1OPERATION_.pdf - 第168页
3.13 Warm and Cold Start Functions 3.13 Warm and Cold Start Functions These functions can be used to enable continuous starting of placement operation from the middle steps or the desired steps after the machine has stop…
3.12
Automatic
Offset
Teaching
Function
3.12
Automatic
Offset
Teaching
Function
By
implementing
the
teaching
function
during
automatic
operation
,
the
machine
can
pick
up
and
place
components
in
stable
condition
.
Periodically
performed
teaching
also
makes
it
possible
to
use
the
results
for
nozzle
maintenance
.
When
“
ENABLE
”
is
set
in
the
data
box
of
the
label
“
AUTO
OFFSET
TEACH
MODE
”
at
the
“
AUTO
OFFSET
TEACH
MODE
"
display
,
the
machine
performs
the
automatic
teaching
operation
after
the
specified
time
elapses
and
components
(
Hierarchical
Sequence
:
Display
—
“
AUTO
OPN
.
SUB
-
MENU
”
Display
TEACH
MODE
”
Display
)
placed
on
one
P
.
C
.
B
.
AUTO
OPN
.
MODE
〈
PLACEMENT
〉
”
are
AUTO
OFFSET
•
Placement
time
is
measured
and
managed
when
the
machine
is
powered
up
.
When
the
specified
time
elapses
,
the
machine
automatically
stops
without
zeroing
the
feeder
carriage
and
performs
the
automatic
teaching
operation
after
components
placed
on
one
P
.
C
.
B
.
The
feeder
carriage
stays
in
the
middle
origin
position
(
temporary
origin
position
)
.
•
When
the
[
STOP
]
or
the
[
PAUSE
]
button
is
pressed
before
the
machine
is
completely
set
to
the
automatic
teaching
mode
,
the
machine
stops
running
.
The
machine
does
not
perform
any
P
.
C
.
B
.
transfer
or
displacement
operation
during
automatic
teaching
operation
.
•
When
the
automatic
teaching
operation
is
completed
,
the
machine
accepts
the
subsequent
P
.
C
.
B
.
and
re
-
starts
the
automatic
operation
.
are
•
Refer
to
“
4.11
Setting
of
Automatic
Offset
Teaching
Mode
”
for
parameter
setting
of
the
function
.
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3.13
Warm
and
Cold
Start
Functions
3.13
Warm
and
Cold
Start
Functions
These
functions
can
be
used
to
enable
continuous
starting
of
placement
operation
from
the
middle
steps
or
the
desired
steps
after
the
machine
has
stopped
due
to
operation
which
occurred
or
was
initiated
during
actual
production
.
When
an
interlock
error
(
such
as
operation
)
occurs
,
the
machine
can
start
placing
components
on
the
interrupted
P
.
C
.
B
.
(
called
“
Warm
Start
”
)
after
the
system
clear
operation
initiated
from
the
temporary
stop
mode
.
(
Before
initiating
“
Warm
Start
’
’
，
it
is
required
to
perform
the
zeroing
operation
.
)
emergency
stop
an
error
or
an
emergency
stop
or
just
a
stop
an
•
The
“
Warm
Start
”
function
enables
the
machine
to
perform
good
-
quality
production
after
the
system
clear
operation
initiated
from
the
temporary
stop
mode
(
when
no
error
has
occurred
and
the
machine
is
stopped
temporarily
)
.
(
Without
any
operator
’
s
error
)
•
When
an
emergency
stop
operation
is
initiated
while
the
machine
is
activated
,
the
machine
may
not
be
able
to
perform
good
-
quality
production
.
When
the
[
EMERGENCY
STOP
]
button
is
pressed
with
the
machine
in
the
temporary
stop
[
PAUSE
]
mode
,
the
machine
can
perform
good
-
quality
production
.
•
When
the
power
switch
of
the
machine
is
turned
off
during
operation
，
the
machine
cannot
perform
any
good
-
quality
production
.
•
When
the
“
Warm
Start
”
function
can
be
started
,
“
WARM
START
ENABLE
”
appears
in
the
“
MGT
.
INFO
.
”
text
box
at
the
“
AUTO
OPN
.
MODE
〈
PLACEMENT
〉
”
display
.
•
When
the
[
SEMI
-
AUTOMATIC
OPERATION
]
key
is
selected
at
SUB
-
MENU
”
the
display
，
“
SEMI
-
AUTOMATIC
OPERATION
”
display
appears
screen
,
enabling
the
selection
of
the
[
WARM
START
]
or
[
COLD
START
]
key
.
JAUTO
OPN
.
the
the
on
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3.14
HDD
/
FDD
Function
3.14
HDD
/
FDD
Function
The
machine
is
provided
with
an
FDD
(
front
console
section
)
and
the
machine
data
can
be
loaded
from
floppy
disk
)
.
saved
in
a
floppy
disk
(
3.5
J
or
#
The
pattern
program
data
,
the
offset
data
，
the
device
data
,
the
placement
head
nozzle
data
，
and
nozzle
data
on
the
machine
side
can
be
saved
on
floppy
disks
.
A
file
of
data
is
created
in
the
same
format
as
the
programming
device
and
the
created
file
can
be
loaded
to
the
programming
device
.
•
The
component
library
data
(
all
or
individual
IDs
)
on
the
machine
side
can
be
saved
on
floppy
disks
.
Note
:
The
files
saved
on
floppy
disks
cannot
be
loaded
to
the
programming
device
.
•
The
pattern
program
data
,
the
offset
data
,
the
device
data
，
the
placement
head
nozzle
data
,
and
nozzle
data
stored
in
floppy
disks
can
be
loaded
to
the
machine
.
A
file
of
the
pattern
program
data
created
device
side
can
be
loaded
to
the
machine
.
(
Excl
.
the
recalled
data
(
recalled
messages
)
)
the
programming
on
•
The
component
library
data
(
all
or
individual
IDs
)
saved
on
floppy
disks
can
be
loaded
to
the
machine
side
.
Note
:
The
component
library
data
saved
on
floppy
disks
by
the
programming
device
cannot
be
loaded
to
the
machine
side
.
•
The
recalled
data
(
device
errors
,
handling
errors
,
machine
information
，
and
component
recognition
errors
)
can
be
saved
to
floppy
disks
.
•
The
management
data
(
the
pattern
program
management
data
，
the
management
data
,
and
the
bypass
&
rate
data
)
can
be
saved
to
floppy
disks
.
Note
:
The
files
saved
on
floppy
disks
cannot
be
loaded
to
the
machine
side
.
•
All
backup
data
can
be
saved
from
the
machine
side
to
floppy
disks
.
Note
:
A
loading
function
of
all
backup
data
is
not
available
.
•
Refer
to
“
3.8
HDD
/
FDD
Operation
”
in
the
instruction
manual
(
SECTION
DI
MAINTENANCE
MANUAL
)
for
details
.
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