Fluke 410B - List of Replaceable Parts

LIST
OF
REPLACEABLE
PARTS
5-1.
INTRODUCTION
5-2.
This
section
contains
information
necessary
to
describe
all
normally
replaceable
parts.
Separate
assembly
lists
are used
to
describe
the
parts
on
the
final
assembly
and
various
assemblies
and
subassem-
blies.
Each list
has a
corresponding
illustration
on
which
the
parts
for that
list
are
identified.
Parts
are
called
out
on both
lists
and
illustrations
by
reference
designations
from
the
schematic
diagram.
Those
parts
(mechanical)
which
have
no
reference
designation
are
shown
on the
illustrations
by Fluke
stock
number.
5-3.
Each
list
provides
the
following
information
on
each
part:
a.
The
REFERENCE
DESIGNATION
column
indicates
the
reference
designation
used
on the
schematic
diagram.
b.
The
DESCRIPTION
column
describes
the
part
in
words,
along
with
any
applicable
values,
tolerances,
etc.
Indentation
is
used to
show
assembly,
subassembly,
and
parts
relationship.
See
abbreviations
and
symbols
on
next
page.
c.
Entries
in the
FLUKE
STOCK
NUMBER
column
indicate
the
number
by
which
Fluke
stocks the
part.
This
number
should
be
used when
ordering
parts
from
the
Fluke
factory
or
your Fluke
representative.
d.
Entries
in the
MFR.
column
indicate
a typical
manufacture
of the
part by
the
manufacturer's
code
number.
Appendix
A lists
the
manufacturers
and
their
code
numbers.
e.
Entries
in
the
MFR.
PART
NO.
column
are
part
numbers
assigned
by the
manufacturer
indicated
in
the
Mfg.
column.
f.
The
number
in
the
TOTAL
QTY
column
indicates
the
total
quantity
of
the
part
used
in the
instrument.
REF
indicates
that
the
total
quantity
of
the part
has
been
previously
given.
The
total
quantity
of
each part
is
listed
the
first
time
the
part
appears.
All
other
listings
of the
same
part
refer
back
to.
the
reference
designation
of
the
first
appearance
of the
part
for
the
total
quantity
g.
The
number
in
the
RFC.
QTY,
column
indicates
the
recommended
spares
quantity
necessary
to
support
approximately
one to
five
instruments
for
a
period
of
two
years.
The
basis
used to
select
the
recommended
spares
quantity
is
that
a
small
group
of
parts
will
be
required
to
correct
a
majority
of the
problems
that
occur,
Since
there
is
a
chance
that
any
part
may
fail,
a
stock
of at
least
one
of every
part
used
in
addition
to
the
recommended
parts
will
be
needed
for
complete
maintenance
during
one
year
of
isolated
service.
h.
The
USE
CODE
column
identifies
certain
parts
which
have
been
added,
deleted,
or
modified
during
production
of the
instrument.
Each
part for
which
a use
code
has
been
assigned
may
be
identified
with
a
par-
ticular
instrument
serial
number
by
consulting
the
Use
Code
Effectivity
List
at the
end
of
this
section.
These
changes
are
normally
made
when
improved
components
become
available
or when
the
latest
circuit
improve-
ments
are
developed
by
our
engineering
department.
The
serial
number
listed
indicates
the
instruments
in
which
that
particular
part was
used.
The
symbol
is
used
to
indicate
an
approximate
serial
number.
If
a
different
part
should
be
used
for
replacement,
it is
listed
by
Fluke
stock
number
in the
description
column.
5-4.
HOW
TO
OBTAIN
PARTS
5-5.
Standard
components
have
been
used
whenever
possible.
Thus,
most
parts
can be
obtained
locally.
However,
parts
may
be
ordered
directly
from
the
manu-
facturer
using
the
manufacturer's
part
number
or from
Fluke
using
the
Fluke
stock
number.
In
addition,
the
most
commonly
replaced
parts that
can
not
be
obtained
locally
may
be
obtained
from
your
Fluke
representative.
If a
part
you
have
ordered
has
been
replaced
by a
new
or
improved
part,
Fluke
will
normally
send
you
this
part
along
with
an
explanation.
5-6.
'When
ordering
parts
from
Fluke
always
include:
a.
Reference
designation,
description,
and
Fluke
stock
number.
b.
Instrument
model
and
serial
number,
c.
Most
structural
parts
are
not
listed.
In this
case
give
complete
description,
function,
and
location
of part!
5-1