@M
TO
OLA
M68KVSIG/D2
VME/10
Microcomputer
Installation
Guide
System
QUALITY • PEOPLE • PERFORMANCE
VME/10
M68KVSIG/D2
MAY
1984
The
infonnation
be
entirely
Furthermore,
to
improve
liability
described
the
rights
I/Qnodule,
arisi
herein;
of
VERSAdos,
in
this
reliable.
Motorola
reliability,
DJ
out
neither
others.
VMElnodule,
MICROCOMPUTER
document
However, no
reserves
function,
of
the
does
SYSTEM
INSTALLATION
has
been
GUIDE
carefully
responsibility
the
right
or
to
design.
application
it
convey any
am
VME/10
are
WARNING
make
changes
Motorola does
or
use
license
trademarks
checked and
is
assumed
to
of
any
under
its
of
is
for
inaccuracies.
any
products
not
product
patent
Motorola
believed
herein
assume any
or
circuit
rights
Inc.
to
or
THIS
FREQUEtCY
CLASS
WITH
EQUIPMENT
AT
MEASURES
EQUIPMENT
ENERGY.
A
COMPUTI~
PART
15
MAY
HIS
<MN
MAY
GENERATES,
THIS
DEVICE
OF
FCC
RULES.
CAUSE
INTERFERENCE,
EXPENSE,
BE
REQUIRFD
WILL
Seco~
USES,
AND
EQUIPMENT
AND
HAS
HOWEVER,
IN
BE
REQUIRED
TO
CORROC'I'
Edition
HAS
BEEN
WHICH
THE
Copyright 1983 by Motorola
First
Edition
May
1983
CAN
RADIATE
BEEN
FOUND
OPERATION
TO
TESTED
CASE
TAKE
TO
OF
THE
WHATEVER
INTERFEREX!E.
Inc.
RADIO
AS
A
COMPLY
THIS
USER,
SAFETY SUMMARY
SAFETY DEPENDS ON YOU
The following general safety precautions must be observed during
repair
of
this equipment. Failure to
In this manual violates safety standards
Motorola
safety
the user
the
Inc.
assumes
no
liability
precautions listed below represent warnings
of
the product, should follow these warnings
safe operation
of
the equipment In
GROUND THE INSTRUMENT.
To
minimize shock hazard, the equipment chassis and enclosure must be connected
comply
tor
with these precautions
of
deslgn
manufacture,
1
the customer's failure to
of
certain dangers
your
operating environment.
and
all
all
phases
or
with specific warnings elsewhere
and
Intended use
comply
other
safety precautions necessary for
:;·
of
operatlon
of
the equipment.
with these requirements. The
of
which
we
are aware. You,
to
service. and
1
an electrical
as
ground. The equipment is supplied with a three-conductor ac power cable. The power cable must either
be
plugged into an approved three-contact electrical outlet
adapter, with the grounding wire (green)
power
outlet. The power jack and mating plug
firmly
connected
of
the power cable meet International Electrotechnical
or
used with a three-contact
to
an electrical ground (safety ground) at the
to
two-contact
Commission (IEC) safety standards.
DO
NOT
OPERATE IN AN EXPLOSIVE ATMOSPHERE.
Do
not
operate the equipment in the presence
equipment in such
an
environment constitutes a definite safety hazard.
of
flammable gases
or
fumes. Operation
of
any electrical
KEEP AWAY FROM LIVE CIRCUITS.
Operating personnel must
ments must be made by qualified maintenance personnel. Do
not
remove equipment covers.
Component
not
replacement and internal adjust-
replace components
with
power
cable connected. Under certain conditions, dangerous voltages may exist even with the power cable
removed.
To
avoid injuries, always disconnect power and discharge circuits before
touching
them.
DO
NOT
SERVICE OR ADJUST ALONE.
Do
not
attempt internal service
or
adjustment unless another person, capable
resuscitation, is present.
USE CAUTION WHEN EXPOSING OR HANDLING THE CRT.
Tube
Breakage of the Cathode-Ray
sion).
To
prevent CRT implosion, avoid rough handling
CRT should be done
DO
NOT
SUBSTITUTE PARTS OR MODIFY EQUIPMENT.
Because
of
the danger
unauthorized modification
only
by qualified maintenance personnel using approved safety mask and gloves.
of
introducing
of
(CRT) causes a high-velocity scattering
or
jarring
the
equipment.
additional hazards,
Contact
do
not
Motorola
service and repair to ensure that safety features are maintained.
DANGEROUS PROCEDURE WARNINGS.
Warnings,
manual. Instructions contained in
safety precautions which you deem necessary
such
as
the
example
below,
precede
the
warnings must be followed. You should also
potentially
for
the operation
dangerous
environment.
WARNING
Dangerous voltages, capable
caution when
handling, testing, and adjusting.
of
causing death, are present
of
rendering first aid and
of
glass fragments (implo-
of
the equipment. Handling of the
install substitute parts
or
perform any
Microsystems Warranty and Repair for
procedures
of
the equipment in
in
this
equipment. Use extreme
throughout
employ
your
all other
operating
this
14260 PRINTED
IN
USA (6/811
MPS
300
PREFACE
Unless
otherwise
throughout
An
asterisk
significant
is
low.
An
asterisk
significant
on a
high
this
{*)
denotes
{*)
denotes
to
low
specifierl,
manual.
following
that
followin:J
that
transition.
all
the
the
the
the
address
signal
signal
signal
actions
references
name
is
for
true
name
initiaterl
or
for
are
signals
valid
signals
by
which
when
which
that
in
hexadecimal
are
the
are
signal
level
signal
erlge
occur
TABLE
OF
CONTENTS
CHAPTER
1.1
1.2
1.3
1.4
1.5
CHAPTER
2.1
2.2
2.3
2.3.1
2.3.2
2.3.3
2.3.4
2.3.5
CHAPTER
3.1
3.2
3.3
3.4
1
2
3
GENERAL
INTRODtJCrION
UNPACK!~
SYSTEM
INFORMATION
•••••••••••••••••••••••••••••••••••••••••••••••
INSTRUcrIONS
EQUIPMENT
SPEX:IFICATIONS
RELATED
VME/10
INTRODUcrION
INSTALLATION
INSTALLATION
OCX::UMENTATION
INSTALLATION
•••••••••••••••••••••••••••••••••••••••••••••••
PROCEDURE
PRO:EDURE 2 •••••••••••••••••••••••••••••••••••
Equipment Supplia:l
Tilt/Swivel
Display
System
Cabling
Display
I/Oroodule
INTRODUcrION
I/Qnodule
VME/10
VME/10
TO
TO
Assenbly
Unit
Unit
Installation
Positionirg
EXPANSION
•••••••••••••••••••••••••••••••••••••••••••••••
EXPANSION
MODEM
PRINTER
•••••••••••••••••••••••••••••••••••••
SUPPLIED
••••••••••••••••••••••••••••••••••
•••••••••••••••••••••••••••••••••••••••••••••
••••••••••••••••••••••••••••••••••••••
1
•••••••••••••••••••••••••••••••••••
•••••••••••••••••••••••••••••••••••••••
Installation
••••••••••••••••••••••••
••••••••••••••••••••••••••••••••
Installation
••••••••••••••••••••••••••••••
•••••••••••••••••••••••••••••••••
CARD
CAGE
CARD
CAGE••••••••••••••••••••••••••••••
INSTALLATION
EQUIPMENT
INSTALLATION
•••••••••••••••••••••••••••••••
INSTALLATION•••••••••••••••••••••••••••••
1-1
1-1
1-1
1-3
1-3
2-1
2-1
2-3
2-4
2-4
2-6
2-8
2-8
3-1
3-1
3-4
3-7
CHAPTER
4.1
4.2
4.2.1
4.2.1.1
4.2.1.2
4.3
4.3.1
4.3.2
4.4
4
VME+I/Qnodule
INTRODUcrION
VME+I/Qnodule
EXPANSION
•••••••••••••••••••••••••••••••••••••••••••••••
EXPANSION
Daisy-Chain Jumpering
VMEmodules
VMEmodules
VMEmodule
VMEmodule
VMEmodule
I/Qnodule
Not
Containing
INSTALLATION
I/O
Cablirg
I/O
Cablirg
INSTALLATION
CARD
CARD
(J6-Jl3)
Containirg
IACK/BG
CAGE
CAGE
EQUIPMENT
••••••••••••••••••••••••••
•••••••••••••••••••••••••••
!ACK/BG
Circuitry
Circuitry
•••••••••••••••••••••••••••••••••••••
Method 1
Method 2
•••••••••••••••••••••••••••
•••••••••••••••••••••••••••
•••••••••••••••••••••••••••••••••••••
INSTALLATION
••••••••••••
••••••••••••••••
4-1
4-1
4-1
4-5
4-5
4-8
4-9
4~11
4-17
i
LIST
OF
ILLUSTRATIONS
FIGURE
1-1.
2-1.
2-2.
2-3.
2-4.
2-5.
2-6.
2-7.
2-8.
2-9.
2-10.
3-1.
3-2.
3-3.
3-4.
4-1.
4-2.
4-3.
4-4.
4-5.
4-6.
4-7.
4-8.
4-9.
Typical
Typical
Display
Control
Control
Control
Control
Display
Display
Display
Display
VME/10
VME/10
Display
Unit
Unit
Unit
Unit
Unit
Unit
Unit
Unit
Unit
with
Microcomputer System
Unit
with
Tilt/Swivel
Chassis
with
Chassis
Chassis
Chassis
Installation
Installation
Installation
Positioning
Tilt/Swivel
Adjustment
Tilt/Swivel
Tilt/Swivel
Tilt/Swivel
Tilt/Swivel
Step 1 ••••••••••••••••••••••••••
Step
Step 3 ••••••••••••••••••••••••••
••••••••••••••••••••••••••••••••••
I/Oloodule Expansion Card Cage
I/Omodule Expansion Card Cage
MVME400
MVME410
VME/10
VME+I/Qnodule
MVME923
Typical
Typical
VMEmodule
Present
First
VMEm:>dule
Port 1 Modern
Port 1 Printer
with
VME+I/Omodule
Configuration
Configuration
Expansion Card Cage
Backplane Daisy-Chain
VMElnodule
VMEm:>dule
I/O
Production
Production
I/O
Bus
Arbitration
Bus
Arbitration
Cabling Method 1
Control
Control
Cabling Method 2
Expansion Card Cage
Unit
Unit
•••••••••••••••••••••••
Mechanism
•••••••••••
•••••••••••••••••••••••
Assembly
Assembly
Asserrbly
Position 1 ••••••
Position
Assembly
2
••••••••••••••••••••••••••
••••••••••••
2
Lubrication
•••••••••••••••••
•••••••••••••••••••••••••••••
••••••••••••••••••••••••
••••••••••••••••••••••
•••••••••••••
•••••••••••••••••••••••••
•••••••••••••••••••••••••••••
Bypass••••••••••••••••••
Level
Selection
•••••••••
••••••••••••••••••••••••••••
Chassis
Chassis
••••••••••••••••••••••••••••
I/O
Panel Templet ••
I/O
Panel Templet
••••••
••••
•••
1-2
2-1
2-2
2-3
2-5
2-5
2-6
2-7
2-7
2-7
2-8
3-2
3-3
3-6
3-9
4-2
4-3
4-4
4-6
4-7
4-10
4-13
4-14
4-16
TABLE
1-1.
3-1.
3-2.
VME/10
S~cifications
MVME400
MVME410
Port 1 Printer
LIST
Port 1 Modern
OF
TABLES
•••••••••••••••••••••••••••••••••••••
Configuration
Configuration
••••••••••••••••••••••••
••••••••••••••••••••••
1-3
3-5
3-8
ii
OIAPTER
1
1.1
This
INTRODUcrION
installation
I/Omodule expansion
installation
to
as
VME/10)
unpacking
necessary
1.2
UNPACK!~
information
as
instructions,
for
the
user
INSTRUCTIONS
If
request
unpacking arrl
Unpack
all
equipnent
ite:ns
are
from
present.
equipment.
guide
card
cage,
for
shown
equipment
to
shipping
carrier's
shipping
GENERAL
provides
the
in
Figure
general
and
VME+
VME/10
1-1.
supplied
unpack and
cartons
install
are
agent
inspection
cartons.
Save i;acking
INFORMATION
information,
I/Omodule expansion
Microcanputer System
Included
listing,
the
VME/10.
in
arrl equipment
NOTE
damaged
of
Refer
material
upon
be
present
equipement.
to
packing
for
receipt,
storing
VME/10
card
this
during
list
installation,
cage equipment
(hereafter
chapter
specifications
arrl
verify
or
reshipping
referred
are
the
that
the
1.3
SYSTEM
The
VME/10
before
• Keyboard
• Keyboard
•
•
•
• Monitor
• Monitor
• Monitor
• Monitor
•
NOTES:
EQUIPMENT
Microcanputer System
attempting
cable
Control
Chassis
Display
unit
ac power cord (3-wire
unit
data
de
data/de
ac
Tilt/swivel
(1)
14-wire
(2)
3-wire
(3)
16-wire
units).
SUPPLIED
installation.
(6-wire
cable)
chassis
(monochrome/color)
cable
power
power
(1)
cable
power
cord
(2)
cable
(4)
med:lanism
ribbon
cable
cable
(first
shielded
soould
!tans
cable)
(3)
(first
production
ribbon
be
inspectErl
supplied
production
cable
(used
for
are
listed
monochrane
monochrane
with
missing
or
damaged
below:
display
display
units).
monochrane/color
i terns
units).
display
(4)
3-wire
cable
(used
with
color
1-1
display
unit).
6-83-1537
FIGURE
1-1.
Typical
VME/10
1-2
Microcanputer
System
TWo
types
VME/10.
One
production
chassis
1.4
by
SPE:IFICATI~
of
tilt/swivel
type
units)
the
user.
is
is
provided
mechanisms
mounted on
in a kit
are
the
display
form which
utilized
unit;
in
the
is
mounted on
the
production
other
the
of
type
control
the
(first
unit
Table
1-1
CHARAcrERI
Temperab.lre
Operating
Storage
Relative
Physical
Ieng
Width
Height
lists
the
STIC
humidity
dimensions
th
specifications
TABLE
1-1.
10°
-400
10%
Chassis
22.8
19.0
20.0
required
VME/10
to
40° c
to
60°
to
80%
and
in.
in.
in.
for
the
Specifications
SPOCIFICATION
c
(noncondensing)
monitor
(57.9
(48.3
(50.8
an)
an)
an)
installation
Keyboard
8.3
19.0
2.0
in.
in.
in.
of
the
(21.1
(48.3 cm)
(5.1
VME/10.
cm)
an)
Weight
Power
requirements
Chassis
iooni
tor
1.5
Color
RELATED
monitor
Documentation
•
Input/Output
•
VMEbus
50
+ monochrane
90-132 Vac, 47-63 Hz, 500 W
180-264 Vac, 47-63 Hz,
85-270
60W
D<X!U.MENTATION
applicable
Channel
Specification
to
VME/10
Specification
Manual,
lbs.
(23 kg)
Vac
(naninal)
installation
MVMEBS
1-3/1-4
(continuous)
is
Manual,
M68RIOCS
500 W
as
follows:
5
lbs.
(2.3
kg)
OIAPTER 2
2.1
INTRODUCI'ION
An
area
should
expansion
installation
equiJ;XI\ent
factory.
installed
2.2
This
INSTALLATION
systan
tilt/swivel
shown
in
Figure
be selectErl which
card
cage
procErlures
having
the
The secorrl
on
the
control
PROCEDURE
installation
mechanism
2-1.
to
facilitate
are
tilt/swivel
procedure
unit
installa:l
VME/10
enables
cabling
described.
mechanism
is
chassis
1
procedure
on a
INSTALLATION
access
of
to
peripheral
The
first
installed
for
the
67-W2420B01
by
the
user.
pertains
typical
display
the
on
to
equipment
control
unit
equipment.
procedure
the
display
Tilt/Swivel
unit
by
chassis
Two
is
that
the
types
for
unit
Kit
has
factory
rear
of
VME/10
by
the
to
be
the
as
FIGURE
2-1.
Typical
Display
Unit
2-1
with
Tilt/Swivel
10-83-1800
Mechanism
Perform
a.
b.
the
installation
Place
If
display
remove
control
four
procedure
unit
unit
screws
Tension crljustment
as
chassis
in
tilt/swivel
that
is
secure
accanplished
follows:
desirerl
mechanism
tilt/swivel
as
location.
requires
mechanism
illustrated
tension
in
Figure
to
adjustment,
display
2-2.
unit.
c.
Place
d.
Connect one errl
display
connector
chassis
Sane monitor
Other
M3.5 x 0.6
unit/control
e.
Connect monitor
FIGURE
unit
Jl.
connector
data
data
cable
x 10 screws
unit
Some
nnnochrome
2-2.
on
of
the
Connect
J3.
cables
connectors
chassis.
,POwer
Display
top
of
applicable
the
other
utilize
to
cable/cord
nnnitors
Unit
Tilt/Swivel
control
monitor
NOTE
a keyerl
require
secure
to
NOTE
utilize
errl
the
the
unit
of
the
chassis.
data
the
latching
use
cable
display
a
de
power
Adjustment
cable
cable
to
to
connectors.
of
two
phillips
to
the
display
unit.
cable.
the
the
display
control
unit
unit
connect
connector
control
This
unit
Some
with
de
power
one errl
labeled
chassis·connector
monochrane
keyai
connection
of
the
24
Vdc. Connect
monitors
latching
monitor
de
labeled
NOTE
utilize
connectors.
is
automatically
2-2
,POwer
the
24
a
data/de
cable
other
eoo
to
of
Vdc.
power
implemented by
the
the
cable
step
display
cable
d.
to
unit
the
f.
Connect one errl
modular
modular RJ
panel.
g.
Connect
RJ
ac
type
type
power
of
the
connector.
connector
cord
into
keyboard
Connect
located
the
control
NOTE
cable
the
on
unit
to
other
the
the
end
control
chassis
keyboard
of
the
cable
unit
power
rear
chassis
mounted
to
either
front
receptacle.
Connect ac power cord
h.
With
the
i.
Refer
publication
instructions.
2.3
The
INSTALLATION
following
information
as
stx>wn
unit
to
in
the
Color
the
control
off
position
to
the
PROCEDURE
installation
to
install
Figure
control
nx>nitors
VME/10
number
the
2-3.
unit
chassis.
utilize
into
unit
(0),
chassis/color
connect
Microcanputer System Overview Manual, Motorola
M68KVSOM,
2
instructions
67-W2420B01
This
tilt/swivel
a 115/220 Vac power
the
color
display
display
the
ac
power
for
VME/10
provide
Tilt/Swivel
kit
is
unit
unit
cord
to
systan
the
user
Kit
on a
designed
cord.
power
power
the
ac
receptacle.
switch
power
power-up and
with
control
to
the
unit
mount
placed
source.
operating
necessary
chassis
the
display
in
FIGURE
2-3.
Control
Unit
Chassis
2-3
with
Tilt/swivel
10-83-1799
Asseni>ly
2.3.1
The
Fquipnent Supplied
tilt/swivel
attempting
kit
installation.
should
Parts
be
inspected
supplied
are
for
listed
missing
below.
or
damaged
parts
before
ITEM
NUMBER
1
2
3
2.3.2
The
Tilt/Swivel
user
installation.
a.
Place
b.
Position
Figure
c.
Install
Figure
should
control
2-4.
2-4.
PART
NUMBER
07-W4472B01
03SW994D904
035W993D910
Assembly
read
the
unit
tilt/swivel
two,
iten
Installation
following
chassis
assembly on
number
2,
DESCRIPTION
Assenbly,
Screw, ph
MS x o.8
Screw,
tilt/swivel
il
x 10
phillips,
M3.S x 0.6 x 10
procedure
in
desired
location.
control
phillips
MS x 0.8
1
ips,
canpletely
unit
x 10 screws
QUANTITY
before
chassis
1
4
4
starting
as
shown
as
shown
the
in
in
d.
Position
Figure
e.
Install
screws
f.
Lubricate
lubricant,
recomnended.
g.
Proceed
tilt/swivel
2-S.
the
as
shown
tilt/swivel
such
to
the
ranaining
in
Figure
as
display
assembly on
two,
iten
2-S.
brackets
as
Lubriplate
unit
installation
control
number
shown
in
unit
2,
Figure
number 23-2S
instructions.
chassis
phillips
2-6.
or
as
shown
MS x 0.8
An
al
1 purpose
equivalent,
in
x 10
is
2-4
I
I
I
I
I
I
I
t,;.
_______
-------ffi
FRONT
I
I
I
I
I
I
I
I
.
FIGURE
2-4.
Control
Unit Chassis
Tilt/Swivel
Asserrbly
Position
1
FIGURE
2-5.
Control
Unit Chassis
2-5
Tilt/Swivel
Asserrbly
Position
2
LUBtltCANT
-----------~~----------
LUBRICANT
2.3.3
Upon
completion
mounten
a.
b.
c.
FIGURE
Display
to
Loosen
the
2-6.
Unit
control
display
bezel.
display
Position
Align screw
Insert
forward
display
as
Control
Installation
of
the
Underside
channels
inserta::I.
This
enables
unit.
display
position
soown
Unit
tilt/swivel
unit
chassis
where
unit
cover
easy
unit
over
unit
in
onto
Figure
Chassis
assembly
(via
of
display
tilt/swivel
screws (two
insertion
over
tilt/swivel
bracket
tilt/swivel
2-8.
Tilt/Swivel
the
NOTE
unit
channel
Assembly
installation,
tilt/swivel
contains
brackets
per
side)
of
the
tilt/swivel
bracket
as
depected
brackets
Lubrication
the
assembly)
two
are
closest
as
shown
in
and
slide
display
as
follows:
to
front
bracket
in
Figure
illustration.
display
unit
monitor
into
the
2-7.
unit
is
While
display
forward
d.
e.
Push
properly
Tighten
monitor
display
insertE:rl
display
bezel
unit
to
tension.
slidirg
down
into
unit
obtain
NOTE
display
unit
will
tilt/swivel
as
shown
the
tilt/swivel
cover
screws (two
the
2-6
unit
drop
bracket
in
Figure
desired
forward,
into
channels.
2-9.
assembly.
per
display
the
side)
Display
closest
uni't
tilt
unit
to
is
front
adjustment
now
•
•
"
•
FIGURE
FIGURE
2-7.
..
2-8.
Display
Display
Unit
Unit
Installation
Installation
Step
Step
1
~
FIGURE
2-9.
Display
Unit
2-7
Installation
Step
3
2.3.4
Upon
System
canpletion
described
Cablirg
in
paragraph
of
Installation
the
display
2.2
unit
installation,
(Installation
Procerlure
system
1),
steps
cabling
d through
is
installed
as
i.
2.3.5
The
display
front
part
pressure
unit
upwards.
Display
unit
of
tilts
Display
loosening/tightening
(two
Unit
the
the
per
Positioning
can
be
positionerl
display
display
unit
tilt
side)
unit
as
unit
adjustment
closest
on
the
shown
in
downward.
NOTE
tension
of
the
display
to
front
control
Figure
Lifting
is
unit
monitor
unit
2-10.
chassis
Slight
uµ.1ards
accanplished
cover
screws
bezel.
by
downward
tilts
by
grasping
the
display
the
thumb
FIGURE
2-10.
Display
2-8
Unit
Positioning
OIAPI'ER
3
3.1
This
as
INTRODUCTION
chapter
shown
installation
procerlure
Module.
VME/10
3.
2 I/Qnodule
Figure
The
via
3-2
VME/10.
I/Qnodules.
form
the
I/O Channel
I/Qnodule
describes
in
Figure
procErlures
installs
secorxl
an
MVME410
EXPANSION
illustrates
'!his
Jl
EXPANSION
the
3-1.
utilizing
a
modem
procedure
Dual
CARD
the
card
cage
connectors
via
ribbon
CARD
CAGE
EC.UIPMENT
I/Qnodule expansion
Two
most
camnon
I/Qnodules
to
the
VME/10
installs
Parallel
Port
via
an
a
Centronics-canpatible
Module.
CAGE
I/Qnodule expansion
is
designerl
installerl
cable
to
at
card
connections.
CAUTION
card
VME/10
are
MVME400
card
accept
slot
INSTALLATION
cage
installed
peripheral
also
locations
described.
Dual
cage
up
to
RS-232C
installed
five
(Al) through (AS)
in
the
VME/10
equipnent
The
first
Serial
printer
to
in
"single-wide"
Port
the
the
Unused
VME/10
card
cage
equipnent
EQUIPMENT
IF
BLANK
CAGE
card
UNUSED
slots
overheating
DAMAGE
PANELS
CARD
MAY
RESULT
ARE
NOT
SLOTS.
must always have
due
to
escaping
FROM
OVERHEATING
INSTALLED
blank
cooling
air.
ON
CARD
panels
installed
to
avoid
3-1
6-83-1538
FIGURE
3-1.
VME/10
with
I/Qnodule Expansion Card Cage
3-2
(TOP)
(A1)
(A2)
(A3)
NOTE:
(A
FIGURE
1)
THRU
3-2.
(A4)
(AS)
(AS)
(FRONT
DENOTE
VIEW)
CARD
SLOT
LOCATIONS.
I/Qnodule Expansion Card Cage
3-3
3.3
VME/10
To
connect
jumper
For
specific
MVME400
number
MVME400.
TO
the
headers
Dual
MODEM
VME/10
are
details
RS-232C
The
by
the
The
level
for
MVME400
4.
the
is
This
MVME400.
software-selected.
To
install
the
follows:
a.
Turn
off
INSTALLATION
to a modem,
prepared
as
about
Serial
MVME400
VME/10
configured
is
Dual
VERSAdos
to
established
RS-232C
Baud
MVME400
into
equipment power.
listed
the
jumper
Port
operate
by
the
rate
the
the
MVME400
in
Module
Table 3-1 and
header
User's
Dual
RS-232C
configurations,
Manual, Motorola
NOTE
Serial
SYOOEN
VME/10
operation
comnand
in
the
Port
Module
file.
VME/10
VERSAdos
is
I/Omodule expansion
CAUTION
as
Serial
shown
in
Port
Figure
refer
publication
is
supported
I/O Channel
SYOOEN
file
at
interrupt
specifically
hardware-configured
card
cage,
proceed
Module
3-3.
to
the
and
as
b.
Refer
headers
9,600.
c.
Remove
d.
Secure
e.
Connect
RS-232C
f.
Turn
g.
Refer
publication
the
the
CONNECTING
IN
DAMAGE
to
Table
for
port 1 modem
two
blank
MVME400
modem
type
cable
on
equipment power.
to
the
number
VME/10
desired
VERSAdos
MVME400
MODULES
TO
CDMPONENTS
3-1
and
panels
in
place
device
to
via
the
Systan
M68KSYSGEN,
SYOOEN
configuration.
WHILE
POWER
ON
Figure
operation,
and
insert
with
two
Motorola
MVME400
Generation
for
comnand
IS
THE
MODULE.
3-3
and
interrupt
MVME400
captive
part
front
Facility
details
file
ON
COULD
configure
in
RESULT
level
desired
the
4,
card
screws.
number M68RS232-10,
panel
connector
User's
on
setting
Manual, Motorola
the
(VMESlO.SYSCMD.SA)
MVME400
and baud
slot.
labeled
paraneters
to
jumper
-25,
PORT
reflect
rate
-50
1.
in
3-4
HEADER
NUMBER
TABLE
3-1.
MVME400
FUNCTION
Port 1 Modem
Configuration
CONFIGURATION
J2
J3
J4
JS
J6
J7
J8
J9
JlO
Jll
Jl2
Port 2 TxC
select
Port 2 external
2
Port
Interrupt
Base
Port
Port
Port
Baud
Port 1 TxC
internal
level
address
2 crs flow
2
to
modan
2
to
tenninal
rate
port
select
Port 1 external
clock
clock
select
select
control
select
1 and 2
clock
select
select
select
select
select
1-2
No jumpers
1-2,
4-6,
3-4
9-10,
11-12
10-12, 16-18
7-8
5-7,
6-8
No
jumpers
1-2,
3-4,
5-6,
7-8,
9-10, 11-12, 13-14,
15-16, 17-18, 19-20
3-4,
5-6,
9-10, 11-12
1-2
No
jumpers
Jl3
Jl4
Jl5
Jl6
Port 1 internal
Port 1 to
Port 1 to
Port
modem
tenninal
1 crs flow
clock
select
select
control
select
1-2,
3-4
9-10,
1-2,
11-12
3-4,
5-6,
7-8,
9-10, 11-12, 13-14,
15-16,
No
17-18, 19-20
jumpers
5-7,
6-8
3-5
FAIL
0
PORT
1
@-..
MVME400
PORT
2
...
2
...
...
...
::
J9
00
...
00
...
00
...
1900
...
20
00
00
00
0 0
J15
00
00
0 0 2 8
0 0
fOO"Hl
J16
____
o_o_~
1920
1920
1 1
2 J
1
0
12
l~u~nl
11
FIGURE
3-3.
MVME400
Port 1 Modem
Configuration
20
JS
~~~~~~~
19
2 8
J&
Loo
o •
1
oooe
1 1
3.4
VME/10
TO
PRINTER
INSTALLATION
To
connect
Parallel
shown
Port
in
the
Figure
configurations,
Motorola
The
level
for
To
install
publication
MVME410
1.
This
the
MVME410.
the
follows:
a.
Turn
VME/10
Module jmnper
3-4.
refer
to
number
The
MVME410
by
the
VME/10
is
configured
is
established
MVME410
off
equipment power.
CONNECTING
IN
DAMAGE
to
a
Centronics-compatible
headers
For
the
MVME410
MVME410.
Dual
Parallel
VERS.Ados
to
operate
by
into
the
MODULES
TO
COMPONENTS
are
specific
Dual
NOTE
SYSGEN
in
the
VME/10
I/Qnodule
CAUTION
WHILE
POWER
ON
prepared
details
Parallel
Port
Module
co:rrmand
the
VME/10
VERSAdos
expansion
IS
THE
MODULE.
as
ON
printer,
listed
about
Port
is
supported
file.
I/0
SYSGEN
card
COULD
the
in
Table
the
Module
Channel
file
cage,
RESULT
MVME410
3-2
jumper
User's
at
Manual,
interrupt
specifically
proceed
Dual
and
as
header
as
b.
Refer
jumper
c.
Remove
a.
Secure
e.
Connect
to
f.
Turn on equipment power.
g.
Refer
publication
the
the
to
headers
one
MVME410
the
MVME410
to
VME/10
desired
Table
blank
printer
the
number
VERS.Ados
MVME410
3-2
and
for
port 1 printer
panel
in
place
arrl
device
front
panel
System
M68KSYSGEN,
SYSGEN
configuration.
Figure
3-4 and
insert
with
via
two
Motorola
connector
Generation
for
cornnand
configure
operation
MVME410
captive
part
Jl.
Facility
details
file
and
in
desired
screws.
number
User's
on
setting
(VMESlO
the
MVME410
interrupt
card
level
slot.
M68KVMPRTCE
Manual, Motorola
the
parameters
.SYSCMD.SA)
I/Qnodule
1.
type
to
cable
reflect
in
3-7
HEADER
NUMBER
TABLE
3-2.
MVME410
FUNCTION
Port 1 Printer
Configuration
CONFIGURATION
J2
J3
J4
JS
J6
J8
J9
JlO
Jll
Jl2
Jl3
Jl4
Jl5
LED
monitor
Port
Port
1 (PlCA2,
1
(PlCA2,
PlPA0-PlPA7)
PlPAO-PlPA7)
Port 1 (PlCB2, PlPBO-PlPB7)
Port
1 (PlCB2,
Port
2
(P2CA2,
Port 2 (P2CA2,
Port
2
(P2CB2,
Port 2 (P2CB2,
Interrupt
Interrupt
Base
address
LED
control
P2PBO-PlPB7)
P2PA0-P2PA7)
P2PAO-P2PA7)
P2PBO-P2PB7)
P2PBO-P2PB7)
select
select
select
direction
direction
direction
direction
direction
direction
direction
direction
No
No
2-4,
2-4,
No
2-3
1-2
1~2
1-2
jurrper
1-2
1-2
1-2
jurrper
8-10
8-10
junper
2-3
3-8
@
FAILQ
~~
J1
~;.-
~
s
..
/
~
J16
..............
@-..
MVME410
@
J3
1C!:!)2
J4
J
2
1(
....
ool4
1ra
182
JS
:11~4
J6
1(0
...
ol4
J15
JS
J9
1(EJ2
1(
.... 0 of4
182
J10
1(000014
J11
FIGURE
3-4.
MVME410
Port 1 Printer
Configuration
12 12
.. o ..
o
... 0 ...
0
000000
000000
1
J12
11
1
2 •
(0'0001
~
1 J14 7
J13
11
CliAPI'ER 4
4.1
INTRODUCI1ION
This
VME/10
are
4.2
Figure
VME/10.
chapter
as
also
provided.
VME+I/Qnodule
4-2
This
VMEhlodules
MVME923
Backplane which
VMEhtodule
Pl
connectors.
JlS
form
addition
the
of
connection.
The
card
five
cage
connectors can
cabling.
VME+I/Qnodule
describes
shown
in
Figure
EXPANSION
illustrates
card
and up
Pl
connectors,
cage
to
Connectors
I/O Channel.
two
connectors
also
provides a connector
EXPANSION
the
4-1.
the
facilitates
four
"single-wide"
contains
and
Jl
The
be
installed
CARD
VME+I/Qnodule
VMEhtodule
CARD
CAGE
VME+I/Qnodule
the
installation
five
two
connectors
connectors
through JS form
I/O Channel
(card
slot
by
the
CAGE
EQUIPMENT
expansion
and I/Qnodule
expansion
I/Onodules.
(Jl4
and
the
VMEbus,
is
extended from
locations
mounting
user
AS
area.
to
INSTALLATION
card
cage
installation
card
of
(Jl
JlS)
cage
up
to
The
card
through JS)
that
and
and
A9)
See
facilitate
installed
installed
five
"double-wide"
cage houses
mate
connectors
the
backplane by
via
Figure
VME1nodule
in
procerlures
in
that
mate
to
I/Qnodule
Jl4
ribbon
4-2.
P2
the
the
the
to
and
the
cable
Up
to
I/O
4.2.1
Vacant
Interrupt
the
Daisy-Chain Jumpering
card
Acknowlerlge
vacant
Daisy-chain
slot
active
headers
(Al)
ca.rd
to
J6
technique.
locations.
are
assigned
to
slot
and
(A4)
signal
slots
should
(!ACK)
slots
have been
jumpering penni
the
last
card
slot
through
Figure
Card
to
, and
assignments
(Ax)
Jl3
slot
slot
headers
are
4-2
(Al)
(A2),
are
(J6-Jl3)
not
and
daisy-chain
ts
the
slot
not
on
the
illustrates
is
not
headers
J9
and
illustrated
exist
Bus
between
Grant
(BG)
jumpererl on
!ACK
and
BG
(AS). Remaining
required
backplane
the
to
be
facilitate
backplane
assignerl a jumper
J7
and
Jll
to
Jl3
to
slot
in
(AS)
Figure
inserterl
signals
signals
vacant
daisy-chain
VMEmodules
in
the
the
to
slots
the
daisy-chain
card
MVME923
propagate
following
jumpered. Jumper
daisy-chain
header.
slot
(A3),
Headers
headers
• Backplane jumper
4-3.
requiring
cage
backplane.
from
the
jumpering
jumper
J6
JS and
header
unless
card
last
header
and JlO
Jl2
pin
4-1
10-83-1797
FIGURE
4-1.
VME/10
with
VME+I/Qnodule Expansion Card Cage
4-2
r----------------1
J1
(A1) I I
L----------------~
J6
1 I
.......
· I a
1c::J2
J10
r---------------1
J2
(A2) I I
L---------------~
J7
1 I
........
I a
1c::J2
J11
r---------------1
J3
(A3) I I
L---------------~
JS
1 I·
......
· I a
182
J12
r----------------1
J4
(A4) I I
L---------------~
1 I · · · · · · .. I a
J9
182
J13
t
w
r---------------1
JS
(AS) I I
L---------------~
(A6)
(AS)
J14
(A7) (A9)
J1S
(FRONT VIEW)
NOTE:
(A1) THAU (A9) DENOTE CARD SLOT LOCATIONS.
FIGURE
4-2.
VME+I/Qnodule Expansion Card Cage
(A1)
(A2)
(A3)
(A4)
(AS)
J1
J2
J3 J4
JS
J10
J11
J12
J13
IACKIN*
IACKIN*
IACKIN* IACKIN*
A21
A21
A21
A21
A21
IACKOUT*
IA
CK OUT*
IA
CK
OUT*
IACKOUT*
A22
A22
A22
A22 A22
J6
J7
JS
J9
8GOIN* 8GOIN*
1
8GOIN*
8GOIN*
1
84
84
84
84
84
8GOOUT*
8GOOUT*
8GOOUT*
8GOOUT*
~
8S
8S
8S
8S
8S
I
~
8G11N*
8G11N* 8G11N*
8G11N*
86
86
86 86
86
8G10UT*
8G10UT* 8G10UT*
8G10UT*
87
87
87 87
87
8G21N* 8G21N*
8G21N*
8G21N*
88
88
88
88
88
8G20UT*
8G20UT* 8G20UT*
8G20UT*
89
89
89
89
89
8G31N* 8G31N* 8G31N*
8G31N*
810
810
810
810
810
8G30UT*
8G30UT*
8G30UT*
8G30UT*
811
811 811
811 811
FIGURE
4-3.
MVME923
Backplane Daisy-Chain
4.2.1.1
not
contain
inserted
a.
b.
VMEmodules
!ACK/BG
into
the
the
applicable
daisy-chain
the
applicable
operation.
Not
Containing
circuitry
card
cage,
card
jumpered,
VMEmodule
(e.g.,
one
slot
or
IACK/BG
MVME200
of
two
jurcper
must
Circuitry.
64K-Byte Dynamic
operations
headers
be
jumpered
If a VMEmodule
must
be
perforrred:
on
the
for
IACK/BG
which does
Memory
Module)
is
backplane must be
signal
bypass
VMEhlodule
4-4.
next
card
4.2.1.2
IACK/BG
cage,
signal
application,
have jurcpers
the
next
Figure
header.
edge
This
bypass method
slot,
VMEmodules
circuitry
the
BG
and
to
the
card
4-5
illustrates
In
connector
without
circuitry
transfer
applicable
installed.
slot,
this
received/transferred
horizontal
next
card
jumpers. Unused
slot
by
IACK/BG
ensures
the
use
of
Containing
IACK/BG
(e.g. , MVME300
must have jumpers
the
unused
card
Installed
thus
defeating
a
typical
figure,
by
BG2*
the
VMF.rnodule
BGO*,
the
placement
of
signal
that
the
bypass method
the
backplane jurcper
Circuitry.
GPIB
BG
slot
Controller)
signals
jumper
jurcpers
the
purpose
VMEmodule
signals
BG
BGl*, arrl
the
vertical
IACK/BG
installed
to
headers
will
of
bus
are
the
circuitry
BG3*
is
illustrated
signals
will
headers.
If a VMErnodule
is
inserted
to
receive
the
next
on
the
bypass
the
all
module
arbitration
only
signals
by
the
signals
jumpers.
propagate
which
into
the
card
slot.
backplane
IACK/BG
IACK/BG
level
permitted
placement
are
bypassed
in
contains
the
selected
For
should
signals
circuitry.
select
Figure
to
the
card
BG
this
not
to
jumper
to
be
of
the
to
the
4-5
~
P1
IACKIN*
I
ACK
OUT*
BGOIN*
BGOOUT*
BG11N*
BG10UT*
BG21N*
BG20UT*
BG31N*
..
..
--
-
-..
-..
--
--
--
-
-
~
--
--
~
--
--
--
A21
A22
84
es
86
VMEbus
87
88
89
810
FIGURE
BG30UT*
4-4.
Typical
--
--
~
VMFroodule
4-6
811
Bus
Arbitration
Bypass
BUS
ARBITRATION
LEVEL SELECT
JUMPER
HEADER
P1
VMEmodule
BG
CIRCUITRY
LEVEL
LEVEL 1
LEVEL 2
BGOIN*
BGOOUT*
0
BG11N*
BG10UT*
BG21N*
BG20UT*
BG31N*
B4
BS
B6
B7
VMEbus
BS
B9
B10
FIGURE
4-5.
LEVEL 3
Typical
BG30UT*·
VMFJ:nodule
4-7
Bus
Arbitration
B11
Level
Selection
4.3
VMElnodule
INSTALLATION
VMF.rnodules
Figure
Unused
4-2.
card
equipment
To
install
follows:
a.
Turn
are
installed
EQUIPMENT
IF
CAGE
cage
slots
overheating
a
VMF.rnodule
off
equipment power.
CONNECrING
RESULT
in
card
CAUTION
BLANK
UNUSED
DAMAGE
PANELS
CARD
MAY
ARE
SLOTS.
must always have
due
to
escaping
into
the
VME+I/Qnodule
CAUTION
MODULES
IN
DAMAGE
TO
slot
cooling
locations
RESULT
NOT
INSTALLED
blank
FROM
panels
air.
expansion
WHILE
CX>MPONENTS
POWER
ON
(Al)
through
OVERHEATING
ON
CARD
installed
IS
THE
ON
card
COULD
MODULE.
cage,
to
(AS).
avoid
proceed
See
VME/10
as
b.
Refer
to
the
applicable
procedures.
c.
Configure
d.
Remove
the
blank
VMEmodule
panel
slot.
e.
If
the
VMEmodule
cabling
f.
Secure
g.
Connect
applicable
installation
VMErnodule
peripheral
VMElnodule
INSTRUCTIONS).
h.
Turn on equipment power.
and
requires
methods
in
place
device
VMEmodule
(via
jumper
insert
VMErnodule
P2
I/O
described
with
(if
two
required)
user's
user's
headers)
cabling,
captive
manual
in
in
paragraph
screws.
to
for
as
required.
desired
perform
VMF.module
manual (Chapter
hardware
"double-wide"
one
of
the
4.3.l
or
as
2,
4.3.2.
described
INSTALLATION
preparation
card
two
I/O
in
4-8
4.3.1
VMEh\odule
I/O Cabling Method 1
This
an
installation
unused
illustrates
a.
Remove
of
b.
Connect
applicable
c.
Configure
d.
Install
e.
Secure
f.
Secure
cable
card
this
desired
I/O
cable
the
I/O
card
metric
VMEmodule
VMFroodule
modified
assembly)
method
slot
in
cabling
card
assembly
other
VMEmodule
cable
cage
screws
the
VM~odule
in
blank
in
enables
the
VMEmodule
VME+
I/Omodule
method and
cage blank
to
blank
end
of
the
P2
connector.
assembly J2
if
desired.
to
secure
(via
in
desired
place
with
panel
place
with
P2
I/O
expansion
is
installed
panel
and
panel.
I/O
cable
NOTE
connector
Use
assembly (J2
can
two
connector
jurrper
headers)
"double-wide"
two
captive
(containing
two screws
cabling
card
as
follows:
install
be
mounted
peripheral
M2.5 x 0.45
to
card
as
card
cage.
required.
slot.
screws.
peripheral
(previously
to
be
routed
cage.
connector
connector
to
x 8
connector
removed).
through
Figure
end)
end
of
to
4-6
end
the
I/O
4-9
FIGURE
4_6
•
VMEmodule
I/O
4-10
Ca
.
bllng
Method 1
4.3.2
VMF.lnodule
I/O
Cabling Method 2
This
rear
I/O
installation
of
the
panel.
disassembly,
reassembly.
The
control
a.
Disconnect system
b.
Remove
c.
Remove
d.
Remove
two
pan~head
e.
Remove
seven pan-head
metood
VME+I/Om:>dule
This
unit
I/O
chassis
cabling
cable
ac
AC
J?Cl'lER
ELECl'RICAL
all
external
display
control
unit
unit
screws
control
unit
screws).
enables
VMEmodule
expansion
method
asserri::>ly
is
disassembled
power.
MUST
SHOCKS
cables
from
control
chassis
per
side).
chassis
card
is
cage,
accanplished
installation,
as
WARNING
BE
REMOVED
TO
MAINTENANCE
from
control
unit
side
top
covers.
cover.
P2
I/O
under
follows:
unit
chassis.
(Accanplished by
(Accanplished by
cabling
the
by
arrl
TO
to
blower
the
control
control
AVOID
PERSONNEL.
chassis.
be
routed
fan,
unit
unit
the
the
fran
to
the
chassis
chassis
removal
removal
the
rear
of
of
f.
Remove
two
g.
On
connector
quick
h.
On
type
pan-head
control
flat-head
'!WO
MODULAR
FRONT
FROM
present
disconnect
first
production
connectors
screws.)
unit
screws
PANEL
CABLE
production
wiring
connectors.)
from
chassis
per
side.)
RJ
TYPE
OR
CDNNEX::TOR
HARNESS
CDNNEcrORS
TO
units,
from
cable
units,
front
front
panel.
CAUTION
WIRING
AVOID
disconnect
harness.
ranove
panel.
(Accanplished by
SHOOLD
SHOOLD
CDNNEcrOR
BE
REMOVED
BE
DISCDNNOCTID
WIRING
front
(Accanplished by
connector
bracket
(Accanplished by
DAMAGE.
panel
arrl
the
the
removal
FROM
modular RJ
cable
both
modular RJ
removal
of
type
harness
of
two
4-11
The
Systan
gain
access
follows:
a.
Control
for
Disconnect
locations:
Module
the
cable
Jl,
I/O
P2,
(SCM)
cable
assembly
Jl2,
is
now
assembly
connectors
Jl3,
and
NOTE
removed
fran
installation.
Jl4.
the
at
control
The
SCM
following
unit
is
SCM
chassis
removed
connector
to
as
b.
Remove
the
c.
SCM
forward on
The
control
connector
in
the
production
is
used
second
panel
is
a.
type
Remove
pan-head screws and
b.
Remove
of
Sa1
removal
(with
unit
en:3
of
on
present
whidl
removed
I/O panel
J3
connector
Observe
Pl2
(including
of
bracket
the
chassis
the
of
production
is
as
orientation
red
wire
three
SCM.
rear
I/O
cable
the
VME/10.
usErl
follows:
fran
must mate
bracket
flat-head
assembly)
I/O
assembly.
control
on
first
chassis.
associated
connector
from
chassis
mounting hardware.)
of
connectors
with
assembly)
screws
is
panel
The
is
first
unit
production
flat
I/O
Jl2
arrl
Jl2
pin
1.
fran
per
removed from
now
removed
Two
types
type,
chassis.
chassis.
side.)
of
as
illustrated
Figure
control
the
to
I/O
unit
(Accanplished by
washers,
panel.
lock
washers,
(Accanplished by
Pl2.
chassis
mount
panels
4-8
chassis.
the
(Accanplished by
by
pulling
the
peripheral
are
utilized
in
Figure
illustrates
removal
arrl
nuts.)
the
4-7,
the
The
I/O
of
four
removal
c.
If
applicable,
(Accanplished
an:3
pushing
d.
Install
pmel.
by
in
on
peripheral
Refer
to
remove
24VDC
squeezing
the
connector.)
connector
Figures 4-7
both
errl
or
connector
fr
an
chassis
upper and lower connector
of
the
I/O
4-8
for
applicable
cable
assembly
I/O
4-12
to
panel
I/O
locking
chassis
tanplet.
panel.
tabs
I/O
0
r---------
---
(P2)
1/0 CONNECTOR
MOUNTING
AREA
0
J3
L
____________
0 0
FIGURE
4-7.
Present
Production
_J
Control
Unit
Chassis
I/O
Panel
0
Tanplet
4-13
0
r---------
( 112)
1/0
CONNECTOR
MOUNTING
AREA
0
J3
24VDC
L
____________
0 0
FIGURE
4-8.
First
Production Control
_..
Unit
Chassis
0
I/O Panel Templet
4-14
The
as
follows:
I/O
cable
a.
Route I/O
assembly
cable
is
now
installed
assenbly
as
shown
into
in
CAUTION
the
control
Figure
4-9.
unit
chassis.
Proceed
The
b.
I/O
cable
filter.
c.
Connect
VME+I/Qnodule
screws.
d.
Reinstall
e.
If
applicable,
f.
Reinstall
not
blocking
control
a.
mates
b.
Reinstall
unit
Reinstall
with
BLOCKAGE
IN
EQUIPMENT
CF
assembly must
the
J2
connector
expansion
J3
connector
reinstall
I/O
panel
air
chassis
SCM
card
SCM
Jl,
to
flow
is
(with
cage
P2,
BLCMER
DAMAGE
be
FAN
DUE
routed
errl
card
to
chassis
24VDC
control
fran
cage
connector
unit
blower
reassembled
bracket
connector
Jl2,
asserrbly)
XJl.)
Jl3,
COOL!~
TO
under
of
using
I/O
chassis.
fan.
as
follows:
arrl
Jl4
COULD
OVERHEAT!~.
the
the
blower
I/O
two
RESULT
cable
M2.5
panel.
to
chassis
Ensure
to
chassis.
cabling.
fan
assembly
x
0.45
I/O
panel.
that
(SCM
arrl
over
I/O
Pl
the
to
x 8
metric
cabling
connector
EMI
the
is
c.
Reconnect modular
modular
d.
Reinstall
e.
Reinstall
f.
Reinstall
VME1nodule,
and
installed.
Observe
Pl2
RJ
type
front
top
chassis
utilizing
Refer
orientation
red
wire
RJ
connectors
panel
cover
to
side
the
I/O
to
paragraph
must mate
type
connector
to
to
chassis.
chassis.
covers.
cable
assembly
4.3.
NOTE
of
connectors
with
wiring
front
panel.
4-15
Jl2
just
Jl2
and
pin
1.
to
cable
installed,
Pl2.
harness
can
now
or
reinstall
be
prepared
(FRONT)
TYPICAL
P2
RIBBON CABLE
ROUTING
I I I I
'--------...I
J1
VME
+ l/Omodule
EXPANSION
CARD CAGE
(REAR)
L-------...1
J2
r
I
I
I
I
I
.._
__
1/0
v
PANEL
'-----------"'
FAN
EMI
FILTER
FIGURE
4-9.
VMDnodule
4-16
I/O
Cabli~
Method 2
4.4
I/Qnodule
INSTALIATION
I/Qnodules
Figure
When
Serial
slots
MVME400
4-2.
inserting
Port
for
are
•
Install
card
•
Install
card
are
installed
Both
Chapter 3 are
expansion
"double-wide"
Module)
sp:!cific
requirErl,
both
slots
(A6)
both
slot
(AS) which
EQUIPMENT
BLANK
UNUSED
in
I/Oloc>dule
card
into
this
I/Qnodule
the
user
I/Qnodules
am
(AS)
I/Omodules
is
DAMAGE
PANELS
CARD
card
slot
NOTE
installation
also
applicable
cage.
front
card
panel
cage,
installations
has
two
options
in
card
slots
•
in
card
slots
a "double-wide"
CAUTION
MAY
RESULT
ARE
NOT
INSTALLED
SLOTS.
locations
procErlures
to
I/Qnodules
described
the
VME+I/Qnodule
(e.g.,
considerations
must
be
made. For an example,
available
(A7)
and (A9),
(A6)
am
(AS),
VMEmodule
FROM
OVERHEAT!~
ON
(A6)
about
•
card
CARD
through
in
MVME400
sacrificing
therefore
therefore
slot.
IF
CAGE
(A9}.
dual
RS-232C
if
sacrificing
sacrificing
See
card
two
Unused
VME/10
To
install
a.
b.
c.
d.
e.
f.
card
cage
equi!lllent
a I/Omodule
Turn
Refer
off
equipment power.
to
the
procedures.
Configure
Remove
blank
slot.
Secure
Connect
I/Omodule
peripheral
I/Omodule
card
slots
overheating
into
<DNNECI'ING
RESULT
IN
DAMAGE
applicable
the
I/Oroodule
panel
user's
arrl
in
place
manual (Chapter
must always have
due
to
escaping
the
VME+I/Omodule
CAUTION
MODULES
I/Omodule
(via
device
WHILE
TO
<DMPONENTS
j~r
insert
with
two
to
user's
I/Qnodule
captive
I/Omodule
2,
blank
cooling
card
POWER
ON
cage
IS
THE
air.
ON
panels
MODULE.
manual
headers)
as
in
desired
screws.
as
INSTALIATION
installed
proceed
as
follows:
COULD
for
hardware
requirErl.
"single-wide"
described
in
INSTRUCI'IONS).
to
avoid
preparation
card
applicable
g.
Turn on equipment power.
4-17/4-lS
SUGGESTION/PROBLEM
REPORT
QUALITY • PEOPLE • PERFORMANCE
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