1OPERATION_ - 第48页

1.2 Specifications Approx . 40 H / minute ( ANR ) 34 . Air Consump - tion 35 . Vacuum Pressure - 93 kPa ( 700 mmHg ) Temperature : 20 士 : 10 ° C Humidity : 30 % 80 % ( Avoid dew condensation ) 36 . Environmental Conditio…

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1.2
Specifications
:
Absolute
Command
:
Feeder
Axis
Lane
No
.
Designation
:
Absolute
Command
23
.
Command
System
Table
Movement
Carriage
Movement
Rotation
for
Positioning
Pick
-
Up
Condition
(
including
the
height
control
)
(
Library
System
)
:
Components
Code
Data
Command
(
including
the
height
control
)
(
Library
System
)
:
Components
Code
Data
Command
Placement
Condition
ASCII
Code
24
.
Pattern
Program
Data
Code
According
to
touch
panel
switch
operation
and
the
programming
device
(
option
)
(
Data
reading
from
floppy
disk
)
25
.
Pattern
Program
Data
Input
System
Data
display
on
the
touch
panel
Data
transfer
to
the
programming
device
(
option
)
and
Data
output
by
the
printer
(
option
)
(
Data
saving
on
a
floppy
disk
)
26
.
Pattern
Program
Data
Output
System
Pattern
program
data
editing
is
possible
with
touch
panel
switch
operation
.
27
.
Pattern
Program
Data
Editing
Maximum
Number
of
Steps
:
5
,
000
steps
/
program
Maximum
Memorized
Number
of
Programs
:
24
programs
Note
:
The
above
numbers
may
be
limited
according
to
the
capacity
of
the
pattern
program
.
Consult
our
sales
personnel
for
details
.
28
.
Pattern
Program
Memory
Capacity
Built
-
In
Backup
RAM
Pattern
program
data
can
be
saved
in
the
data
storage
device
of
the
programming
device
(
option
)
.
Pattern
program
data
can
be
saved
on
a
floppy
disk
.
29
.
Pattern
Program
Data
Saving
30
.
Output
System
of
Management
Data
Display
of
the
touch
panel
management
data
,
output
to
the
programming
device
(
option
)
or
the
printer
.
31
.
Power
Supply
200
±
20
V
AC
,
3
-
phase
,
50
/
60
Hz
Connected
to
the
power
supply
unit
(
3
-
phase
4
-
wire
system
)
(
One
of
the
four
wires
is
used
as
a
ground
wire
.
)
32
.
Maximum
Power
Consumption
Approx
.
7
kVA
039
0.69
MPa
(
4
7
kgf
/
cm
2
)
Dry
and
Clean
Air
(
Water
,
oil
and
dust
are
removed
.
)
33
.
Air
Supply
Supply
Pressure
0.39
MPa
(
4
kgf
/
cm
2
)
Set
Pressure
Dry
and
Clean
Air
Water
:
Dew
Point
—
17
°
C
or
lower
(
Atmospheric
Pressure
)
:
0.1
mg
/
m
3
or
less
(
ANR
)
Dust
:
Solid
Material
0.01
/
/
m
or
less
Oil
1
11
9810
-
002
ACPOIEOPI
-
II
1.2
Specifications
Approx
.
40
H
/
minute
(
ANR
)
34
.
Air
Consump
-
tion
35
.
Vacuum
Pressure
-
93
kPa
(
700
mmHg
)
Temperature
:
20
士
:
10
°
C
Humidity
:
30
%
80
%
(
Avoid
dew
condensation
)
36
.
Environmental
Conditions
6
,
000
(
width
)
X
1
,
794
(
depth
)
X
1
,
700
(
height
)
mm
(
2
,
100
mm
:
Including
the
light
tower
)
3.700
(
width
)
X
l
，
810
(
deptti
)
X
1.700
(
height
)
mm
(
2
,
100
mm
:
Including
the
light
tower
)
37
.
Basic
Dimensions
Approx
.
3
,
500
kg
(
Excluding
the
tape
feeder
and
the
scrap
box
)
Approx
.
3
,
300
kg
(
Excluding
the
tape
feeder
and
the
scrap
box
)
38
.
Mass
【
Measuring
Condition
]
[
The
figure
below
shows
TCM
-
3000
Z
.
]
•
Measuring
Position
Position
1
m
away
and
1.6
m
in
height
from
the
machine
(
Front
and
Rear
Side
Views
of
Machine
)
•
Noise
Measuring
Instrument
Model
:
RION
NA
-
60
(
Range
A
)
39
.
Measured
Noise
Value
Result
of
Measurement
:
Max
.
79.8
[
dB
]
(
Measuring
Point
:
⑤
)
，
Background
Noise
:
55.5
[
dB
]
Measured
Noise
Value
Remarks
Operating
Condition
Measuring
Point
®
(
Front
Side
o
-
f
Machine
)
Measuring
Point
®
(
Rear
Side
of
Machine
)
•
Measuring
Points
:
6
places
other
than
③
and
Mode
in
which
each
section
is
all
activated
No
Component
Placement
Operation
(
Running
-
in
)
77.3
[
dB
]
79.8
[
dB
]
⑤
Measuring
Point
⑤
(
1.6
m
from
the
floor
)
曰
厂
Safety
Cov
麟
麟
mu
~
W
/
/
/
in
•
I
o
崁
o
I
P
.
C
.
B
.
Flow
Direction
Turntable
Center
^
T
1
Measuring
Point
@
rn
jfc
\
jr
(
1.6
m
from
the
floor
)
1
-
1 2
9803
-
001
ACP
01
EOP
1
-
12
1.2
Specifications
(
1
)
Shape
of
Vacuum
Nozzle
When
components
are
to
be
placed
close
to
the
previously
-
placed
components
or
the
obstacles
,
vacuum
nozzle
shape
should
be
considered
.
Refer
to
the
“
List
of
Nozzle
Types
”
for
vacuum
nozzle
shapes
.
40
.
Conditions
for
Component
Placement
(
2
)
Adjoining
Distances
between
Components
(
when
the
component
placement
position
is
taken
into
consideration
)
G
A
a
Component
Placement
Point
1
B
"
"
Component
Placement
Point
3
Y
Direction
b
C
E
c
H
Component
Placement
*
Point
2
X
Directtion
Unit
:
mm
Notes
:
(
a
)
The
above
figure
shows
that
the
vacuum
nozzle
are
not
protruding
from
the
outer
shapes
of
components
.
Consult
our
sales
personnel
for
details
.
(
b
)
“
A
~
H
”
in
the
above
figure
show
the
maximum
dimensions
including
the
variations
in
the
deimensions
of
each
component
.
The
minimum
adjoining
distances
(
a
，
b
，
and
c
)
of
each
component
should
be
0.4
mm
.
(
c
)
The
minimum
adjoining
placement
position
data
for
component
placement
points
1
and
3
is
A
+
G
+
Min
.
0.4
mm
”
.
“
X
Direction
Data
=
2
(
The
Y
direction
data
is
not
related
.
)
(
d
)
The
minimum
adjoining
placement
position
data
for
component
placement
points
1
and
2
is
B
+
E
十
Min
,
0.4
mm
’
’
-
“
Y
Direction
Data
=
2
(
The
X
direction
data
is
not
related
.
)
(
e
)
See
the
above
figure
and
obtain
the
minimum
adjoining
placement
position
data
for
component
placement
points
2
and
3
.
1
-
13
ACP
01
EOP
1
-
13