memory
of
the
memory
bit
is a "I";
there
in
the
memory
memory
button;
memory
address
is
displayed
are
no
fifth
octal
locations.
address
this
it
is
is
under
control
location
register
as a binary
if
the
button
corresponding
group
register
action
sets
necessary
being
is
never
the
to
of a me.mory
referenced.
are
displayed
pattern
is
not
illuminated,
bits
are
illuminated
can
be
bit
and
reset
all
by
of
never
changed
illuminates
the
memory
address
In
the
Type
the
ADDRESS
lights.
the
corresponding
illuminated.
unless
from
a 0
the
address
register
If
a
button
the
to
button.
121
Central
push
For
system
a 1
register
(MAR)
buttons
is
illuminated,
bit
example,
contains
by
depressing
To
change a bit
which
Processor,
in
is a "0".
the
more
bits
to
con-
five
the
D's
~_
.....",
by
depressing
then
be
set
The
mode,
since
illuminated.
display
the
CONTENTS
The
the
STOP
Access
whose
contents
the
ADDRESS
by
depressing
contents
the
ADDRESS
The
lights
instantaneous
Push-Button
CONTENTS
mode,
to
they
main
are
of
the
memory
in
contents
Indicators
push-button
are
memory
displayed
CLEAR
the
appropriate
buttons
the
not
normally
in
button
address
are
ADDRESS
of
the
indicators
is
accomplished
the
CONTENTS
(or
the
push
buttons.
register
interlocked
push
buttons
memory
normally
illuminated,
INITIALIZE
can
to
be
are
address
display a character
unless
via a nine-
indicators
be
changed
effective
effective
register
they
bit
memory
as a binary
button).
manually
only
at
while
are
manually
The
when
all
times,
the
local
pattern
desired
only
the
program
in
main
changed
register
of
in
the
STOP
however,
memory.
(MLR)
lights.
lIs
may
STOP
button
is
running.
or
(NOTE:
is
and
In
displayed.
The
are
above
button
parity
set
for
resets
and
bit
the
is
reset
memory
the
not
displayed
and
the
register.
push
address
in
the
buttons
register,
CONTENTS
are
illuminated
except
indicators.)
that
2-2
according
the
CONTENTS
The
memory
to
the
same
CLEAR
local
rules
(or
register
discussed
the
INITIALIZE)
bits
Two
push
buttons,
SECTION
DISPLAY
II.
OPERATOR'S
and
ENTER,
are
CONTROL
associated
PANEL
with
the
CONTENTS
push
buttons.
CONTENTS
This
DISPLAY
ITleITlory
with
is
illuITlinated.
tions,
while
PARITY
location
any
accoITlpanying
If
a
but
the
indicator.
CONTENTS
DISPLAY
button
button
parity
all
ITlanual
PARITY
ENTER
is
effective
is
depressed,
specified
failure
The
PARITY
operations
indicator
}
only
the
by
the
punctuation
occurs
or
indicator
is
illuITlinated.
when
CONTENTS
ITleITlory
bits.
if
the
except
the
systeITl
indicators
address
addressed
ITlay
be
reset
BOOTSTRAP,
{See
page
is
in
the
register
location
prior
INSTRUCT,
2-11
STOP
display
{i.
does
to
ITlode.
the
character
e.,
the
not
exist,
perforITling
and
for a cOITlplete
When
ADDRESS
the
further
RUN
ITlay
description
the
CONTENTS
in
the
indicators}
PARITY
ITlanual
be
perforITled
ITlain
indicator
opera-
of
the
This
ENTER
button
indicators
displayed
destroyed,
the
ENTER
illuITlinate
CONTROL
These
as a binary
pressed.
turned
off
button
is
depressed,
are
written
in
the
ADDRESS
and
if
button
or
turn
Push-Button
four
push-button
pattern
Their
each
setting
tiITle
is
effective
that
is
depressed.
off
the
of
it
with
correct
indicators.
location
PARITY
Indicators
lights.
can
is
depressed.
only
the
character
contained
indicators
The
be
altered
when
the
parity
The
However,
indicator.
display
at
systeITl
and
into
previous
incorrect
depressing
display
of
the
any
tiITle,
the
the
the
ITlain
push
is
in
the
punctuation
ITleITlory
contents
parity
before,
the
octal
address
buttons
and
each
STOP
bits
ITlode.
displayed
location
of
the
ITlain ITleITlory
it
contains
CONTENTS
of a control
changes
indicator
whose
ENTER
only
is
either
When
in
correct
when
the
CONTENTS
the
CONTENTS
address
location
parity
button
ITleITlory
they
illuITlinated
is
does
register
are
are
after
not
de-
or
and
itself
It
their
in
should
be
display
conjunction
noted
is
not
with
that
the
affected
the
following
CONTROL
by a running
associated
buttons
prograITl.
2-3
have
push
no
role
They
buttons.
are
while
used
the
only
prograITl
by
the
is
running,
control
panel
SECTION
II.
OPERATOR'S
CONTROL
PANEL
CONTROL
The
If
the
CONTENTS
is
first
pressed,
(i.
e.,
the
indicators
configuration
of
the
CONTENTS
(after
the
1.
2.
3.
DISPLAY+I
CONTROL
the
ADDRESS
are
already
of
the
initial
depression)
The
contents
indicators
The
character
indicators
incorrect
or
if
the
luminated.
dicator.
The
address
the
control
DISPLAY+I
indicators
contents
indicators)
illuminated
CONTENTS
indicators,
are
in"I"
parity
addressed
See
)
displayed
memory
are
of
each
results
of
the
displayed
in
memory
above
is'
page
button
not
already
the
memory
are
displayed
when
indicators
subsequent
in
control
in
is
stored
location
2-11
in
register
is
effective
illuminated
location
in
the
CONTROL
remains
depression
the
following
memory
the
stored
displayed
with
does
for a complete
"1"
above
designated
register
ADDRESS
at
the
in
the
character
not
is
only
specified
the
CONTENTS
DISPLAY+I
the
same.
conditions:
indicators;
address
the
CONTENTS
exist,
the
description
incremented
by
the
when
when
of
the
specified
displayed
in
memory
PARITY
CONTROL
the
system
the
CONTROL
by
the
indicators.
button
Regardless
CONTROL
by
indicators.
indicator
of
the
by
one
is
memory
is
the
CONTROL
in
the
being
PARITY
and
indicators.
in
the
DISPLA
address
If
the
first
pressed,
of
the
initial
DISPLA
ADDRESS
(If
referenced,
is
il-
in-
returned
STOP
CONTENTS
Y+I
Y+I
to
mode.
button
register
the
state
button
For
contents
displayed
CONTENTS
CONTROL
This
depression
CONTROL
time,
by
indicator
CONTROL
conditions"
one
and
example,
are
31478'
in
the
indicators,
DISPLAY-l
button
of
the
DISPLAY+l
returned
s.
DISPLAY
if
the
depressing
ADDRESS
is
effective
CONTROL
button.
1"
and
to
the
CONTROL
indicators,
and
the
only
DISPLAY
"2"
above
control
the
CONTROL
contents
when
When
result.
memory
indicators
the
charactor
of
the
the
system
-1
button
the
CONTROL
and
register
specify
DISPLAY+I
in
location
sequence
is
in
is
the
same
DISPLAY
the
address
designated
the
sequence
button
register
the
as
displayed
31478
STOP
that
-1
by
twice
to
be
mode.
described
button
the
register
causes
to
be
displayed
incremented
The
is
depressed
in
"1"
setting
(octal
31478
effect
above
above
of
for
is
the
CONTROL
17),
whose
to
be
in
the
to
31508'
of
the
first
the
a
second
decremented
This
conditions"
button
1"
and
is
effective
"2"
abQve
only
result,
when
but
the
system
no
incrementation
2-4
is
in
the
STOP
or
mode.
decrementation
When
it
takes
is
depressed,
place.
~
SECTION
II.
OPERATOR'S
CONTROL
PANEL
CONTROL
The
it
is
depressed,
control
control
the
new
(Refer
pressing
STOP
when
peripheral
operates
memory
memory
new
character,
to
Button
The
in
ENTER
CONTROL
the
register
register
address
page
the
STOP
the
automatically.
is
or
2-11
CONTENTS
button
RUN
mode.
devices
•
ENTER
octal
displayed
if
the
for a complete
button
configuration
designated
are
destroyed,
in
addressed
ENTER
•
is
illuminated
In
the
may
be
actuated
Depressing
the
CONTENTS
location
description
button
STOP
is
by
when
mode,
only
this
effective
displayed
the
CONTROL
and
does
does
the
the
by
manual
push
only
in
the
character
indicators.
not
of
the
not
cause
o
system
system
button
when
the
the
ADDRESS
indicators.
in
exist,
PARITY
an
internal
is
in
executes
"stepping."
enables
system
main
If
incorrect
the
PARITY
indicator.)
the
STOP
the
indicators
The
memory
interrupt
no
program
In
the
central
is
in
previous
parity
indicator
mode.
RUN
processor
the
STOP
is
written
which
is
It
should
demand
It
instructions,
mode,
contents
is
stored
is
illuminated.
be
to
is
not
the
to
mode.
into
the
of
stored
with
noted
be
set.
illuminated
and
system
be
de-
When
the
at
the
that
energized
while
luminated
fully
mode
that
the
In a normal
executed
is
are
The
1.
2.
3.
4.
when
the
system
when
not
in
progress
STOP
is
the
stop,
and
entered
mode
When a program
(normal
When
the
When a parity
and
the
memory
completed.
STOP
When
has
CLEAR
indicator
the
been
RESET
in
the
RUN
mode
the
is
the
last
nor
the
have
can
stop);
STOP
instruction
cycle;
While
SYSTEM
depressed.
Button");
DC
OFF
STOP
is
instruction
one
STOP
been
completed.
be
entered
Halt
button
failure
under
however,
the
nor
CLEAR
button
mode,
subsequently
under
performed,
button
in
(H)
instruction
is
depressed
occurs.
execution
all
peripheral
the
RUN
button
This
is
is
depressed.
the
EXTERNAL
entered.
extraction
regardless
illuminated,
one
of
six
A
parity
is
peripheral
operations
indicator
is
not a normal
however,
ways:
(with
(normal
failure
stopped
operations
is
illuminated;
depressed
If
indicator
or
of
or
without
stop);
at
are
after
stop
an
interrupt
(see
execution
interrupt
until
branch)
is
not a normal
the
end
are
completing,
the
(see
below,
signal
page
at
the
processing.
all
peripheral
is
of
the
allowed
STOP
"SYSTEM
2-12)
time
executed
stop,
current
to
neither
button
is
be
received
becomes
of
the
The
operations
the
stop
STOP
il-
is
5.
When
the
depressed.
INITIALIZE
This
is
button
not a normal
is
depressed
stop
2-5
(see
after
below,
the
STOP
"INITIALIZE
button
has
been
Button");
and
SECTION
II.
OPERATOR'S
CONTROL
PANEL
6.
After
depressing
possible
SY
ST
EM C LEAR
This
CLEAR
1.
2.
3.
4.
5.
When a program
(refer
an
abnormal
the
RUN
point
in
the
Button
button
button
is
is
depressed,
Central
cycle;
The
RUN
The
central
The
PARITY
The
PROGRAM
to
page
button.
program
effective
processor
indicator
check
2-12
stop,
The
at
only
the
processor
indicator
indicator
occurs.
for a description
the
program
operator
which
after
following
operations
is
turned
cycle
is
the
the
off;
counter
turned
is
turned
may
abnormal
conditions
terminate
This
is
of
generally
attempt
STOP
button
is
off;
and
off.
not a normal
this
condition).
cannot
stop
to
restart
occurred.
be
has
result:
at
the
end
reset;
been
of
stop
resumed
the
depressed.
the
current
condition
successfully
program
at
the
When
memory
by
nearest
the
SYSTEM
simply
Peripheral
tape
control.
is
depressed,
tape
when
However,
stored
button
in a peripheral
is
INITIALIZE
The
held
down,
DC
OFF,
INITIALIZE
nated
button
in
their
results
1.
If
data
the
the
SYSTEM
tape
movement
depressed.
Button
INITIALIZE
this
switch
VOLTAGE,
button
original
in
the
The
STOP
terminated
operations
is
being
transfer
CLEAR
device,
button
causes
FAN,
is
released,
states:
following
indicator
immediately;
are
transferred
is
not
button
continues
the
is
effective
all
and
only
all
conditions:
is
allowed
completed.
is
until
STOP
control
CB
to
illuminate,
the
other
illuminated,
to
be
completed,
~
the
If
depressed,
an
interrecord
indicator
only
after
panel
CONTROL
indicators
console
data
does
lamps,
thus
are
and
is
being
no
further
not
the
STOP
except
providing
and
SENSE
turned
central
except
or
tape
gap
illuminate
processor
in
when
transferred
information
is
sensed.
button
AC
ON,
a
switch
off.
the
console
the
SYSTEM
from
If
an
after
has
been
AC
OFF,
filament
indicators
Depressing
operations
and
the
enters
instruction
the
SYSTEM
depressed.
DC
test.
the
the
magnetic
CLEAR
console
memory.
CLEAR
ON,
When
the
remain
INITIALIZE
are
button
or
is
When
RESET
illumi-
2.
3.
Central
The
central
and
other
processor
processor
auxiliary
stored
parity,
storage
instructions
overflow,
functions,
2-6
and
subcommands
and
are
cleared;
zero
balance
are
reset;
indicators,
SECTIONII.
OPERATOR'S
CONTROL
PANEL
4.
5.
6.
7.
8.
9.
The
The
and
are
The
Item-mark
All
off;
An
lease
indicators,
following
Printer
Tape
Card
central
memory
their
associated
cleared
system
interrupt
and
"initialize"
read/write
states:
Control
Control
Reader
processor
address
to
zeros;
is
set
trapping
demands
signal
to
inhibit
and/
or
cycle
register
displays
to
the
is
reset;
and
is
channels,
interrupts
Punch
counter
(MAR)
(i.
e.,
two-character
peripheral
sent
to
all
to
clear
during
Control
is
reset;
and
the
ADDRESS
addressing
interrupt
peripheral
stored
initialization,
Same
plus
Error
Stored
indicators
mode
memory
and
CONTENTS,
mode;
allow
controls
instructions,
response
error
indicators
instruction
entered.
local
functions
causing
to
and
to
as
indicator
reset,
register
are
clear
assume
to
local
reset.
reset.
cleared,
"alphanumeric"
(MLR)
respectively)
turned
them
to
error
the
"clear,"
error
re-
The
operator
stop
conditions
extremely
performing
operation
eight
it
may
RUN
or
waiting
unless a parity
RUN
switches
important
restart
of
conditions
be
necessary
Button
The
RUN
to
button
In
to
the
is
be
RUN
(e.
the
program
outlined
button
enter
check
effective.
overridden
mode,
should
g.,
error-check
that
the
procedures.
above
to
rerun
is
illuminated
the
STOP
or
program
the
exercise
operator
If
or
during
may
the
program
mode.
Depressing
when
the
system
caution
conditions,
the
either a normal
destroy
when
The
check
the
central
executes
in
use
discretion
INITIALIZE
pertinent
from
the
RUN
is
stored.
RUN
processor
(without
using
program
the
system
mode
button
the
INITIALIZE
or
in
clearing
button
or
beginning.
can
A
abnormal
program
is
in
be
stored
causes
is
energized
manual
is
the
machine
error-check
depressed
stop
information.
RUN
entered
check
the
AC
intervention)
button
malfunctions,
mode
by
must
OFF
and
following
at
any
condition,
and
depressing
be
and
no
check
stored
conditions
time
the
In
such
turned
cleared
RESET
conditions
machine
etc.).
during
resulting
an
off
the
RUN
before
DC
program
It
and
the
event,
when
button,
the
OFF
exist.
in-
is
in
structions
INSTRUCT
under
Button
control
of
the
sequence
register.
2-7
The
INSTRUCT
SECTION
button
is
effective
II.
OPERATOR'S
only
when
CONTROL
the
system
PANEL
is
in
the
STOP
mode
with
the
PARITY
execute
is
turned
data
RUN
the
pressing
When
instructions
BOOTSTRAP
is
depressed,
and
only
transfer,
and
STOP
transfer,
If
the
the
depression
The
off,
PROGRAM
the
next
and
the
the
RUN
indicators
the
STOP
central
INSTRUCT
are
Button
BOOTSTRAP
of
executed.
the
following
processor
the
indicators
instruction.
RUN
indicator
indicator
are
indicator
button
INSTRUCT
button
conditions
extinguished.
While
is
turned
turned
is
illuminated.
is
not
on
the
button
..
is
effective
that
is
illuminated.
off
until
in
the
control
causes
only
result:
instruction
off
when
data
interrupt
panel
when
Pressing
If
the
transfer
mode
causes
the
interrupt
the
is
the
instruction
data
but
the
system
this
button
being
terminates.
transfer
is
storing
interrupt
mode
is
executed,
in
causes
specifies
begins,
mode
to
change,
the
At
an
interrupt
STOP
the
the
STOP
so
the
completion
to
no
mode.
program
a
peripheral
that
both
demand,
be
entered.
program
to
indicator
the
of
When
it
1.
2.
3.
4.
The
The
into
the
the
starting
A
simulated
channel
ignated
buttons
the
memory
NOTE:
The
punctuation
operation
not
terminated
The
NOTE:
contents
address
information
indicated
sequence
and
peripheral
one
is
by
the
(memory
local
A
write
nate
the
if
they
peripheral
are
In
the
terminated
of
the
by
register,
current
generated.
setting
designate
bits
automatically
by a record
Type
memory
of
local
register).
register
instruction
address
instruction
of
flow
is
224-1,2
only
address
the
setting
the
A-
location
read
or
The
the
low-order
bits,
is
issued
of. a
printer
the
address
is
each
character
cleared
mark
terminated
Card
by a record
register,
of
the
and
B-address
counters
write
peripheral
instruction
six
If a tape
tape
driv.e
if
the
control
of a tape
always a read.
read
to
zeros.
in
memory.
by
the
Reader/Punch,
mark
the
ADDRESS
registers,
of
read/write
specifying
control
bits
of
the
control
number
CONTENTS
or a card
control,
into
memory
A
BOOTSTRAP
peripheral
data
in
memory.
memory
buttons
channel
addressed
CONTENTS
is
designated
zero
is
buttons
punch
the
control.
transfer
local
is
placed
and
both
one;
read/write
is
des-
push-
by
read.
desig-
control;
generated
during a BOOTSTRAP
operation
is
register,
the
is
sequence
register,
of
read/write
MODE
the
buttons
A-
and B -address
channel
at
the
time
one
registers,
are
altered
the
BOOTSTRAP
by
and
both
the
BOOTSTRAP
button
2-8
the
is
starting
pressed
and
operation.
has
no
current
The
effect
location
setting
on
the
counters
of
the
ADDRESS
BOOTSTRAP
SECTION
II.
OPERATOR'S
CONTROL
PANEL
operation
PROGRAM
SENSE
used
conditionally
when
conditional
altered.
milliseconds
or
AC
the
ON,
Switches
These
to
control
the
SENSE
AC
itself.
indicator
four
program
on a particular
setting
(A
of a SENSE
branch
SENSE
before
switches
OFF,
If
the
BOOTSTRAP
is
illuminated,
illuminated
flow,
instruction
switch
finally
must
DC
ON,
push
since
setting
switch
is
executed
reverses
assuming
be
altered
RESET
button
the
buttons,
each
of
the
is
altered.
its
its
only
DC
OFF
is
behavior
SENSE
numbered
can
be
switch.
within
state
when
new
state;
in
Push-Button
pressed
of
the
tested
The
Otherwise,
50
milliseconds
pressed,
the
the
STOP
while
system
from
by
system
program
mode.
Switches
either
is
right
program
should
the
results
but
)
the
PARITY
unspecified.
to
left
in
instructions
be
cannot
after
the
does
so
must
be
•
indicator
ascending
which
in
the
STOP
be
specified
SENSE
several
structured
times
rom
order,
branch
mode
switch
for
accordingly,
If
...
is
or
if
50
the
are
the
of
the
When
power
1.
2.
3.
4.
apply
The
indicator,
not
page
The
pressed.
the
RESET
the
by
illuminates
AC
the
button
RUN
the
illuminates
illuminated
central
OFF
must
processor
OFF
switches
AC
affected
DC
DC
DC
the
The
AC
ON
STOP
STOP
The
RESET
remove
power
2-12).
ON
DC
ON
power
and
must
button
processor.
indicator
be
button
to
the
are
as
follows:
ON
button
and
turns
by
the
ON
button
The
DC
indicator,
OFF
indicator
button
checks
OFF
switch
the
AC
DC
ON
and
RUN
be
depressed
has
been
button
depressed
d-c
is
DC
OFF
the
DC
when
an
after a voltage
after a voltage
is
interlocked
power,
system,
applies
off
the
power
is
effective
ON
button
and
to
become
(see
removes
OFF
and
indicators.
buttons.
depressed,
depressed.
switch
OFF
indicator.
undervoltage
This
before
the
STOP
the
AC
a-c
power
AC
OFF
checks,
turns
is
page 2-12).
prior
removes
switch
any
problem
with
viz.,
only
applies
off
illuminated
effective.
both
a-c
RESET
The
Therefore,
to
depressing
the
or
is
problem
attempt
has
the
STOP
button
ON
button
to
the
indicator.
VOLTAGE,
after
the
d-c
power
the
RESET
red,
The
and
DC
OFF
AC
OFF
to
AC
OFF
d-c
power
The
RESET
overvoltage
also
used
has
is
made
been
and
must
be
must
system,
AC
ON
to
DC
it
DC
ON
d-c
power
indicators,
button
remove
the
switch
from
to
extinguish
been
to
corrected.
RUN
depressed
be
depressed
illuminate-s
The
AC
FAN,
button
the
system,
OFF
must
be
indicator
from
is
interlocked
a-c
AC
OFF
is
not
the
DC
OFF
condition
corrected.
energize
buttons.
ON
indicator
or
CB
has
indicator.
pressed
is
the
and
turns
power,
button.
effective
system
indicator
exists
the
This
the
The
RESET
Therefore,
prior
to
first.
the
AC
is
(see
been
de-
illuminates
If
the
to
enable
turned
system,
off
with
the
STOP
If
the
until
and
is
in
the
RESET
switch
central
DC
depressing
The
ON
off
the
DC
to
functions
2-9
the
RESET
RESET
The
RESET
page
2-12)
the
RESET
glows
depressing
indicator.
red;
DC
SECTION
DC
OFF
OFF
switch
DC
OFF
and
is
DC
OFF
in
other
the
RESET
The
RESET
button.
indicator
turned
button
cases
II.
OPERATOR'S
If
is
not
off
when
is
it
is
DC
OFF
DC
OFF
the
RUN
effective
is
illuminated
the
DC
illuminated
white.
button
switch
CONTROL
button
until
the
by
ON
switch
by a VOLTAGE
Following a VOLTAGE
resets
has
only
no
has
STOP
the
affect
PANEL
been
power
is
the
VOLTAGE
on
depressed,
button
checks
depressed.
check,
a-c
is
depressed.
check,
power
the
(see
When
it.
check
•
ADDRESS
Two
on
the
control
character
when
in
the
modification
central
system
acter
INTERRUPT
indicator.
STOP
control
processor
is
mode
The
mode.
panel
MODE
separate
addressing
in
Type
The
Buttons
illuminating
panel.
three-character
information).
changes
the
STOP
without
Push-Button
item-mark
121
Central
INTERRUPT
If
the
INTERRUPT
interrupt
The
mode
mode.
demand
•
ADDRESS
"2"
button
(specifying
mode
The
appropriate
addressing
However,
trapping
Indicator
Processor
button
is
is
anyone
(specifying
modes.
is
control
is
effective
button
set,
but
ADDRESS
m
MODE
illuminated
of
anyone
button
The
when
the
entered
panel
at
is
pressed
the
INTERRUPT
push
buttons
when
the
4,096
INITIALIZE
regardless
all
locations).
of
is
illuminated
push
is
equipped
times,
while
32,768
buttons
the
labelled
central
memory
from
are
button
of
the
with
even
system
indicator
processor
The
effective
is
previous
an
when
is
is
"2"
and
"3"
button
locations
instant
pressed,
INTERRUPT
the
in
not
to
only
mode.
system
the
STOP
illuminated
"3"
is
in
plus
instant
the
are
the
is
illuminated
address
when
two-char-
push
is
in
mode,
until
provided
two-
as
the
the
button
the
the
the
system
interrupt
For
1.
2.
3.
4.
If
processor
and
remains
as
the
the
control
subsequently
signal
an
interrupt
The
The
The
A
memory
the
external
enters
so
external
panel
enters
is
actually
central
central
central
interrupt
the
as
long
interrupt
(see
signal
processor
processor
processor
cycle
external
as
the
mode
page
the
RUN
honored.
to
be
is
allocated
demand
interrupt
central
is
2-12)
is
mode
honored,
is
in
is
not
is
about
is
processor
entered,
illuminated
(as a result
the
the
RUN
already
to
extract
to
the
set
and
mode
and
the
2-10
of
following
mode;
in
the
external
the
central
the
is
EXTERNAL
and
processor.
above
the
INTERRUPT
in
the
remains
pressing
conditions
interrupt
op
code
conditions
external
indicator
so
for
the
must
of
an
are
indicator
interrupt
in
the
RUN
button)
be
satisfied:
mode;
instruction;
satisfied,
becomes
mode.
the
lower
duration
of
and
and
the
In
right
the
the
central
illuminated
addition,
corner
interrupt.
of
If
the
central
processor
SECTION
is
already
II.
OPERATOR'S
in
the
RUN
mode
CONTROL
when
the
PANEL
external
interrupt
demand
is
set
(as a result
interrupt
soon
as
During
o.
RUPT
Normal
indicators
is
not
effective
CONTROL
The
control
is
white,
mode
the
four
and
EXTERNAL
Mode
may
PANEL
control
panel
and
of
pressing
and
the
conditions
processing,
(RNM)
be
reset
unless
INDICATORS
panel
(see
below).
all
other
the
INTERRUPT
INTERRUPT
outlined
the
indicators
instruction.
by
pressing
the
STOP
indicators
They
indicators
external
are
Similarly,
button
are
are
are
button
above
interrupt
reset
the
INITIALIZE
has
located
visible
red.
button),
and
the
are
satisfied.
mode
(extinguished)
the
been
pressed.
in
only
the
central
EXTERNAL
is
external
button.
the
lower
when
illuminated.
processor
indicator
terminated
when
the
interrupt
The
right-hand
enters
become
and
the
program
demand
INITIALIZE
corner
The
INTERRUPT
the
external
illuminated
associated
executes a Resume
and
the
button,
of
the
INTER-
associated
however,
operator's
indicator
as
RE'SET
moo
PARITY
location
pressing
manual
can
BOOTSTRAP
unspecified.
allowed
sumed.
any
Indicator
The
or
either
operations;
be
performed
A
parity
to
It
recovery
PARITY
when
go
may
o
HOIEYIELL
indicator
the
the
SYSTEM
however,
while
button
to
procedure
is
check
completion.
be
possible,
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ADDRESS
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120
is
location
the
PARITY
pressed
is
not a normal
is
subject
illuminated
addressed
CLEAR
all
After a parity
however,
manual
while
to
button
indicator
the
stop
locally
when
does
operations
PARITY
condition.
to
go
incorrect
not
exist.
or
the
INITIALIZE
is
illuminated.
indicator
check
back
occurs,
to
established
The
except
However,
the
last
policy.
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parity
BOOTSTRAP,
is
the
is
indicator
button
It
should
illuminated,
all
peripheral
program
instruction
detected
___
prior
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in a main
may
be
extinguished
to
performing
INSTRUCT,
be
noted
normally
and
that
system
operations
cannot
attempt
SENSE
memory
and
if
the
behavior
be
to
rerun,
by
further
RUN
is
are
re-
but
2-11
SECTION
II.
OPERATOR'S
CONTROL
PANEL
VOLTAGE
If
the
supply,
The
the
RESET
VOLTAGE
button.
FAN
Indicator
If
the
minated,
minated,
FAN
indicator
CB
Indicator
If
the
illuminated,
illuminated,
Indicator
Model
VOLTAGE
DC
indicator
Model
and
d-c
and
the
is
Model
and
and
120
OFF
120
power
DC
normally
120
d-c
the
ceases
indicator
indicator
may
ceases
ON
operating
be
reset
operating
to
the
indicator
is
is
system
illuminated
cease s operating
power
DC
ON
to
the
indicator
due
illuminated,
illuminated
by
depressing
due
is
removed.
is
turned
also.
due
system
is
turned
to
an
undervoltage
and
the
red,
and
the
STOP
to a temperature
Also,
off.
When
to a circuit
is
removed.
off.
d-c
the
the
breaker
Also,
power
DC
button
check,
the
AC
or
an
ON
indicator
and
RESET
OFF
actuation,
the
RESET
overvoltage
to
the
then
the
FAN
DC
indicator
system
is
the
OFF
is
the
DC
OFF
of a d-c
is
removed.
turned
RESET
indicator
indicator
illuminated,
CB
indicator
indicator
off.
DC
is
is
power
The
OFF
illu-
illu-
the
is
is
..
-~
EXTERNAL
This
automatically
the
four
conditions
anyone
of
1.
2.
3.
During
is
reset
Pressing
interrupt
minated
(extinguished)
the
mode
as
PROGRAM
Indicator
indicator
whenever
the
following
By
receipt
By
pressing
is
in
the
when
the
By
execution
processing,
INITIALIZE
and
long
as
Indicator
operates
the
central
outlined
on
three
of
an
the
RUN
mode
central
of a programmed
the
when
button
extinguishes
the
INITIALIZE
in
conjunction
page
ways:
interrupt
control
or
processor
external
the
program
when
the
processor
2-10
are
signal
panel
by
INTERRUPT
pressing
is
in
interrupt
executes a Resume
the
system
EXTERNAL
button
is
with
external
enters
satisfied,
the
the
from a peripheral
button
the
INTERRUPT
the
STOP
Monitor
mode
is
Call
in
mode;
is
the
indicator;
held
depressed.
interrupt
external
external
control;
when
and
(MC)
instruction.
terminated
Normal
STOP
however,
processing.
interrupt
interrupt
the
and
INSTRUCT
and
mode
central
the
Mode
also
the
mode.
mode
processor
buttons
EXTERNAL
(RNM)
resets
indicator
It
is
illuminated
Provided
is
entered
instruction.
the
external
remains
that
in
indicator
illu-'
the
This
control
indicator
panel
(see
is
page
located
2-11).
adjacent
The
to
the
EXTERNAL
PROGRAM
2-12
indicator
indicator
is
illuminated
in
the
lower
right
whenever a program
corner
of
SECTION
II.
OPERATOR'S
CONTROL
PANEL
check
optional
occurs.
op
A
PROGRAM
operations,
dress
of
the
Pressing
check
and
extinguishes
OPERATING
The
standard
button
is
illum.inated.
illum.inate,
accom.plished
1.
A
program
code.
indication
however,
op
code
of
of
either
PROCEDURES
operating
the
central
by
depressing
To
display a control
it
references:
check
are
allowed
the
instruction
the
the
PROGRAM
If
depressing
processor
is
caused
results
to
in
go
INITIALIZE
procedures
the
m.ust
either
the
m.em.ory
by
an
autom.atic,
to
com.pletion.
that
is
button
indicator.
outlined
STOP
be
cleared
SYSTEM
register
the
use
of
responsible
or
the
below
button
does
or
initialized
CLEAR
and
an
illegal
unprogram.m.ed
The
sequence
for
the
program.
SYSTEM
can
be
not
CLEAR
perform.ed
cause
before
button
the
or
character
op
code
halt.
register
the
the
INITIALIZE
in
m.ain
or a non-installed
All
peripheral
contains
check.
button
STOP
only
resets
when
indicator
proceeding.
button.
m.em.ory
the
the
This
the
ad-
program.
STOP
to
is
2.
a.
b.
To
di~play
a.
b.
c.
d.
Press
the
control
indicated).
now
appears
Press
the
specified
pears
the
in
setting
indicators.
characters
If
it
is
desired
ning
with
below.
other
than
pressing
address
Press
the
register
Press
the
register
1ected
Press
in
the
button,
of
characters.
appropriate
m.em.ory
The
in
CONTROL
by
the
the
ADDRESS
of
the
to
the
current
If
it
is
desired
the
current
the
appropriate
into
the
CONTROL
(octal
CONTROL
selected
step
"a"
CONTROL
depending
register,
address
the
illum.inated
setting
address
in
successive
display
m.em.ory
16
or
in
step
above.
on
CONTROL
if
of
the
DISPLAY
of
the
indicators,
indicators
successive
setting
to
display
setting
ADDRESS
address
buttons
07).
ENTER
"~btl
DISPLA
the
desired
buttons
different
desired
CONTROL
button.
control
m.ain
of
the
som.e
of
the
register.
to
designate
button
above
Y+l
or
direction
from.
control
The
m.em.ory
and
the
is
displayed
m.em.ory
m.ain
program.,
location(s)
program.,
buttons)
to
set
to
the
the
CONTROL
(to
specify
the
register
m.ernory
indicators.
m.ain
register
character
locations:
m.em.ory
proceed
m.anually
the
desired
_
the
desired
the
control
starting
of
the
the
m.em.ory
referenced
in
the
locations
to
beginning
unassigned
m.em.ory
address
DISPLAY-l
serial
desired
presently
register
address
now
ap-
by
CONTENTS
begin-
step
lid
II
with
enter
(by
starting
se-
display
e.
NOTE:
Press
No
increm.entation
the
first
the
CONTROL
button a second
depression
DISPLAY+l
tim.e
to
or
of
display
2-13
decrem.entation
either
in
button.
or
the
the
CONTENTS
CONTROL
takes
place
DISPLAY-I
indicators
upon
the
SECTION
II.
OPERATOR'S
CONTROL
PANEL
3.
f.
To
a.
b.
character
cators
register
NOTE:
Press
DISPLA Y -1
cations
write
characters
If
it
is
memory
program,
information
current
the
appropriate
into
the
Press
register
referenced
and
to
increment
to
the
If
the
with
the
characters
cators
the
current
Otherwise,
ter
referenced
operator
repeatedly
button
have
been
desired
locations
proceed
into
setting
memory
the
CONTROL
(octal
next
sequential
displaying
current
displayed
begin
with
setting
the
in
step
the
until
displayed
into
successive
to
enter
beginning
to
some
of
the
ADDRESS
address
buttons
16
or
07).
by
the
setting
or
decrement
of
the
setting
the
of
display
in
the
"a"
above.
CONTROL
the
desired
in
information
with
step
"d"
location(s)
program,
buttons)
register.
to
of
location.
characters
of
the
in
the
CONTENTS
character
the
ADDRESS
begins
address
DISPLAY+l
successive
the
CONTENTS
main
into
the
below.
beginning
manually
the
designate
the
the
program,
designated
with
selected
memory
successive
current
If
it
desired
ADDRESS
controlling
is
to
begin
the
indi-
indicators.
the
charac-
by
or
the
memory
indicators.
locations:
setting
is
de
sired
with
other
enter
(by
starting
the
desired
indi-
by
the
CONTROL
lo-
main
of
the
to
than
pressing
address
controlling
enter
the
c.
d.
e.
f.
Press
register
selected
Press
button,
into
NOTE:
the
the
depending
main
No
selected
in
memory.
upon
Press
button
ter
the
again
referenced
increment
sequential
NOTE:
If
current
played
nated
cators.
one
tor
If a different
be
written
CLEAR
button.
CONTROL
in
step
"a"
above.
CONTROL
on
incrementation
the
first
CONTROL
to
display
by
the
or
decrement
location.
the
entering
setting
in
the
by
the
Otherwise,
referenced
in
step
"a
character
into
the
desired
ENTER
step
"b"
DISPLAY+l
the
desired
or
depression
DISPLA
in
the
setting
the
of
the
of
the
CONTENTS
current
in
the
II
above.
from
memory
button
above
or
to
to
the
the
direction
decrementation
of
either
Y+l
or
the
CONTENTS
of
the
ADDRESS
controlling
characters
program,
indicators
setting
the
of
character
address
that
displayed
location,
set
the
starting
CONTROL
of
button.
CONTROL
indicators
register
is
to
the
character
is
the
ADDRESS
displayed
selected
in
control
address
DISPLAY-l
character
takes
DISPLAY-l
indicators
to
the
begin
the
one
by
the
step
"e"
press
memory
entry
places
the
charac-
and
next
with
the
dis-
desigindiis
the
opera-
above
the
CONTENTS
to
is
to
g.
h.
Press
de
sired
Press
ter
into
the
CONTENTS
character.
the
CONTENTS
main
memory.
buttons
ENTER
to
button
2-14
create
to
the
write
octal
the
equivalent
desired
of
charac-
the
SECTION
II.
OPERATOR'S
CONTROL
PANEL
4.
5.
1.
To
a.
b.
c.
d.
To
a.
b.
c.
d.
e.
Repeat
characters
trace
Set
(octal
Press
operation
Press
Repeat
perform
Press
Press
tion
Press
ripheral
Prepare
cycle
read
Press
cator
steps
program
the
CONTROL
17),
the
the
steps
a
BOOTSTRAP
the
the
in
main
the
the
up
the
in
the
the
to
illuminate.
"e"
through
to
be
written
flow
manually:
unless
CONTROL
code.
INSTRUCT
"e"
and
INITIALIZE
ADDRESS
memory,
CONTENTS
control.
periphe
device)
loading
BOOTSTRAP
into
buttons
this
register
DISPLAY
button
"c"
and
button.
buttons
if
different
buttons
ral
device
to
accept a PDT
program.
button
"h"
to
(to
the
RUN
(to
designate
as
many
successive
is
already
button
execute
desired
operation:
designate
from
to
designate
de
signated
and
wait
times
as
memory
the
sequence
designated.
{to
display
the
instruction).
number
the
zero).
the
in
instruction
for
the
there
of
times.
starting
desired
"c"
above
which
STOP
are
locations.
register
the
current
loca-
pe-
(i.
will
indi-
e.
,
Abnormal
The
and
the
each
of
VOLTAGE
FAN
CB
f.
g.
Stop
Procedures
control
PROGRAM
these
occurrences
If
the
program
character
MODE
NOTE:
button
It
DRESS
contains
ing
Press
panel
the
power
indicator
is
If a VOLTAGE
ting
altogether.
The
FAN
mal
operations,
stant
(in
should
Illumination
in
which
vice
engineer
being
addressing
to
select
is
usually
MODE
the
mode
RUN
button.
indicators
signal
outlined
indicator
which
be
called.
of
case
the
should
loaded
mode,
the
not
buttons,
appropriate
control.
{viz.,
abnormal
below.
indication
In
this
may
but
if
case
the
the
CB
system
is
written
press
proper
necessary
VOLTAGE,
stop
occurs,
case,
flicker
the
indicator
system
indicator
ceases
be
called.
for
the
appropriate
addressing
to
manipulate
since
the
program
instruction
FAN,
conditions.
the
system
the
service
intermittently
illuminates
powers
denotes a circuit
operation.
other
than
two-
ADDRESS
mode.
the
AD-
usually
for
address-
andCB),
The
operating
ordinarily
engineer
at
times
and
should
remains
down), a service
breaker
In
this
event,
the
PARITY
procedures
stops
during
opera-
be
called.
nor-
con-
engineer
actuation,
the
ser-
indicator,
for
PARITY
When a PARITY
stop
and
cannot
indication
be
resumed
occurs,
2-15
normally
central
by
processor
simply
pressing
operations
the
RUN
SECTION
II.
OPERATOR'S
CONTROL
PANEL
PARITY
(cont)
PROGRAM
button.
handling
e.
g.,
handled
operator
tor
SYSTEM
and,
NOTE:
The
production
may
may
reset
if
necessary,
It
of
or
CLEAR
memory.
set
This
check
gram
(see
programmer's
clear
CLEAR
NOTE:
the
PROGRAM
or
Pressing
processor
destroying
operator
the
To
continue
of
the
offending
struction.
fied
by a word
set
of
procedures
a
program
run
error
be
defined
by
locally
the
may
be
of
procedures
condition
page
2-12).
instructions
the
INITIALIZE
use
of
processing,
op
Program
mark.
check.
requirements
conditions
or
checkout.
by
the
established
PARITY
or
the
INITIALIZE
clear
memory
possible
The
operator
specified
is
caused
Depending
indicator
the
INITIALIZE
auxiliary
pertinent
should
the
always
INITIALIZE
the
code
by
execution
The
specified
of
each
is
often a function
How a parity
programmer's
policy.
indicator
and
to
effect a restart
may
locally
by
an
on
to
the
operator,
by
pressing
button
and
button
storage
program
exercise
button.
operator
changing
it
resumes
operator
locally
may
by
installation
In
by
pressing
button
on
restart
also
perform
by
illegal
the
type
either
attempt
resets
functions,
information.
extreme
must
prevent
to a No
at
the
also
the
installation
vary,
of
the
check
instructions
general,
either
the
control
the
run.
without
the
installation.
op
code
of
run
the
operator
the
to
continue
all
central
thus
caution
Operation
next
perform
type
is
to
be
the
the
clearing
any
other
in
the
and
SYSTEM
perhaps
The
the
re-extraction
op
code
any
for
and
the
of
run,
to
the
opera-
panel
pro-
the
may
the
run.
in
(NOP)
identi-
other
handling
in-
Control
await
observing
constant
Panel
A
"checkpoint"
an
operator
the
to
signify a machine
Depending
may
indicate
tor.
(The
e.
g., a parity
and/or
tions
to
comparing
B-address
occurrence
the
operator.
the
Simply
accordingly.
sociated
panel
to
programmer-specified
with
entry
of a previously
job
Checkpoint
is a programmed
decision.
control
on
panel.
the
the
error.)
registers)
contents
The
actions
completion
Procedures
The
operator
Any
checkpoint
halt.
configuration
completion
of a checkpoint
The
contents
must
be
In
this
way,
of
specified
which
may
(e. g ••
defined
operating
condition
can
of
the
of a job
implies
of
the
consulted
the
operator
registers
be
taken
demounting
parameter
options.
whereby
easily
is
denoted
control
or
the
that
pertinent
in
can
with
by
the
tapes.
which
processing
recognize
by
panel
lights,
necessity
no
abnormal
control
accordance
determine
predefined
operator
disposition
permits
is
the
existence
the
control
the
checkpoint
for a parameter
stop
conditions
memory
with
the
register
the
nature
checkpoint
are
those
of
output.
processing
delayed
of a checkpoint
panel
lights
(machine
entry
have
(usually
,
programmer's
of
the
codes)
which
and
are
etc.)
to
continue
or
stopped
becoming
by
occurred,
machine
then
normally
or
the
according
halt)
the
opera-
the
instruc-
halt
act
control
to
by
A-
(by
as-
---
2-16
~--
--
400
to
cards
the
The
123
Type
per
minute
is
80-column
123
Card
Reader
on a demand-feed
cards
(standard)
TYPE
processes
SECTION
123
cards
basis.
or
51-column
CARD
The
III
READER
at
the
input
rate
medium
cards
of
(optional).
by
means
column
each
column
processor
ferred
terminated
is
sensed
As
hopper, a wait
of
3,000
input
hopper
error
80
by
shown
cards;
cards
Starting
of
(or
character)
this
when
in
12
photocells;
51)
has
is
decoded
control
the
memory,
in
Figure
station,
the
or
removed
may
be
with
column
all
been
read.
(i.
e.,
by
the
integrated
to
the
main
last
column
whichever
3-1,
a
reading
output
offset-stacked
stacker
from
..
1,
information
columns
The
translated
memory.
is
read
occurs
the
basic
station,
has a capacity
the
output
in
the
are
read
information
into a six-
card
control
Data
or
when a record
first.
components
and
stacker
output
CARD
PATH
is
an
stacker
read
serially
contained
bit
and
transfer
of
output
of
2,500
while
optically
until
central
is
trans-
is
mark
the
Type
stacker.
cards.
cards
•
in
are
123
The
Cards
being
Card
input
may
read.
Reader
hopper
be
Selected
are
an
input
has a capacity
loaded
into
cards
the
or
CONTROL
The
below.
PANEL
layout
-r-
OUTPUT
STACKER
SWITCHES
of
the
2,500
CARDS
Figure
switches
/
3-1.
AND
and
D
READ
STATION
Card
Path
INDICATORS
indicators
3-1
in
on
------
WAIT
STATION
Type
the
123
card
Card
reader
3,000
CARDS
INPUT
HOPPER
Reader
main
control
panel
is
shown
Main
Control
The
Panel
switches
SECTION
Switches
are
momentary-contact
III.
TYPE
MICRO
123
CARD
SWITCH
READER
push
buttons
which
become
effective
upon
depression.
POWER
POWER
TRANSPORT
A
ON
OFF
ON
TRANSPOR T OFF
RUNOUT
description
to
Pressing
extinguishes
data
Pressing
the
condition.
upon
mode.
the
a
cycle
of
Pressing
The
POWER
the
card
switch
transfer
(provided
transport
ON
indicator.
Pressing
OFF
switch
data
OFF
switch
This
switch
signal
read
VALIDITY
check
is
stored,
and
sets a cycle
these
this
reader.
this
the
is
pressed
the
the
Pressing
this
is
transfer
extinguishes
is
Pressing
and
causes
station
check
when
the R uNOUT
switches
switch
ON
switch
follows.
turns
indicator
turns
POWER
while a card
is
unspecified.
TRANSPORT
POWER
motors
ON
if
this
switch
stops
pressed
is
unspecified.
effective
the
RUNOUT
the
card
to
the
output
and a TRANSPORT
the
instruction
check.
on
primary
is
illuminated
off
all
ON
indicator.
is
ON
switch
switch
they
switch
the
has
have
also
transport
while a card
the
TRANSPORT
only
when
switch
in
the
wait
stacker.
is
switch
clear s the
power
being
been
been
is
Pressing
the
not
power
when
in
the
If
the
read,
starts
the
pressed)
stopped
illuminates
motor
being
read,
the
ON
reader
generates
station
The
clear
check;
stored.
stored
in
the
card
power
card
reader
POWER
the
effect
transport
or
because
the
s.
If
the
the
TRANSPORT
indicator.
is
in
the
the
"clear"
to
be
moved
signal
it
also
If
an
instruction
reader.
is
applied
and
OFF
upon
motors
restarts
of a jam
TRANSPORT
TRANSPOR
effect
STOP
through
resets
resets
a
instruction
T
START
Pressing
status
switch
resets
busy
is
pressed
starting
is
not
the
START
and
illuminates
moves a card
the
CARDS
signal
to
the
before
of
the
transport
illuminated,
switch
into
and
central
five
no
action
3-2
the
START
the
INPUT
processor.
seconds
motors,
places
wait
indicators,
has
results.
the
reader
indicator.
station
If
elapsed
or
when
(if
and
the
following
the
in a "ready"
The
START
it
is
empty)
deactivates
START
STOP
indicator
the
switch
the
SECTION
III.
TYPE
123
CARD
READER
Ma,in
STOP
Control
The
Panel
indicators
CARDS
INPUT
TRANSPORT
Indicators
described
Pressing
ready
signal
active
tion
is
is
pressed,
and
executed.
below
The
CARDS
is
full,
empty,
against
The
INPUT
either
refilled
the
operator
may
be
The
TRANSPORT
occurs
doors
3-8).
this
indicator
NOTE:
the
STOP
status
to
until
in
and
the
central
the
process
that
are
illuminates
START
in
instruction
visible
indicator
or
when
both
or
when
the
the
stacker
indicator
not
filled
following a START
following a read
is
required
performed
indicator
which
on
The
the
transport
may
device
is
illuminated.
require
After a TRANSPORT
necessary
pressing
RUNOUT,
switch
processor
switch
the
only
is
the
cards
feed
is
while
before
motors
to
the
and
removes
the
is
is
card
control
is
transmitted
when
illuminated:
illuminated
input
hopper
in
the
rolls.
illuminated
instruction.
(see
page
the
machine
is
illuminated
the
operator
clearing
are
cycle
up
POWER
TRANSPORT
the
STOP
indicator.
activated
pressed.
when
when
and
stacker
when
switch
Corrective
3-7)
covers
the
turned
indication,
the
device
OFF,
reader
and
If
a
the
to
the
the
output
the
wait
are
not
the
wait
depression
and,
in
are
when a jam
to
swing
jam
condition
off
automatically
it
again
POWER
switches.
from
The
remains
read
STOP
reader
station
pressing
station
action
most
in
place.
open
becomes
by
ON,
the
busy
instruc-
switch
stacker
or
by
cases,
condition
the
(see
are
is
not
rear
page
when
CYCLE
VALIDITY
READER
The
CYCLE
detects a cycle
until
the
next
card
control.
cell
circuit
the
integrated
action
and
continue
and
remain
The
VALIDITY
whenever
column
the
next
control.
may
remain
is
being
PDT
at
taken
busy
an
Under
offset-stack
offset-stack
action
The
occurs
indicator
mode.
control
is
taken
READER
which
is
The
panel,
also
nature
indicator
check.
PDT
A
cycle
the
reading
card
by
the
to
process
until
check
illegal
read.
instruction
program
busy
until
the
error
the
error
by
the
indicator
the
operator
illuminated
i.
e.,
3-3
is
illuminated
The
instruction
check
control
operator,
cards,
corrective
(illegal
combination
The
indicator
is
control,
corrective
card
card
operator.
is
of
the
failure
POWER,
when
indicator
is
remains
issued
indicates a failure
station.
may
Under
:cemain
offset-
or
offset-stack
stack
action
punch)
of
indicator
holes
remains
issued
to
the
the
integrated
action
and
continue
and
remain
illuminated
does
not
when
when a machine
normally
the
reader
is
indicated
PICKER,
the
to
the
program
busy
is
taken
occur
illuminated
integrated
is
taken
to
process
busy
or
HEAT.
reader
illuminated
integrated
in
until
corrective
the
error
the
by
is
illuminated
in
the
card
by
until
corrective
correct.
is
in
on
the
control
the
photo-
control,
card
error
the
operator.
card
card
control
the
cards,
failure
This
the
TEST
auxiliary
card
until
operator,
or
SECTION
III.
TYPE
123
CARD
READER
READER
(cont)
Auxiliary
The
Control
switches
NOTE:
Panel
described
The
used
Switches
below
auxiliary
by
the
NOTE:
are
control
operator.
NORM
CONT
A
POWER
operator
Corrective
quired
toggle
in
switches
panel
indication
by
resetting
action
the
case
which
(see
Figure
~
~
can
be
a
circuit
by a service
of a PICKER
may
be
3-2)
is
not
corrected
breaker.
engineer
or
in
either
normally
by
HEAT
the
is
re-
indication.
of
two
""'.
positions.
MODE:
CARD
SINGLE!
Figure
NORMAL!
TEST
FEED:
CONT
3-2.
Auxiliary
This
toggle
mode
main
this
This
is
station
card
is
the
the
terminates
or
control
switch
toggle
in
the
is
pressed.
START
reader
PI
eKE
HEAT
PO
WER
the
TEST
is
filled
moved
at
R
Control
switch
TEST
panel
is
in
switch
position.
to
When
switch
400
the
action.
mode.
the
is
when
the
this
initiates
cards
0
0
0
Panel
selects
of
the
TEST
effective
the
output
Controls
either
The
card
position.
In
START
switch
continuous
per
READER
reader
only
the
SINGLE
stacker
is
minute.
and
the
when
switch
when
in
the
Indicators
NORMAL
indicator
is
illuminated
the
position,
is
pressed,
the
CONT
feeding
Pressing
(operational)
on
MODE
the
RUNOUT
position,
of
cards
the
STOP
the
when
switch
wait
and
switch
pressing
through
.....,
the
switch
3-4
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