2500_Users_Manual- - 第122页
1649-1 CONFIGURATION BLOCK CONFIGURATION CONNECTOR CONTACT SET (1 of 4) 2 0 A 1 X 4 X Operation • Is a new label type needed? • If you changed label type, did you calibrate the labels? • Have you inserted the input tubes…
Contact with programmer established
Attempting to contact programmer...
Contact with handler established
Attempting to contact handler...
Operation
If
you
forget
your
password,
the
system
administrator
will
have
to
remove
your
name
from
the
list
of
users
and
then
re-enter
it.
This
allows
you
to
start
again
with
the
default
password.
Checking
TaskLink
Communication
with
the
2500
To
confirm
that
communication
between
TaskLink
and
the
2500's
programming
electronics
has
been
established,
press
CTRL
+
Fl
on
the
PC
keyboard.
Note:
The
2500's
power-up
self-test
takes
approximately
two
minutes
to
complete.
During
this
time,
TaskLink
will
not
be
able
to
establish
communication
with
the
2500.
If
a
successful
communication
link
is
established,
the
PC
screen
displays
a
green
box
that
contains
the
following
message:
If
there
is
a
problem,
the
PC
screen
displays
a
red
box
that
contains
the
following
message:
and
the
PC
screen
displays
several
suggested
troubleshooting
actions
to
take
to
investigate
the
problem.
To
confirm
that
communication
between
TaskLink
and
the
Remote
port
on
the
2500
has
been
established,
press
Ctrl
+
F2
on
the
PC
keyboard.
If
a
successful
communication
link
is
established,
the
PC
screen
displays
a
green
box
that
contains
the
following
message:
If
there
is
a
problem,
the
PC
screen
displays
a
red
box
that
contains
this
message:
and
the
PC
screen
displays
several
suggested
troubleshooting
actions
to
take
to
investigate
the
problem.
Reconfiguring
the
System
for
a
New
Device
This
section
describes
the
various
steps
you
must
check
before
you
start
a
Task
using
a
new
device
type.
The
new
part
may
have
a
different
size
or
be
a
different
package
type
(such
as
DIP,
SOIC,
or
PLCC).
Each
time
you
change
devices
types
between
Tasks,
answer
the
following
questions
and
reconfigure
the
2500
if
required
before
starting
the
new
Task:
•
Does
the
device
need
a
different
programming
module?
•
Does
the
programming
module
need
to
be
reconfigured?
•
Does
the
track
width
need
to
be
adjusted?
•
Does
the
track
air
need
to
be
adjusted?
•
Is
the
correct
chuck
installed
on
the
beam?
ProMaster
2500
User
Manual
4-7
1649-1
CONFIGURATION BLOCK
CONFIGURATION CONNECTOR
CONTACT SET
(1 of 4)
2
0
A
1
X
4
X
Operation
•
Is
a
new
label
type
needed?
•
If
you
changed
label
type,
did
you
calibrate
the
labels?
•
Have
you
inserted
the
input
tubes
with
the
correct
orientation
for
device
pin
1?
Descriptions
for
each
of
these
adjustments
are
presented
in
the
same
order
in
the
following
sections.
Configuring
the
Programming
Module
To
support
the
widest
variety
of
devices,
the
2500's
programming
modules
are
jumper
configurable
so
they
can
support
faster,
higher
density
devices.
With
higher
speed,
some
devices
are
more
sensitive
to
electronic
noise
levels
on
signal
and
programming
pins.
The
programming
modules
have
configuration
blocks
that
hold
the
decoupling
capacitors
required
to
take
care
of
possible
noise
on
the
device
pins.
To
program
most
devices,
you
use
the
module
configuration
that
supports
power
and
ground
pins
at
their
traditional
locations.
You
may
occasionally
need
to
reconfigure
the
programming
module
to
program
devices
that
have
additional
power
and
ground
pins
or
power
and
ground
in
different
locations.
When
you
reconfigure
a
module,
you
place
configuration
blocks
in
locations
required
by
the
device.
This
puts
the
necessary
decoupling
capacitors
as
close
as
possible
to
the
device
pins
where
they
are
needed.
In
addition
to
the
programming
module,
you
will
need
the
following
items
to
complete
the
configuration
process:
•
ProMaster
2500
Device
List
disk
(shipped
with
each
software
update)
•
Module
configuration
box
(shipped
with
each
programming
module)
Figure
4-5
Configuring
Blocks
on
a
Programming
Module
4-8
ProMaster
2500
User
Manual
Part Programmer Package Prod.
Mfr. Number Menu Name Pins Type Footnotes Base Vers.
XXX 22V10-10/-15 22V10-10-PLCC 28 PLCC 3 PLCC-28-2 1.1
XXX CE26V12H CE26V12H-PL 28 PLCC 53 PLCC-28-4 1.1
A B C D
E
F G H
1680-1
Operation
Removing
Modules
or
Moving
Configuration
Blocks
This
section
describes
the
typical
steps
involved
in
checking
and
changing
the
configuration
of
your
module.
1.
Select
the
device
—
On
the
Device
List
disk,
find
the
device
you
want
to
program
in
the
left-hand
columns.
The
module
configuration
for
that
device
is
listed
in
the
column
labeled
“Base.”
Sample
lines
from
the
Device
List
disk
are
shown
below:
Most
devices
are
programmed
with
the
“-2”
programming
module
configuration
because
it
supports
standard
power
and
ground
pin
locations.
For
this
sample
procedure,
the
selected
device
requires
“PLCC-28-4”
for
the
programming
module
configuration.
This
means
that
the
device
is
in
a
PLCC
package,
has
28
pins,
and
must
be
configured
as
a
“-4.”
Note:
Modules
are
shipped
from
the
factory
without
any
configuration
blocks
installed
(the
configuration).
Check
the
ProMaster
2500
Device
List
disk
for
the
specific
configuration
required
for
the
devices
you
will
be
programming.
2.
Select
the
blocks
—
In
our
example,
we
open
the
28-pin
Programming
Module
Configuration
box.
This
box
has
all
the
blocks
required
to
make
any
28-pin
configuration
shown
on
the
device
list.
Each
compartment
holds
one
type
of
block,
marked
with
a
letter.
See
Figure
4-6.
Figure
4-6
Configuration
Box
Compartments
The
drawing
on
the
lid
of
the
Module
Configuration
box
shows
each
28-pin
PLCC
configuration,
the
blocks
required,
and
the
positions
where
they
must
be
installed
on
the
programming
module.
See
Figure
4-7.
The
same
information
is
also
shown
on
the
ProMaster
Programming
Module
Configuration
Chart
on
page
4-10
ProMaster
2500
User
Manual
4-9