Agilent Technologies 66000A User manual
INSTALLATION
GUIDE
Agilent
Technologies
MPS
Mainframe
Mode!
66000A
SERIAL
NUMBERS
For
mainframe
with
serial
numbers:
Agilent
Model
66000A:
3138A-00101
and
above
*
For
instruments
with
higher
Serial
Numbers,
a
change
page
may
be
included.
Afilenl
TechaalogiBS
Agilent
Part
No.
66000-90001
Microfiche
Part
No.
66000-90002
Printed
in
USA:
June
,
1997
Update
April
2000
CERTIFICATION
Agilent
Technologies
certifies
that
this
product
met
its
published
specifications
at
lime
of
shipment
from
the
factory.
Agilent
Technologies
further
certifies
that
its
calibration
measurements
are
traceable
to
the
United
Slates
National
Bureau
of
Standards,
to
the
extent
allowed
by
the
Bureau's
calibration
facility,
and
to
the
calibration
facilities
of
other
International
Standards
Organization
members.
WARRANTY
This
Agilent
Technologies
hardware
product
is
warranted
against
defects
in
material
and
workmanship
for
a
period
of
three
years
from
date
of
delivery.
Agilent
Technologies
software
and
firmware
products,
which
are
designated
by
Agilent
Technologies
for
use
with
a
hardware
product
and
when
properly
installed
on
that
hardware
product,
are
warranted
not
to
fail
to
execute
their
programming
instructions
due
to
defects
in
material
and
workmanship
for
a
period
of
90
days
from
date
of
delivery.
During
the
warranty
period
Agilent
Technologies
will,
at
its
option,
either
repair
or
replace
products
which
prove
to
be
defective.
Agilent
Technologies
does
not
warrant
that
the
operation
of
the
software,
finnware,
or
hardware
shall
be
uninterrupted
or
error
free.
For
warranty
service,
with
the
exception
of
warranty
options,
this
product
must
be
returned
to
a
service
facility
designated
by
Agilent
Technologies.
Customer
shall
prepay
shipping
charges
by
(and
shall
pay
all
duty
and
taxes)
for
products
returned
to
Agilent
Technologies
for
warranty
service.
Except
for
products
returned
to
Customer
from
another
country,
Agilent
Technologies
shall
pay
for
return
of
products
to
Customer,
Warranty
services
outside
the
country
of
initial
purchase
are
included
in
Agilent
Technologies
product
price,
only
if
Customer
pays
Agilent
Technologies
international
prices
(defined
as
destination
local
currency
price,
or
U.S.
or
Geneva
Export
price).
If
Agilent
Technoiogies
is
unable,
within
a
reasonable
time
to
repair
or
replace
any
product
to
condition
as
warranted,
the
Customer
shall
be
entitled
to
a
refund
of
the
purchase
price
upon
return
of
the
product
to
Agilent
Technologies,
LIMITATION
OF
WARRANTY
The
foregoing
warranty
shall
not
apply
to
defects
resulting
from
improper
or
inadequate
maintenance
by
the
Customer,
Customer-supplied
software
or
interfacing,
unauthorized
modification
or
misuse,
operation
outside
of
the
environmental
specifications
for
the
product,
or
improper
site
preparation
and
maintenance,
NO
OTHER
WARRANTY
IS
EXPRESSED
OR
IMPLIED.
AGILENT
TECHNOLOGIES
SPECIFICALLY
DISCLAIMS
THE
IMPLIED
WARRANTIES
OF
MERCHANTABILITY
AND
FITNESS
FOR
A
PARTICULAR
PURPOSE-
EXCLUSIVE
REMEDIES
THE
REMEDIES
PROVIDED
HEREIN
ARE
THE
CUSTOMER’S
SOLE
AND
EXCLUSIVE
REMEDIES.
AGILENT
TECHNOLOGIES
SHALL
NOT
BE
LIABLE
FOR
ANY
DIRECT,
INDIRECT,
SPECIAL,
INCIDENTAL,
OR
CONSEQUENTIAL
DAMAGES,
WHETHER
BASED
ON
CONTRACT,
TORT,
OR
ANY
OTHER
LEGAL
THEORY.
ASSISTANCE
The
above
statements
apply
only
to
the
standard
product
warranty.
Warranty
options,
extended
support
contracts,
product
maintenance
agreements
and
cu.'^tomer
assistance
agreements
are
also
available.
Contact
your
nearest
Agilent
Technologies
Sales
and
Service
office
for
further
information
on
Agilent
Technologies
'full
line
of
Support
Programs.
7
SAFETY
SUMMARY
The
following
general
safety
precautions
must
be
observed
during
all
phases
of
operation,
service,
and
repair
of
this
mainframe.
Failure
to
comply
with
these
precautions
or
with
specific
warnings
elsewhere
in
this
guide
violates
safety
standards
of
design,
manufacture,
and
intended
use
of
the
mainframe.
Agilent
Technologies
assumes
no
liability
for
the
customer's
failure
to
comply
with
these
requirements.
BEFORE
APPLYING
POWER.
Verify
that
the
product
is
set
to
match
the
available
line
voltage
and
the
correct
fuse
is
installed.
GROUND
THE
MAINFRAME.
This
product
is
a
Safety
Class
I
instrument
(provided
with
a
protective
earth
terminal),
To
minimize
shock
hazard,
the
mainframe
must
be
connected
to
an
electrical
ground,
The
mainframe
must
be
connected
to
the
ac
power
supply
mains
through
a
three-conductor
power
cable,
with
the
third
wire
firmly
connected
to
an
electrical
ground
(safety
ground)
at
the
power
outlet.
Any
interruption
of
the
protective
(grounding)
conductor
or
disconnection
of
the
protective
earth
terminal
will
cause
a
potential
shock
hazard
that
could
result
in
personal
injury.
DO
NOT
OPERATE
IN
AN
EXPLOSIVE
ATMOSPHERE.
Do
not
operate
the
instrument
in
the
presence
of
flammable
gases
or
fomes.
KEEP
AWAY
FROM
LIVE
CIRCUITS.
Operating
personnel
must
not
remove
instrument
covers.
Component
replacement
and
internal
adjustments
must
be
made
by
qualified
service
personnel.
Do
not
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,
discharge
circuits
and
remove
external
voltage
sources
before
touching
components.
DO
NOT
SERVICE
OR
ADJUST
ALONE.
Do
not
attempt
internal
service
or
adjustment
unless
another
person,
capable
of
rendering
first
aid
and
resuscitation,
is
present.
DO
NOT
EXCEED
INPUT
RATINGS.
This
mainframe
is
equipped
with
a
power
line
filter
to
reduce
electromagnetic
interference
and
must
be
connected
to
a
properly
grounded
receptacle
to
minimize
electric
shock
hazard.
Operation
at
line
voltages
or
frequencies
in
excess
of
those
stated
on
the
line
rating
label
may
cause
leakage
currents
in
excess
of
5.0
mA
peak.
SAFETY
SYMBOLS.
A
Instniction
manual
symbol:
the
product
will
be
marked
with
this
symbol
when
it
is
necessary
for
the
user
to
refer
to
the
instruction
manual
(refer
to
Table
of
Contents).
Indicates
hazardous
voltages.
Indicates
earth
(ground)
terminaL
The
WARNING
sign
denotes
a
hazard.
It
calls
attention
to
a
procedure,
practice,
or
the
like,
which,
if
not
correctly
performed
or
adhered
to,
could
result
in
personal
injury.
Do
not
proceed
beyond
a
WARNING
sign
until
the
indicated
conditions
are
fully
understood
and
met.
The
CAUTION
sign
denotes
a
hazard,
It
calls
attention
to
an
operating
procedure,
or
the
like,
which,
if
not
correctly
performed
or
adhered
to,
could
result
in
damage
to
or
destruction
of
part
or
all
of
the
product.
Do
not
proceed
beyond
a
CAUTION
sign
until
the
indicated
conditions
are
fully
understood
and
met.
DO
NOT
SUBSTITUTE
PARTS
OR
MODIFY
INSTRUMENT.
Because
of
the
danger
of
introducing
additional
hazards,
do
not
install
substitute
pans
or
perform
any
unauthorized
modification
to
the
instrument.
Return
the
instalment
to
an
Agilent
Technologies
Sales
and
Service
Office
for
service
and
repair
to
ensure
that
safety
feaaircs
arc
maintained,
Muinfrumes
ihal
appear
damaged
or
defective
should
be
made
inoperative
and
secured
against
unintended
operation
until
they
can
he
repaired
by
cjiiulifu'd
service
personnel.
WARNING
3
_
SAFETY
SUMMARY
(continued)
GENERAL:
Any
LEDs
used
in
this
product
are
Class
!
LEDs
as
per
lEC
825-1,
ENVTRONMENTAL
CONDITIONS:
This
instrument
is
intended
for
indoor
use
in
an
instaliation
category
II,
pollution
degree
2
environment.
It
is
designed
to
operate
at
a
maximum
relative
humidity
of
95%
and
at
altitudes
of
up
to
2000
meters.
Refer
to
the
specifications
tables
for
the
ac
mains
voltage
requirements
and
ambient
operating
temperature
range,
_
SAFETY
SYMBOL
DEFINITIONS
Description
Description
■
Direct
current
L
Terminal
for
Line
conductor
on
permanently
installed
equipment
Alternating
current
A
Caution,
risk
of
electric
shock
^9
Both
direct
and
alternating
current
/^\
Caution,
hot
surface
3
-^
Three-phase
alternating
current
Caution
(refer
to
accompanying
documents)
Eanh
(ground)
terminal
■
In
position
of
a
bi-stable
push
control
Protective
earth
(ground)
tenuinal
Out
position
of
a
bi-stable
push
control
rT7
Frame
or
chassis
lenuinal
1
On
(supply)
N
Terminal
for
Neutral
conductor
on
permahcnrlv
installed
equipment
O
Off
(supply)
1
Terminal
is
at
earth
potential
(Used
for
measurement
and
control
circuits
designed
to
be
operated
with
one
terminal
at
earth
potential.)
6
Standby
(supply)
-
Units
with
this
symbol
arc
not
completely
disconnected
from
ac
mains
when
this
switch
is
off.
To
completely
disconnect
the
unit
from
ac
mains,
either
disconnect
the
power
cord
or
have
a
qualified
electrician
install
an
external
switch.
Herstcllerbcscheinigung
Diese
Information
steht
im
Zusammenhang
rnit
den
Anforderungen
der
MaschinenlSminformationsverordnung
vom
18
Januar
1991.
*
Schalldruckpegcl
Lp
<70
dB(A)
Am
Arbeitspiatz
Normaler
Betrieb
Nach
EN
27779
(Typprufung),
Manufacturer’s
Declaration
This
statement
is
provided
to
comply
with
the
requirements
of
the
German
Sound
Emission
Directive,
from
18
Januaiy
1991-
*
Sound
Pressure
Lp
<70
dB(A)
*
At
Operator
Position
*
Normal
Operation
_
A
ccording
to
EN
27779
(Type
Test).
_
4
DECLARATION
OF
CONFORMITY
according
to
ISO/IEC
Guide
22
and
EN
45014
Manufaemrer’s
Name;
Agilent
Technologies,
inc.
Manufacturer's
Address;
140
Green
Pond
Road
Rockaway,
New
Jersey
07866
U.S.A.
declares
that
the
Product
Product
Name;
Modular
Power
System
mainframe
and
modules
Model
Number:
Agilent
66000A
mainframe
and
modules
Agilent
66101A,
66102A,
66I03A,
66104A,
66105A,
66106A
conforms
to
the
following
Product
Specifications;
Safety:
lEC
348:1978/HD
401S1;
1981'
EMC;
CISPR
il:!990/EN
55011:1991
-Group
1
Class
A
lEC
801
-2;
1991
/
EN
50082-1:!
992
-
4
kV
CD,
8
kV
AD
lEC
801-3:1984
/
EN
50082-1:1992
-
3
V
/
m
lEC
801-4:1988
/
EN
50082-1:1992
-
0.5
kV
Signal
Lines
I
kV
Power
Lines
Supplementary
Information:
The
product
herewith
complies
with
the
requirements
of
the
Low
Voltage
Directive
73/23/EEC
and
the
EMC
Directive
89/336/EEC
and
cames
the
CE-marking
accordingly.
Note
!:
The
product
familv
was
introduced
prior
to
12/93,
New
Jersey
janiiarv]997
Location
Date
Baice
Krueger
/
Quality
Manager
European
Contacr
Your
local
Agilent
Technologies
Salc,s
ritici
Service
Office
or
Agilent
Technologies
CimbH,
Department
TRE.
Hcrrenberger
Stras.se
1.30,
D-7i034
Bocblingcn
(FAX:
1-49-7031-14-3143)
Printing
History
The
current
edition
of
this
guide
is
indicated
below.
Reprints
of
this
guide
containing
minor
corrections
and
updates
may
have
the
same
printing
date,
New
editions
are
identified
by
a
new
printing
date
and,
in
some
cases,
by
a
new
part
number.
A
new
edition
incorporates
all
new
or
coirected
material
since
the
previous
edition.
Changes
to
the
guide
occurring
between
editions
are
covered
by
change
sheets
shipped
with
the
guide.
Also,
if
the
serial
number
prefix
of
your
mainframe
is
higher
than
those
listed
on
the
title
page
of
this
guide,
then
it
may
or
may
not
include
a
change
sheet.
That
is
because
even
though
the
higher
serial
prefix
indicates
a
design
change,
that
change
may
not
affect
the
content
of
the
guide.
Edition
I
...October,
1991
(Agilent
Model
66000A)
Update
April
2000
©Copyright
1991
Agilent
Technologies,
Inc.
This
document
contains
proprietary
information
protected
by
copyright.
All
rights
are
reserved.
No
part
of
this
document
may
be
photocopied,
reproduced,
or
translated
into
another
language
without
the
prior
consent
of
Agilent
Technologies.
The
information
contained
in
this
document
is
subject
to
change
without
notice.
5
Table
Of
Contents
1.
Genera!
Information
Introduction.9
Safety
Considerations.9
Instrument
Identification.9
Options
and
Parts.10
Description.iO
Specifications
and
Supplemental
Characteristics..-.11
2.
Installation
Installation.13
Items
Supplied.13
Input
Power.13
Line
Voltage
Conversion.13
Fuses.14
Power
Cord
Installation.14
Location
and
Cooling.15
Bench
Operation.15
Rack
Mounting.15
Temperature
Perfonnance.15
Rear
Panel
Switches.16
Address
Switches
.16
Frame
Mode
Switch.16
Module
Installation.18
Module
Removal.18
Mainframe
Tum-On
Checkout.19
3.
Connections
Rear
Panel.21
Module
Connections.21
Controller
Connections.22
Multiple
MPS
Mainframes.22
MPS
Mainframe/Power
Supply
Connections.22
Keyboard
Connection.22
Digital
Connections.22
Trigger
Connections.24
Index
27
6
ures
2-1.
Power
Cord
Plug
Configurations.j
4
2-2.
Power
Cord
Installation.
1
5
2-3.
Rear
Panel
Switches.16
2-4.
Switch
Settings.
1
7
2-
5.
Module
Pull
Tab.18
3-
1.
Rear
Panel
Connections..21
3-2.
Controller
Connections.
23
3-3.
Digital
Connector.24
3-4.
Examples
of
the
Remote
Inhibit
Function.25
Tables
1-1.
Specifications
and
Supplemental
Characteristics.11
7
Introduction
This
guide
describes
how
to
install
the
Agilent
66000A
Modular
Power
System
(MPS)
Mainframe.
It
includes
the
following
information:
@
specifications
and
operating
characteristics
B
connecting
the
power
cord
to
the
mainframe
B
setting
the
address
and
frame
switches
B
installing
modules
in
the
mainframe
B
mainframe
rear
panel
connections
Mainframe
turn-on
and
checkout
procedures
are
included
with
the
module
manual
since
an
installed
module
is
required
to
properly
check
out
mainframe
operation.
Refer
to
the
module
User’s
Guide
for
more
information.
Related
Documents
Aqilent
Part
No.
Programming
Guide
for
Agilent
Series
661xxA
MPS
Power
Modules
5959-3362
Installation
Guide
for
DC
Module
Connectors
5959-3366
User's
Guide
for
Agilent
66IxxA
Power
Modules
5959-3360
Service
Guide
for
.Agilent
Series
661xxA
MPS
Power
Modules
5959-3364
Service
Guide
for
Agilent
66000A
Modular
Power
System
Mainframe
66000-90003
Quick
Reference
Card
for
optional
Agilent
66001A
MPS
Keyboard
66001-90001
Agilent
66000A
Modular
Power
System
Product
Note
5091-2497E
Safety
Considerations
This
mainframe
is
a
Safety
Class
1
instriimcnt,
which
means
that
it
has
a
protective
earth
terminal.
That
tcrm.ina!
must
be
connected
to
earth
ground
through
a
power
source
equipped
with
a
3-wire
ground
receptacle.
Refer
to
the
safety
summary
page
at
the
beginning
of
this
manual
for
general
safety
information.
Before
installation
or
operation,
check
the
mainframe
and
review
this
manual
for
safety
markings
and
instmetions.
Safety
information
for
specific
procedures
is
located
at
the
appropriate
places
in
this
manual.
Instrument
Identification
The
mainframe
is
identified
by
a
two-part
serial
number,
such
as
3i40A-01234,
on
the
back
of
the
unit.
The
frst
pan,
or
prefix,
is
a
number-letter
combination
chat
describes:
3
!40
The
year
and
week
of
manufacture
or
last
significant
design
change.
Add
1960
ro
the
frst
two
digits
to
determine
the
year.
For
example,
31
=
1991,
32=1992,
etc.
The
last
two
digits
specify
the
week
of
the
year
(40
=
the
40th
week).
A
The
letter
indicates
the
country
of
manufacture,
where
A
=
USA.
General
information
9
Options
and
Parts
The
following
options
are
available
with
the
mainframe:
Option
Description
908
Rack
Mounting
Kit
909
Rack
Mounting
Kit
with
handles
910
Extra
Manual
Set
Power
Cords
831
12
AWG
untemiinated
power
cord
833
1.5
mrn^
unterminated
power
cord
834
10
AWG
unterminated
power
cord
841
20
A/250
V
NEMA
6-20P
plug
with
12
AWG
power
cord
843
20
A/250
V
JIS
C8303
plug
with
12
AWG
power
cord
845
16
A/220
V
lEC
309
plug
with
1.5
mm^
power
cord
846
30
A/120
V
L5-30P
locking
plug
with
10
AWG
power
cord
847
16
A/220
V
CEFi
7/7
plug
with
1.5
mrn‘
power
cord
848
15
A/240
V
BS
546
plug
with
1.5
mm"
power
cord
The
following
mainframe
items
can
be
ordered
separately:
Part
Description
Part
Number
Safety
cover,
ac
input
5040-1676
Strain
relief
1400-1195
Screw,
strain
relief
0515-2086
Power
barrier
block
(Figure
2-2)
0360-2421
Screw,
power
barrier
block
2470-0001
Serial
link
cable
(!
meter)
5080-2148
Digital
connector
plug
(Figure
3-3)
1252-1488
Filler
panel
(8
supplied)
66000-40006
Mainframe
Installation
Guide
66000-9000!
Description
The
Agilent
66000
Modular
Power
System
(MPS)
is
an
integrated,
fully
programmable
power
system
that
saves
rack
space
and
GPIB
addresses,
and
is
easy
to
install
and
use.
Each
Agilent
66()00A
MPS
Mainframe
can
accommodate
up
to
eight
single-slot
modules.
With
an
auxiliary
mainframe
connected
through
a
serial
link
cable,
up
to
sixteen
single-slot
modules
can
be
controlled
from
a
single
GPIB
addi'cs,s.
For
applications
requiring
a
broader
range
of
power
ratings,
the
Agilent
66000
system
can
be
serial-linked
to
the
Agilent
667xA,
665xA,
664xA,
and
603xA
series
power
supplies.
Modules
are
removed
and
installed
through
the
front
of
the
mainframe.
Each
module
has
a
connector
that
attaches
to
the
back
of
the
mainframe.
With
the
module
connector
wired
and
attached
to
the
mainframe,
the
module
slides
in
and
out
of
the
mainframe
without
disturbing
the
application
connections.
The
optional
Agilent
66001A
MPS
Keyboard
is
available
for
controlling
the
Agilent
66000
Modular
Power
System
without
having
to
connect
it
to
a
computer.
10
General
Information
Specifications
and
Supplemental
Characteristics
Table
1-!
lists
the
specifications
and
supplemental
characteristics
of
the
MPS
mainframe.
Module
specifications
are
included
in
the
appropriate
module
User's
Guide.
Specifications
are
wan-anted
in
the
temperamre
range
of
0
to
55
degrees
C.
Supplemental
characteristics
are
not
warranted,
but
are
descriptions
of
minimum,
maximum,
or
average
performance
that
has
been
determined
by
design
or
type
testing.
Table
1-1.
Specifications
and
Supplemental
Characteristics
PERFORMANCE
SPECIFICATIONS
AC
fnput
Ratings
Standard:
87-
132
Vac
174-
250
Vac
Frequency
tolerance:
47
-
63
Hz
SUPPLEMENTAL
CHARACTERISTICS
Maximum
AC
Line
Current
Ratings
(with
8
power
supply
modules
operating
at
maximum
output)
100
Vac:
29
A
rms
120
Vac:
25
A
rms
200
Vac:
16
A
rms
220/230
Vac:
16
A
rms
240
Vac:
15
A
rms
Maximum
power
input:
3200
VA;
1800
W
maximum;
1600
W
typical
GPIB
Interface
Capabilities
Languages:
Standard
Commands
for
Programmable
Instmments
(see
module
Programming
Guide)
IEEE
488.2
Capabilities:
SH1,
AH
1,
T6,
L4,
SR
1,
RL1,
PPO,
DC
!
,
DTI,
El,
and
CO
Serial
Link
Capabilities
(Multiple
mainframes
sharing
one
GPIB
address)
Number
of
mainframes:
2
Number
of
modules:
16
Serial-linked
power
supplies:
total
number
of
modules
and
serial-linked
power
supplies
(Agilent
667xA/665xA/664xAy603xA)
cannot
exceed
16
Chain
length:
30
m
(iOO
fi)
maximum
TrigIn/TrigOut
Characteristics
Maximum
Ratings:
±
16.5
V
between
center
conductor
and
chassis
Trig
Out
(HC
TTL
output):
Voi.
@
4
ma
=
1,34
V
maximum
VoL,
@
2
ma
=
0.8
V
maximum
Vqii
4
ma
=
2.66
V
minimum
Veil
2
ma
=
3.18
V
minimum
Trig
in
(10k
pull-up):
Iil@4V
=
700
pA
l,H
@5.25
V
=
200
pA
Vii^,
=
0,8
V
maximum
V|si
=
2.0
V
minimum
General
Information
11
Table
1-1.
Specifications
and
Supplemental
Characteristics
(continued)
INH/FLT
Characteristics
Maximum
Ratings:
±
16.5
V
between
pins
3
and
4
+
16.5
V
between
pins
I
and
2
-
5.3
V
between
pins
I
and
2
INH(10k
pull-up):
Iil@4V-700
4A
I,H
@
5,25
V
=
200
pA
Vii_
=
0.8
V
maximum
V]H
=
2.0
V
minimum
DFI
(open
collector):
VcE
=
0,4
V
maximum
@
IC
=
2,2
mA
IiH
@
5.25
V
=
200
pA
V,[.
=
0.8
V
maximum
ViH
=
2.0
V
minimum
Dimensions
Width:
426
mm
(16.75
in)
Height:
178
mm
(7
in),
add
13
mm
(0.5
in)
for
removable
feet
Depth:
678
mm
(26.7
in),
including
module
connectors
Weight
(does
not
include
modules)
Net:
15
kg/33
lbs.
Shipping:
19
kg/41
lbs.
Environmental
&
Safety
Compliance
CSA
556B
IEC
348
UL
1244
VDE0411
RFI
Suppression
VDB
0871.6.78
Level
B
2
Genera!
Information
Installation
When
you
receive
your
mainframe,
first
look
for
any
obvious
damage
that
could
have
occurred
during
shipment,
If
there
is
damage,
notify
the
carrier
and
the
nearest
Agilent
Sales
Office
immediately.
Warranty
information
is
printed
behind
the
cover
page
of
this
manual,
Save
the
shipping
carton
and
packing
materials
in
case
the
mainframe
has
to
be
returned
to
Agilent
Technologies
in
the
future.
If
you
return
the
mainframe
for
service,
attach
a
tag
identifying
the
owner
and
model
number,
Also
include
a
brief
description
of
the
problem.
Items
Supplied
In
addition
to
this
manual,
check
that
the
following
items
are
included
with
the
mainframe:
Power
Cord
Your
mainframe
was
shipped
with
a
power
cord
for
the
type
of
outlet
used
at
your
location.
Depending
on
the
option
that
was
ordered,
some
power
cords
are
shipped
without
a
plug.
If
the
appropriate
cord
was
nor
included,
refer
to
the
option
list
in
Chapter
1
and
contact
your
nearest
Agilent
Sales
and
Service
Office
to
obtain
the
correct
cord.
Your
mainframe
cannot
use
a
standard
power
cord.
The
power
cords
listed
in
Chapter
1
have
heavier
gauge
wire.
Filler
Panels
Eight
filler
panels
are
included
with
each
mainframe.
Filler
panels
are
installed
in
empty
module
slots.
Serial
Cable
A
1-meter
serial
cable
that
connects
to
the
Ji
connector
next
to
the
GPIB
connector.
This
is
used
to
serially
connect
two
mainframes
or
a
mainframe
with
power
supplies
that
have
the
serial-link
capability
on
the
same
GPIB
address.
Keyboard
A
quick
reference
card
for
the
optional
Agilent
66001A
MPS
Keyboard
is
included
with
the
Reference
mainframe.
Card
Manual
If
applicable,
change
sheets
may
be
included
with
this
manual.
If
change
sheets
are
included,
make
'
Change
Sheet
the
corrections
to
the
manual.
Input
Power
You
can
operate
your
mainframe
either
from
a
87
■
132
Vac
or
a
174
-
250
Vac
single
phase
ac
power
source.
Refer
to
Chapter
1
for
complete
input
power
specifications
and
requirements.
Line
Voltage
Conversion
The
mainframe
contains
no
line
voltage
swatches.
Refer
to
the
module
User's
Guideiox
information
on
changing
the
line
voltage.
Installation
13
Fuses
The
mainframe
fuse
is
located
inside
the
mainframe.
Refer
to
the
mainframe
Smfee
Manual
for
information
about
replacing
the
ftuse,
Power
Cord
Installation
The
power
cord
supplied
with
your
mainframe
may
or
may
not
include
a
power
plug.
Figure
2-1
shows
the
various
power
plugs.
Ring
terminals
are
attached
to
one
end
of
the
power
cord
to
facilitate
mainframe
installation.
Option
831,833,834
#8
Ring
Terminals
/lp\
(D
y
o
\
so
of
r
>
o
o
o
Option
841
Option
843
Option
845
Option
846
Option
847
Option
848
Figure
2-1.
Power
Cord
Plug
Configurations
WARNING
If
your
power
cord
will
be
directly
wired
into
your
location’s
power
system,
installation
must
be
done
by
a
qualified
electrician
and
in
accordance
with
local
electrical
codes.
To
install
the
power
cord,
refer
to
Figure
2-2
and
proceed
as
follows:
B
Position
the
strain
relief
connector,
safety
cover,
lubber
boot,
and
connector
nut
on
the
power
cord.
S
Secure
the
ground
wire
to
the
earth
ground
stud.
H
Connect
the
neutral
wire
to
the
"N"
input
terminal.
B
Connect
the
line
wire
to
the
"L”
input
terminal.
_Route
the
power
cord
wires
upward
from
the
terminal
block.
This
allows
room
to
install
the
safely
cover.
B
Replace
the
safety
cover
and
tighten
the
cover
and
strain
relief
screws.
Do
not
apply
power
to
the
mainframe
until
directed
to
do
so
in
the
Check-out
procedure
located
in
the
module
User's
Guide.
14
Installation
[=1
1.
GROUND
CONNECTION
(GRN/YEL
OR
GRN)
2.
LINE
CONNECTION
«ROWN
OR
BLACK)
3.
NEUTRAL
CONNECTION
(BLUE
OR
WHITE)
4.
POWER
CORO
5.
CONNECTOR
NUT
$.
RUBBER
BOOT
7
.
POWER
SAFETY
COVER
8.
STRAIN
REUEF
CONNECTOR
Figure
2-2.
Power
Cord
Instaliation
Location
and
Cooling
Bench
Operation
Chapter
1
gives
the
dimensions
of
your
mainframe.
The
mainframe
has
plastic
feet
that
are
shaped
to
ensure
seif-alignment
when
stacked
with
other
Agilent
System
II
cabinets.
The
feet
may
be
removed
for
rack
mounting.
Your
mainframe
must
be
installed
in
a
location
that
allows
sufficient
space
at
the
sides
and
rear
of
the
mainframe
for
adequate
air
circulation.
Do
not
block
the
vents
at
the
sides
and
rear
of
the
mainframe.
Rack
Mounting
The
mainframe
can
be
moiinied
in
a
standard
19-inch
rack
panel
or
cabinet.
Refer
to
Chapter
1
for
mainframe
dimensions.
A
fully
loaded
mainframe
can
weigh
over
36
kg
(80
lbs).
Install
the
mainframe
into
the
rack
before
installing
the
modules
into
the
mainframe.
Rack
mounting
kits
are
available
as
option
numbers
908
and
909
(with
handles).
Imstallation
instructions
are
included
with
each
rack
mounting
kit.
Not©
InstRiment
support
rails
are
also
required
for
rack
mounting.
These
are
normally
supplied
with
the
_cabinet
and
are
not
included
with
the
rack
mounting
kits._
Temperature
Performance
The
mainframe
can
operate
within
the
temperature
range
of
0^
to
55"
C.
Fans
in
each
module
coo!
the
modules
by
drawing
in
air
through
the
sides
of
the
mainframe
and
exhausting
it
out
the
back.
Using
Agilent
rack
mount
or
slide
kits
will
not
impede
the
flow
of
air.
Installation
15
Rear
Panel
Switches
The
six-position
rear
panel
switch
is
shown
in
the
following
figure.
FRAME
MODE
MAIN
AUX
ADDRESS
A4
....
AO
Figure
2-3.
Rear
Panel
Switches
Address
Switches
Address
switches
AO
through
A4
set
the
primary
GPIB
address.
The
address
is
set
in
binary,
AO
being
the
least
significant
bit
and
A4
being
the
most
significant
bit.
Figure
2-3
shows
the
factory-set
address
of''5”
{binary
00101).
Any
address
from
decimal
0
to
decimal
30
is
a
valid
GPIB
address.
Refer
to
the
following
diagram
for
switch
settings.
Frame
Mode
Switch
The
frame
mode
switch
determines
the
IEEE
488
secondary
addresses
(also
referred
to
as
subaddresse-s)
of
the
modules
that
are
installed
in
the
mainframe.
The
frame
mode
switch
must
be
set
to
MAIN
when
the
mainframe
is
connected
directly
to
the
GPIB,
With
the
frame
mode
switch
set
to
MAIN,
modules
are
assigned
secondary
addresses
of
0
to
7,
which
corre.sponds
to
the
slot
locations
indicated
on
the
mainframe.
1
he
frame
mode
switch
must
be
set
to
AUX
(auxiliary)
when
the
mainframe
is
serially-linked
to
another
mainframe
that
is
directly
connected
to
the
GPIB.
This
ahso
applies
when
the
mainframe
is
serially
linked
to
an
Agilent
602xA/664xA/665xAJ
667xA
power
supply
that
is
directly
connected
to
the
GPIB.
In
mainframes
that
have
the
frame
mode
switch
set
to
AUX,
modules
are
assigned
secondary
addresses
of
8
to
15.
Secondary
address
8
corresponds
to
slot
location
0
on
the
mainframe
and
secondary
address
15
corresponds
to
slot
location
7
on
the
mainframe
as
shown
in
the
following
diagram.
16
Installation
Mainframe
Slot
Locations/Addresses
Mainframe
Mode
Switch
=
MAIN
>
Mainframe
Mode
Switch
=
AUX
Slot
Location
0
I
2
3
4
5
6
7
0
I
2
3
4
5
6
7
Secondary
Address
Qi
n
m
!
■
m
m
7
8
m
■
n
la
m
Secondary
addresses
are
reserved
for
the
mainframe
whether
modules
occupy
the
associated
siot
locations
or
not.
You
may
want
to
apply
stick-on
labels
over
the
slot
locations
of
the
mainframe
to
indicate
that
the
modules
installed
in
the
auxiliary
mainframe
are
at
secondary
addresses
8
to
15.
You
may
also
label
the
modules
according
to
their
slot
locations.
If
any
modules
are
removed,
they
can
then
be
reinstalled
in
the
same
slot.
Figure
2-4
illustrates
the
relationship
of
the
switch
settings
and
secondaiy
addresses.
Refer
to
Chapter
3
for
connection
infonnation.
SINGLE
MAINFRAME
I
ADDRESS
*
5
FRAME
MODE
=
MAIN
SUBADDRESS
=0-7
TWO
MAINFRAMES
LINKED
ADDRESS
=
6
FRAME
MODE
=
MAIN
SUBADDRESS
=0-7
FRAME
MODE
=
AUX
SUBADDRESS
=8-15
POWER
SUPPLY
WITH
SERIAL-LINK
CAPABiUTY
MAINFRAME
SUBADDRESS
=
0
AND
UP
TO
7
LINKED
TO
LAST
POWER
SUPPLY
FRAME
MODE
=
AUX
SUBADDRESS
=8-15
FIRST
POWER
SUPPLY
LINKED
TO
MAINFRAME
FRAME
MODE
=
MAIN
SUBADDRESS
=0-7
POWER
SUPPLY
'
WITH
I
“
SERIAL-LINK
i
CAPABIUTY
!
n
---'
I_
SUBADDRESS
«
8
AND
UP
TO
15
Figure
2-4.
Switch
Settings
instaliation
17
Module
Installation
Note
A
fully
loaded
mainframe
can
weigh
over
36
kg
(80
lbs).
Install
the
mainframe
into
the
rack
before
installing
the
modules
into
the
mainframe.
All
modules
install
through
the
front
ot
the
mainframe.
Installation
(and
removal)
can
be
accomplished
even
when
the
mainframe
is
rack-mounted.
To
install
the
modules
in
the
mainframe,
refer
to
Figure
2-5
and
proceed
as
follows:
B
Use
a
flat-bladed
screwdriver
and
release
Che
pull
tab
by
pressing
down.
B
Extend
the
puli
tab
from
the
module
so
that
the
serial
number
is
visible.
B
Slide
the
module
into
the
slot
until
it
is
fully
inserted
in
the
mainframe.
B
Push
the
pull
tab
into
the
front
of
the
module,
The
slot
number
should
be
visible
below
the
pull
tab.
If
the
module
is
not
fully
inserted
in
the
mainframe,
the
pull
tab
will
not
retract
into
the
module.
B
Install
filler
panels
in
the
front
of
any
unused
mainframe
slots,
a
Install
the
module
connectors
on
the
back
of
the
mainframe.
Note
In.stmctions
for
wiring
and
installing
module
connectors
are
included
with
each
module.
Figure
2-5.
Module
Pull
Tab
Module
Removal
All
modules
are
removed
through
the
front
of
the
mainframe.
Modules
may
be
removed
even
when
the
mainframe
is
turned
on.
18
Installation
CAUTION
There
must
be
no
or
minimal
current
flowing
through
the
connector
pins
at
the
back
of
the
module
that
is
being
removed.
This
can
be
accomplished
by
disabling
the
module.
If
this
precaution
is
repeatedly
violated
at
high
current,
the
connector
pins
at
the
back
of
the
module
will
be
damaged,
■
There
must
be
no
activity
on
the
GPIB
bus,
the
trigger
connectors,
or
the
FLT/INH
connector
of
the
mainframe
when
a
module
is
removed,
This
can
be
accomplished
by
not
generating
any
GPIB
or
FLT/INH
activity,
and
by
setting
all
modules
to
the
trigger
idle
state
(refer
to
the
module
Programming
Guide).
If
this
precaution
is
violated,
GPIB
commands
to
other
modules
may
be
corrupted,
trigger
or
FLT/INH
data
may
be
lost,
or
an
inadvertent
trigger
may
be
generated
in
another
module.
To
remove
the
module
from
the
mainframe,
proceed
as
follows:
B
Use
a
flat-bladed
screwdriver
and
release
the
pull
tab
by
pressing
down
(see
Figure
2-5).
B
Grasp
the
pull
tab
and
pull
the
module
out
of
the
mainframe,
NotG_
The
module
connector
remains
attached
to
the
mainframe
after
the
module
has
been
removed.
Mainframe
Turn-On
Checkout
The
turn-on
checkout
procedures
that
verity
module
operation
also
verify
the
operation
of
the
MPS
mainframe.
You
cannot
verify
the
operation
of
the
mainframe
without
having
at
least
one
installed
module.
The
module
self-test
sequence
checks
the
following
mainframe
functions;
B
mainframe
microprocessor
B
GPIB
interface
B
module/mainframe
communications
link
Refer
to
the
module
User's
Guide
for
complete
information
on
the
turn-on
checkout
procedure.
Installation
19
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