Control Data FF524-A User manual

89637300
CONTR..OL
DATA
CORrO~nON
CONTROL
DATA®
LINE
PRINTER CONTROLLER
FF524-A
GENERAL
DESCRIPTION
OPERATION
AND
PROGRAMMING
INSTALLATION
AND
CHECKOUT
THEORY
OF
OPERATION
DIAGRAMS
MAINTENANCE
PARTS
DATA
WIRE
LIST
HARDWARE
MAINTENANCE
MANUAL

REVISION
RECORD
REVISION
DESCRIPTION
01
Released
Class
B.
ECO.CK387.
(12/73)
02
Revised.
ECO
CK524.
Publications
change
only.
15/74)
.-
03
Revised.
ECO
CK937.
Publications
change
only.
(9/74)
04
Revised.
ECO
CK1046.
Publications
change
only.
(11/74)
A
Released.ECO
CK1229.
Publications
change
only.
(6/75)
B
ECO
CK1445.Revised
pages:
iii,
vii,
viii,
2-3, 3-1, 3-3, 5-13, 5-15, 5-19, 7-1,
8-2
thru 8-9,
2-7
(9/76)
L
J
j
1-------
-,..
'""'"\.
--
r-"'"
~
Publication
No.
89637300
o
1974,
1975.
1976
by
Control
Data
Corporation
'Printed
in
the
United
States
of
America
Address
comments
conceming
this
manual
to:
Control
Data
Corporation
Publications &
Graphics
Div.
4455
Eastgate
Mall
La
Jolla,
California
92037
or
use
Comment
Sheet
in
the
beck
01
this
manual

MANUAL
TO
EQUIPMENT
LEVEL
CORRELATION
SHEET
SHEET 1
OF
1 E Q U I P M E N T S
- -
MANUAL
FCO
OR
ECO
SERIES
SIN
LOGIC
REV
DIAGRAM
FF524-A
89639900
01
01 02
01
ECO
CK085
02
51,
103
04
104
&
110
02
ECO
CK485
03
101
06
03
ECO
CK937
03
- -
04
ECO
CKI046
03
--
A
ECO
CK12.2.9
03
-A
B
ECO
CKI097
04
401
B
B
ECO
CKI311
05
501
B
B
ECO
CK1502
06
537
B
89637300
B
iiil
iv


PREFACE
Thit; manuall:lulJlJlics
reference
information
for
the CONTROL DATA®
FF524-A
Une
Printer
Controller.
This
equipment
is
used
with
the
ABI07-A/ABI08-A
Computer
to
control
the
CIA08-A/B
or
CLA09-A/B Line
Print.ers.
A knowledge
of
the
computer
and
line
printer
is
required
before
using
this
line
printer
controller.
The
following
Control
Data
publications
may
be
useful
as
references:
Title
1742 Line
Printer
Controller
Reference
Manual
1784
Computer
Rcfbrcnce
Manual
AD
I
07-A/ABI08-A
Computer
Customer
Engineering
Manual
1/0
Specification
MnnuaI
89637300 A
Publication
No.
89637200
89633400
89633300
89673100
v/vi


CONTENTS
PREFACE 5 DIAGRAMS
1 GENERAL DESCRIPTION Key
to
Logic Symbols
5-1
Signal
Flow
5-1
Introduction
1-1
Test
Points
5-2
Interface
Connectors
and
Cables
1-1
Connecting and Non-Connecting
Data
Transfer
1-1
Lines
5-2
Connectors
5-6
2 PROGRAMMING
AND
OPERATION Equipment
and
Operation
Decoder
5-7
Programming
2-1
Equipment
Number
Decoder
5-7
Codes
2-3
Protect
Logic
5-7
Converter
2-3
Write
Operation
5-7
Equipment
2-3
Write
Data
5-8
Director
Function
5-8
Command
2-3
Read
Operation
5-8
I
Director
Status
2-5
Control
Olaracters
2-8
Reply/Reject
Logic
5-8
3 INSTALLATION
AND
CHECKOUT
Data
Register
and
Parity
Generator.
Interrupt
Logic
5-10
Installation
3-1
Interrupt
Logic
5-10
Unpacking
3-1
Control
Logic
and
Timing
Physical
Limitations
3-1
Generator
5-10
Power
Requirements
3-1
Control
Logic
5-10
Cabling and
Connectors
3-1
Timing
Generator
5-12
Cooling
Requirements
3-2
Differential
Transmitters/
Environmental
Considerations
3-2
Receivers
5-12
Preparation
and
Installation
3-2
Checkout
3-7
6 MAINTENANCE
4 THEORY OF OPERATION
Tools
and Special Equipment
6-1
Maintenance 6.-1
General
4-1
A/Q
Receivers/Transmitters
4-2
7 PARTS DATA
Protection
Logic
4-2
Equipment
and
Operation
Decoder
4-2
8 WIRE LIST
Data
Transfer
4-3
Director
Function
4-3
Interrupt
Logic
4-5
Clock
Generator
and
Timing
Counter
4-5
89637300 B vii

2-1
2-2
2-3
2-4
2-5
3-1
1-1
2-1
2-2
,3-1
3-2
viii
Q-Register
Format
Function
Code
Format
Status
Code
Format
Data
Transfer
Format
Jumper
Plug
Selection
Jumper
Plug
Location
on
PWB
Specifications
AddreSSing Codes
LP
Controller
Bit
Settings
in
Register
A
Jumper
Plug
Selection
Equipment
Number
Selection
FIGURES
2-1
3-2
Location
For
Installation
of
2-2
Controller
PW
Assembly
(A/Q Bus)
3-5
2-2
4-1
Line
Printer
Controller
Block
2-2
Diagram
4-2
2-3
4-2
A/Q
Timing
Read/Write
4-4
3-4
4-3
Print
Operation
Timing
4-6
4-4
Data
Transfer
4-8
TABLES
1-2
3-3
Interrupt
Pin
Assignments
3-6
2-1
4-1
Read/Write
Functions
4-2
4-2
Director
Functions
4-4
2-8
8-1
External
Shielded
Cable
Wire
~ist
8-2
I
3-3
8-2
Internal
Cable
Wire
List
8-5
3-3
8-3
PWB
Pin
List
8-8
89637300 B

GENERAL DESCRIPTION
INTRODUCTION
This
section
contains
the
functional
and
operational
description
of the CONTROL DATA®
FF524-A
Line
Printer
Controller.
1
The
line
printer
controller
logic
circuitry
is
mounted on a
single
50-PAK
board.
The
line
printer
controller
interfaces
with
the
A/Q
channel
of
the
ABI07-A
or
ABI08-A
to
control
line
printer
operations.
Refer
to
the
1742
Reference
ManUal
for
controller
placement
in
CPU.
Each
controller
will
handle one of
the
CONTROL DATA®
ClA08-A/B
or
ClA09-A/B
Line
Printers.
It
contains
the
logic
that
interprets
ABI07-A/ABI08-A
function
codes.
controls
line
printer
operations.
transfers
data
to
the
line
printer.
and
provides
line
printer
status
information
to
the
CPU.
The
line
printer
controller
may
be
accommodated
in
any
unused
A/Q
slot
within
the
ABI07-A/ABI08-A
enclosure
or
the
BTI48-A
ExpanSion
Enclosure.
Table
1-1
supplies
a
list
of
specifications
for
the
controller.
INTERFACE
CONNECTORS
AND
CABLES
The
cables
required
for
the
operation
of
the
controller
and
the
line
printer
are
listed
in
Section
7.
Parts
Data.
OAT
A
TRANSFER
To
perform
data
transfer.
bit
QOO
of
the
Q
register
shall
be
zero
(QOO
=
0)
and
an
Output-from-A
instruction
executed.
Bits
AOO
through
A07
of
the
A
register
shall
contain
the
character
bits
to
be
transmitted.
with
leading
zeros.
The
first
character
of a
line
is
identified
as
the
control
character
and
will
not
be
printed.
(See
Page2-B
for
descript;on)
The
Data
Transfer
command
is
rejected
if
one
of
the
following
conditions
occurs:
1.
Pririter
is
not
Ready.
2.
Printer
is
Busy.
3.
Data
Status
is
false.
4.
Protect
Violation.
Data
Transfer
command
clears
EOP
and ERROR
status.
89637300 A
1-1

Table
1-1.
Specifications
SPECIFICATIONS EXPLANATION
,
PHYSICAL CHARACTERISTICS
Dimensions
Width
6-13/16
inches
Length
12-3/8
inches
Depth
3/8
inches
ENVIRONMENT
Temperature
Shipping -40" F
to
1580
F
(-40
0
C to
70
0
C)
Storage
14
0
F to
12~
F (10" C
to
50"C)
Operating
40"F to 1200
F
(50
C
to
50" C)
Humidity
Shipping o
to
100%
RH
non~onden8ing
Storage
10%
to
90%
RH
non~ondensing
Operating
10%
to
90%
RH
non-condensing
"
POWER
Input
Requirements
5
volts
de
Signal
Level
Low
State
(0)
0.4
volts
de.
or
less
High
State
(1)
2.4
volts
de,
or
more
Ground Logic
ground
is
connected
to
computer
logic
ground
1-2
8963'1300 A

PROGRAMMING
AND
OPERATION
This
section
describes
the
programming
for
the
FF524-A
Line
Printer
Controller.
Preparation
for
operation
and
operation
are
described
in
Section
3.
PROGRAMMING
Table
2-1
and
Figures
2-1
through
2-4
provide
programming
information.
A
description
of
the
codes
follows
the
figures.
15
w
Table
2-1.
Addressing
Codes
COMMAND CODE
INPUT-TO-A
QOO
=0
Illegal
QOO
= 1
Director
Status
7
E
Equipment
Code
Converter
Code (all
Os)
Figure
2-1.
Q
Register
Format
OUTPUT-FROM-A
Data
transfer
Director
Function
Command
Code
2
89637300 A
2-1

2-2
A REGISTER
Clear
Controller
Clear
Interrupt
Data
Interrupt
Request
'----
EOP
Interrupt
Request
'----
Alarm
Interrupt
Request
'----Print
Figure
2-2.
Function
Code
Format
A REGISTER
Ready
Busy
Interrupt
'----
Data
'----
End
of
Operation
L-.--Alarm
'-----
Error
L..--
___
Protected
'-----
Load
Image
(CL409
only)
Figure
2-3.
Status
Code
Format
15 8 7 o
CHARACTER
Figure
2-4.
Data
Transfer
Format
A REGISTER
89637300 A

CODES
Equipment
codes
and Command
codes
are
described
in the following.
CONVERTER
The
W
portion
of the Q
register
(Ql1 through Q15)
must
be
all
zeros
for
all
line
printer
operations.
EQUIPMENT
The
E
portion
of the Q
register
(Q07
through
QIO)
defines the
line
printer
equipment
code.
This
code
should
match
the setup of
the
four
Eauipment
Select
jumper
plugs shown in
Figure
2-5.
COMMAND
The
Command code (bit
00
of the Q
register)
defines
the
operation
to
be
performed
by
the
line
printer.
It
must
be
accompanied
by
an
Equipment code and
either
a Read
or
a
Write
signal.
Table
2-1
gives
the
Command
code functions.
/
SI
7 PTCT
Protected
when jumper
plug
is
out.
/
S5
(1 Q07
Selected
when
jumper
plug
is
in.
/ S4 7 Q08
Selected
when
jumper
plug
is
in.
'"
S3
7
009
Selected
when
jumper
plug
is
in.
,/
S2
7 010
Selected
when
jumper
plug
is
in.
Figure
2-5.
Jumper
Plug
Selection
89637300 B
2-3

DATA
TRANSFER
(000 =
0)
When
bit
QOO
is
zero
and
an Output-from-A
instruction
is
executed, the
controller
is
directed
to
perform
a
data
transfer.
Data will
be
accepted
unless
one
or
more
of the following
reject
conditions
is
present:
the line
printer
is
Not Ready, the line
printer
is
Busy with a
Print
operation, data
status
is
false,
or
a
protect
violation
exists.
Bits
00
through
07
of the A
register
contain the
character
bits
to
be
transmitted
with leading
zeros
(A08
through A15
are
zero).
The
first
character
of a line
is
identified
as
the control
character
and
is
not
printed.
(See Page
2-8
for
description
of
c:ontrol
characters)
When
six-bit
characters
are
transmitted,
bits
06,
07
of
A should be
zeros.
The Data
Transfer
command
clears
EOP
and ERROR
status.
DIRECTOR
FUNCTIONS
(000 =
1)
When
QOO
is
a 1 and
it
is
accompanied
by
both an Equipment code and Output-from-A
instruction,
the
controller
is
directed
to
perform
a
director
function.
Director
functions
are
accepted if
no
protect
violation
occurs,
with the following
constraints:
Print
directive
is
accepted
If
controller
is
Ready, Not
Busy,
and Data Status
is
true
(bit
A03
= 1).
Director
functions, except the
Print
directive,
may be stacked;
that
is,
two
or
more
functions may
be
issued
at
the
same
time.
CLEAR PRINTER
(AOO
=
1)
This
function
clears
the
controller
logie,
clears
EOP
status,
and
generates
the
Buffer
Clear
signal to
the line
printer.
It
generates
Clear
Interrupt
functions.
It
is
subordinate
to
all
other
bits
in
this
group
except
Print
(A
05)
•
CLEAR INTERRUPT
(A01
=
1)
This
function
clears
all
interrupt
requests
and
interrupt
responses.
It
is
subordinate to
all
interrupt
requests.
DATA
INTERRUPT REQUEST
(A02
= 1)
This
function
sets
the Data
Interrupt
Request flag.
This
in
turn
enables
the generation of an
interrupt
when the Data
status
flag
is
true
indicating that
data
transfer
to the line
printer
is
permitted.
The
interrupt
request
is
cleared
by
Clear
Printer
or
Clear
Interrupt.
2-4
89637300 A

The
interrupt
response
may
be
cleared
by
clearing
the
interrupt
request
as
stated
above,
or
by
Data
Transfer
or
Print
functions.
Before
Data
Transfer
to
the
printer,
Data
Interrupt
may
be
requested
and
the
response
will
signal
the
computer
that
the
printer
is
ready
to
receive
another
data
transfer.
Without
reselecting
or
clearing
this
jnterrupt
response,
the
data
transfer
can
take
place.
During
this
data
transfer,
interrupt
response
will
be
removed
until
the
printer
is
ready
to
receive
another
data
transfer.
END-OF-oPERATION
INTERRUPT
REQUEST (EOP) (A03
'-'
1)
This
function
undbles
the
generation
of
an
interrupt
on
completion
of
an
operation,
when
EOP
occurs.
The
interrupt
may
be
selected
before
or
during
the
operation.
An
interrupt
response
will
not
occur
for
an
operation
which
was
ended
before
the
selection
was
made.
The
interrupt
request
may
be
cleared
by
Clear
Controller
or
Clear
Interrupt.
The
interrupt
response
may
be
cleared
by
clearing
the
request
or
by
Data
Transfer
or
Print
functions.
ALARM
INTERRUPT
REQUEST (AM =
1)
,~
This
function
enables
the
generation
of
an
interrupt
when
an
alarm
condition
exists.
An
alarm
condition
that
exists
at
the
time
this
interrupt
request
is
made
will
immediately
provide
a
response.
If
the
alarm
condition
does
not
exist
at
the
time
of
the
interrupt
request,
the
interrupt
response
will
be
provided
as
soon
as
an
alarm
condition
is
detected.
These
conditions
are
listed
in
the
Alarm
section.
The
interrupt
request
may
be
cleared
by
Master
Clear
or
by
either
ADO
= 1
or
AOI
'"
1
with
AM
=
O.
The
interrupt
response
may
be
cleared
by
clearing
the
request
or
by
Data
Transfer
or
Print
functions.
PRINT FUNCTION (A05
'"
1)
This
function
directs
the
line
printer
to
initiate
a
print
operation.
A
print
operation
lasts
between
the
acceptance
of
a
Print
function
and
completion
of a
line
of
print.
A
register
bits
06
through
15
in
this
group
are
not
used.
DIRECTOR
5T
ATU5
The
line
printer
always
replies
to
a
status
request.
It
therefore
replies
when
QOO
= 1
and
it
is
accompanied
by
an
eqUipment
code
and
a
Read
signal.
The
status
responses
are
described
below.
89637300 A
2-5

READY
(AOO
1)
Indicates
that
a Ready condition
exists.
The
Ready condition
must
be
existing
before
the
printer
can
operate,
and the
absence
of
anyone
of
several
requirements
can
prevent
this.
BUSY
(AOI
'"
1)
Indicates
that
the
line
printer
is
Busy.
The line
printer
becomes
Busy:
1.
After
the
initiation of a
print
cycle
and until the
characters
have been
printed.
2.
If
the
Clear
Printer
(AOO
=
1)
directive
was
issued
directly
after
the
control
character
has
been
issued.
INTERRUPT (A02 =
1)
This
signal
indicates
that
an
interrupt
occurred.
The
other
status
bits
must
be
monitored to
determine
the
cause
of
the
interrupt:
bits
A03
through A05 define which
interrupt
occurred.
This
status
is
cleared
by
either
the
Clear
Printer
(AOO
=
1)
or
Clear
Interrupt
(A01
::
1).
DATA
(A03
=
1)
This
signal
indicates
that
the line
printer
is
ready
to
receive
a
character.
If
Interrupt
on
Data
has
been
selected,
this
status
will
also
indicate
that
this
interrupt
has
occurred.
The
status
is
cleared
by
Clear
Printer
(AOO
=
1)
and by
either
Data
Transfer
or
Print
directive.
END-oF-OPERATION (EOP) (AM =
1)
This
signal
indicates
that
the line
printer
has
completed
an
operation.
If
Interrupt
on
End-of-operation
has
been
selected,
this
status
bit
will
also
indicate
that
this
interrupt
has
occurred.
This
status
is
true
whenever
the Line Ready signal
goes
high.
The
status
is
cleared
by
Clear
Printer,
Data
Transfer,
Print.
--
ALARM
(A05
=
1)
This
signal
indicates
that
an
alarm
condition
is
present,
that
is,
an
error
or
printer
malfunction
occurred.
The
status
is
cleared
by
Clear
Printer
(AOO
= 1),
Data
Transfer
or
Print
directive
provided
that
the
cause
of
the
alarm
has
been
corrected.
2-6
89637300 A

ERROR
(A06
=
1)
a.
For
the CIA08 Line
Printer
this
signal
indicates
that
data
transfer
parity
error
occurred.
The
parity
error
occurs
when
an
incorrect
character
code
is
received
by the
line
printer.
The
incorrect
character
code
is
printed
as
blank
if
it
is
a
data
character
and
ignored
if
a
control
character,
i.
e.,
it
is
performed
as
if
Suppress
Space
was
issued.
The
line
printer
stays
Ready when
this
condition
occurs.
The
status
is
cleared
by
Clear
Printer
(AOO
= 1)
or
either
Data
Transfer
or
Print
directive.
b.
For
the CIA09 Line
Printer
this
signal
indicates
that
anyone
or
any combination
of
Parity
Error,
Synchronization
Error
or
Compare
Error
(indicated on the
Printer
console)
occurred.
In
case
of
Parity
Error
the Line
Printer
stays
Ready.
The
condition
is
cleared
by
Clear
Printer
(AOO
=
1)
or
either
Data
Transfer
or
Print
directive.
In
case
of Synchronization
Error
or
Compare
Error
the
line
printer
becomes
Busy.
The
condition
is
cleared
by
Clear
Printer
(AOO
= 1) only.
PROTECTED
(A07
= 1)
This
bit
indicates
that
the
controller
is
in
the
protect
state;
that
is,
the
protect
jumper
plug
is
absent.
I
See
Protection
Logic,page
4-3.
In
this
state,
the
controller
accepts
only
instructions
having a 1 on
the
Program
Protect
line.
All
other
instructions
except
Director
Status
will
be
rejected.
The
Program
Protect
bit
is
ignored
when the
controller
is
not
in
the
Protect
state.
LOAD
IMAGE
(A08
=1)
In
the
CIA09 Line
Printer
this
bit
indicates
that
the next 288
characters
will
be
transferred
to
the
Line
Printer
Image
Memory.
If
Parity
Error
occurs
no
further
transmission
takes
place
until
Clear
Printer
(AOO
=1)
is
issued.
Load Image
status
is
not applicable
to
the
CIA08.
Bits
A09 through
A15
are
not
used.
89637300 B
2-7

A06
0
0
0
0
1
1
1
1
1
1
1
1
2-8
CONTROL
CHARACTERS
The
first
data
character
after
a
print
operation
is
defined
as
the
Control
Character.
It
controls
the
paper
vertical
motion
and
will
not
be
printed.
The
printer
operates
in
'pre-print'
mode.
i.
e.
paper
motion
is
per-
formed
before
printing.
The
printer
executes
the
Control
Character
immediately
upon
reception
and
does
not
set
Busy
Status.
The
Busy
status
will
be
set
after
reception
of
a
Print
Directive.
NOTE:
If
a
Control
Character
is
issued.
which
performs
a
vertical
paper
motion
and
CLRP
Directive
is
issued
immediately
there-
after.
the
Busy
status
will
be
set
until
paper
motion
stops.
TABLE
2-2.
LP
control
bit.
settings
in
Register
A.
BltS
in
A
Function
A05
A04
AOa
A02 AOI
AOO
x
'x
x x 0 0
Suppress
space
x x X
:lI.
0 1
Single
space
x x x x 1 0
Double
space
x x x x 1 1
Triple
space
Vertical
Format
Control
x x 0 0 0 0
Channel
1 (TOF)
x x 0 0 0 1
Channel
2 (BOF)
x x 0 0 1 0
Channel
a
x x 1 0 1 1
Channel
12 i
x x 1 1 0 0
x x 1 1 0 1
Illegal
as
vertical
x Ix 1 1 1 0
format
x x 1 1 1 1
Notes:
a.
x -
don't
care
b.
When
an
illegal
Vertical
Control
is
issued
the
character
is
decoded
as
if
A05=0.
89637300
A

INSTALLATION
AND
CHECKOUT
INSTALLATION
UNPACKING
1.
Carefully
remove
wrapping
from
the
50-PAK
controller
card.
Check
for
physical
damage
to
the
card
and
record
any
damage
on
the
packing
list.
Check
that
the
part
number
agrees
with
the
parts
list.
2.
Remove
the
wrapping
from
the
cable
and
check
for
physical
damage.
Record
any
damage
on
the
packing
list.
Check
that
the
part
number
agrees
with the
packing
list.
PHYSICAL LIMITA
TlO
NS
Care
must
be
taken
to
prevent
damage
to
the
controller
card.
The
card
must
not
be
flexed,
bent,
or
dropped.
POWER REQUIREMENTS
The
controller
card
requires
+5
vdc
derived
from
the
power
supply
of
the
computer.
CABLING
AND
CbNNECTORS
An
external
interconnecting
cable
is
available
for
use
with
the
controller
for
connection
between
the
computer
and
the
line
printer.
The
external
cable
(Part
No. 89818500)
is
25
feet
long
and
shielded.
I
The
internal
cable
(Part
No. 89641800)
used
between
the
back
of
the
computer
and
the
connector
pins
on
the
back
plane
is
15.5
inches
long.
The
interrupt
cable
(Part
No. 89724702)
is
13.8
inches
long. I
The
wire
lists
for
pin
assignments
are
in
Section 8.
89637300 B
3-1

COOLING REQUIREMENTS
The
controller
card
is
cooled
by
the
forced
air
system
of the
computer.
No
further
cooling
is
required.
Refer
to
the
1784
Computer
Customer
Engineering
Manual (Publication No. 89633300)
for
further
information
concerning
the
cooling
capabilities
of
the
computer.
ENVIRONMENTAL CONSIDERATIONS
The
environmental
considerations
necessary
for
operation
(or
storage)
of
the
controller
are
listed
in
the
specifications
(Table
1-1).
PREPARATION
AND
INSTALLATION
Before
installing
the
controller
card.
perform
the
following:
3-2
1.
Remove
the
air-flow
block
from
the
lower
slide
of
the
card
slot
to
be
used.
2.
Inspect
the
enclosure,
card
slot,
PW
board
slides,
and
connector
pins
for
physical
damage.
3.
Place
the
Equipment
Number
and
Protect
jumpers
in
the
proper
poSitions on
the
card.
Refer
to
Tables
3-1
and
3-2
and
Figure
3-1.
CAUTION
Do not
install
or
remove
controller
card
or
cables
from
computer
or
expansion
enclosure
with
power
on.
4.
Carefully
install
the
controller
card
in
the
assigned
A/Q
slot.
The
PWA
must
slide
in
smoothly.
The
slot
must
be
selected
according
to
the
equipment
configuration.
Refer
to
Figure
3-2
and
to
the 1784
Computer
CE Manual
for
card
placement.
5.
Place
the
interrupt
dsble
in
the
position on the
backplane
as
indicated
in
Table
3-3.
6.
Install
the
internal
cable
between
connector
P2
of
the
poSition
the
controller
PWA
is
placed
in
and
the
applicable oQtput
connector
position of
the
CPU
or
expansion
enclosure
connector
panel.
7.
Install
the
external
cable
between
the
internal
cable
output
connector
and
the
line
printer.
89637300 A
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