2500_Users_Manual- - 第117页
1950-3 2 4 5 6 8 9 10 7 1 3 Type "t l " on the PC keyboard 7 6 1 1 b a a b 1 1 12 a b Operation Figure 4-1 Overview of the Procedure for Starting a Task (Insert Screen) (Insert Screen) ProMaster 2500 User Manua…
Operation
What
Is
a
Task?
A
Task
is
a
job
setup
containing
all
the
information
necessary
for
programming
and/or
testing
a
particular
part.
A
Task
records
all
the
parameters
of
the
job
setup
from
the
device
type
and
data
file
used
to
the
label
text
printed
and
placed
on
the
device.
Once
a
Task
has
been
selected,
TaskLink
performs
most
of
the
system
setup
automatically
and
prompts
the
operator
to
insert
devices
to
begin
processing.
Overview:
Starting
a
New
Task
There
are
several
steps
that
you
will
routinely
need
to
perform
each
time
you
select
a
device
that
uses
a
different
package
type
or
size.
These
steps
are
listed
below
and
can
be
used
as
an
overview
of
the
process
for
new
operators
and
as
a
refresher
for
experienced
users.
Each
step
has
its
number
called
out
in
Figure
4-1.
1.
Configure
and
install
a
new
programming
module
(page
4-8).
2.
Adjust
track
width
(page
4-12).
3.
Install
new
chuck
(page
4-16).
4.
Check
high
and
low
air
pressure
(page
4-17).
5.
Install
new
labels
(page
4-18).
6.
Perform
an
ADC
label
calibration
(pages
4-19
and
4-22).
7.
Insert
an
input
tube
and
two
empty
output
tubes
(page
4-22).
8.
Start
TaskLink
(page
4-23).
9.
Select
a
Task
from
the
screen
list
(page
4-24).
10.
Select
device
from
the
choices
on
the
screen
(page
4-24).
11.
Align
the
beam-to-device
and
the
device-to-module
(page
4-27).
12.
Press
START
to
start
the
Task.
13.
If
needed,
check
the
track
air
during
operation
(page
4-40).
4-2
ProMaster
2500
User
Manual
1950-3
2
4
5
6
8
9
10
7
1
3
Type "t l " on the PC keyboard
7
6
11
b
a
a
b
11
12
a
b
Operation
Figure
4-1
Overview
of
the
Procedure
for
Starting
a
Task
(Insert
Screen)
(Insert
Screen)
ProMaster
2500
User
Manual
4-3
Operation
Antistatic
Precautions
The
devices
that
you
will
be
handling
and
programming
on
the
2500
are
sensitive
to
static
and
can
be
damaged
by
accidental
and
unintended
electrostatic
discharge
while
you
are
handling
them.
To
minimize
possible
damage
to
devices,
wear
your
wrist
strap
and
plug
the
end
into
the
ground
strap
connector
in
the
lower
left
corner
of
the
2500
(see
Figure
1-2).
CAUTION:
The
devices
being
processed
through
the
ProMaster
2500
and
components
on
Se
system's
circuit
boards
are
static
sensitive
and
may
be
damaged
“
electrostatic
discharge
(ESD).
To
help
eliminate
damage
from
ESD,
operators
and
service
personnel
should
wear
an
antistatic
wrist
strap
while
using
the
equipment.
The
wrist
strap
should
be
connected
to
the
grounding
plug.
It
should
contain
a
IM
ohm
(minimum
value)
to
10M
ohm
(maximum
value)
isolating
resistor.
Raising
the
Hood
While
a
Task
is
Running
The
2500
has
been
designed
to
operate
only
when
the
hood
is
down
in
the
operating
position
(see
Figure
1-2).
A
safety
interlock
switch
is
activated
when
the
hood
is
raised
to
stop
all
handler
motion
and
laser
marking.
It
must
be
lowered
into
operating
position
before
you
can
start
a
Task.
Do
not
lift
the
hood
while
the
handler
is
processing
devices.
If
you
raise
the
hood,
the
2500
will
immediately
stop
processing
and
leave
the
condition
of
the
devices
being
programmed
in
an
unknown
state.
Devices
in
the
programming
modules
may
not
complete
the
programming
operation
correctly
and
should
be
removed
and
discarded.
If
you
need
to
examine
something
under
the
hood
while
a
Job/Task
is
running,
select
Pause
from
the
TaskLink
screen
to
stop
the
2500,
after
the
current
device
(s)
has
completed
the
programming
cycle.
If
you
lift
the
hood
without
pausing
TaskLink
and
want
to
continue
running
the
Job/Task,
lower
the
hood
to
continue
operation.
WARNING:
Any
attempt
to
bypass
the
hood
interlock
could
result
in
operator
injury.
Do
not
attempt
to
defeat
this
safety
feature.
Operating
Noise
Level
The
typical
operating
noise
level
of
the
2500
may
exceed
70
dB
because
of
the
many
complex
functions
taking
place
at
the
same
time,
such
as:
•
Heavy
subassemblies
being
driven
rapidly
by
motors
along
sizable
lead
screws.
•
Air
actuators
being
rapidly
turned
on
and
off.
•
Vacuum
motors
making
noise.
WARNING:
Long
term
exposure
to
noise
levels
in
excess
of
70
dB
could
cause
hearing
loss.
Personnel
working
near
the
2500
should
wear
hearing
protection.
4-4
ProMaster
2500
User
Manual