PARTS FEEDER

Examples of equipment layouts for different types of workpiece
･ High Frequency
Mini Parts Feeder
Space-saving Design
･Parts Feeder for Ultra Thin Material
PARTS FEEDER
･ High Frequency
Mini Parts Feeder
with CCD Camera Sorting
･ HSE Series
High Frequency Mini Parts Feeder
･ High Frequency
Mini Parts Feeder for Micro-sized Workpiece
/ High Speed Feeding
For safe and reliable operation, it is essential to read the user’s manual carefully before using this equipment.
Shiba NBF Tower, 1-30, Shibadaimon 1-chome, Minato-ku, Tokyo, 105-8564, Japan
TEL +81-3-5473-1864 FAX +81-3-5473-1845
101 Cecil Street #13-12 Tong Eng Building Singapore 069533
TEL +65-6223-6122 FAX +65-6225-2729
406 Moo 2 Bangpoo Industrial Estate (Soi 2 c) Sukhumvit Road Tambol Bangpoomai,
Amphur Muangsamutprakam, Sumutprakarn, Thailand 10280
TEL +66-2323-3553 FAX +66-2709-4070
CODE
E97-003
SINFONIA TECHNOLOGY CO., LTD. continually upgrades and
improves its products. Actual features and specifications may therefore
differ slightly from those described in this catalog.
Printed in Japan 1009DIII S
SHINKO ELECTRIC CO., LTD.
Please note that our former company name or logo may be printed in this catalog.
DMS Series
Dual Motion
PartsFeeder
DM Series
Dual Motion
PartsFeeder
Controller
for DM Series
EA Series 100~180 Hz
Parts Feeder
ER Series 50~90 Hz
Parts Feeder
Straight Wall Bowl
Casade Bowl
LFBR Series Leaf-spring
Vibro-isolating Linear
Feeder
LFB Series Leaf-spring
Vibro-isolating Linear
Feeder
LFG Series Rubber
Mount Vibro-isolating
Linear Feeder
LF Series Direct mount
Linear Feeder
Feeder-type Hopper
C10 Series
Variable Frequency
Digital Controller
C9 Series
Variable Frequency
Digital Controller
ME/HME/HSE Series
Mini Parts Feeder
Linear Feeder
LFB/HLFB Series
C9-03VFTC
Variable Frequency
Digital Controller
MF Series Direct mount
Linear Feeder
LF Series Coil-spring
Vibro-isolating Linear
Feeder
Smooth, low-noise conveyance
Dual Motion Principle
Features
• Setting vertical amplitude at the lowest possible setting
greatly reduces bouncing of workpieces. Thin, flat workpieces remain separate and are conveyed smoothly.
• Work is conveyed as though gliding, with minimal impact
between workpieces and track, resulting in minimal
noise.
• Compact size makes it possible to interchange them
with EA/ER Series parts feeders or those of other
manufacturers. (DMS Series)
• A single drive unit can be used for right or left bowl
orientation.
Friction (conveyance) controlled through
elliptical vibration
Dual Motion in action
Elliptical vibration is achieved by controlling optimal
phase difference to the horizontal and vertical
amplitudes of bowl vibration. Conveyance using
elliptical vibration results from controlling friction, and
workpieces thus travel as though gliding along the
track.
Dual motion is generated in these parts feeders
through feedback of vibration in the horizontal and
vertical directions, as shown in the diagram. Sensors
detect horizontal and vertical amplitude, thereby
allowing separate control.
Workpiece glides along track
Speed over one cycle
C
Workpiece in
contact with track
Applications
• Plastic, easily damaged workpieces for medical and
B
A
Workpiece flies
free of track
C
Workpiece in
contact with track
electronic equipment
• Low-noise conveyance of auto and other metal parts
• Precision equipment and other electronic parts that
3π
require highly accurate sorting
Vertical
amplitude
2π
π
0
Bowl
Coil for horizontal
Leaf-springs
Horizontal amplitude
DMS Series
DM Series
interchangeable with EA/ER
Series parts feeders or those
of other manufacturers.
Sensor
Accommodates high-speed
delivery requirements.
Coil for vertical
Controller
C10-4DM
DM-65C
DM series Drive Units
DMS-15C/20C Dimensions
Bowl attachment surface
Lead wire 2,000 mm
Bowl attachment surface
d
Lead wire 2,000 mm
D
φ
D
φE
φe
4 -M16
B
φ
Lead wire 2,000 mm
DM-65C Dimensions
φe
φd
φ
φE
DM-30C~45C Dimensions
DMS-25C~45C Dimensions
(carrying eyebolt screw)
φ60
B
φ
φ350
0
4 -φd
φB
80
φ5
10
R9
5
7
O
Mounts can be affixed
in any desired alignment.
9
25
M
(bowl attachment screw)
7
20
φ650
25
7
30
.5
M
(bowl attachment screw)
16
.5 R
58
Q
M
(bowl attachment screw)
40
L
N
R50
(bowl attachment screw)
R1
Vibro-isolating
rubber mount
4 -φ14
φD
Vibro-isolating
rubber mount
R58
DUAL MOTION PARTS FEEDERS
Can be used with DM series bowls only (see p7)
Accommodates bowls designed for EA and ER and DMS series (see p13-14)
t
H
565∼580
φF
φA
2.3
φF
2.3
H
H
16
Mounts can be affixed
in any desired alignment.
φF
φA
(Unit: mm)
DM-30C
DM-38C
DM-45C
mm
φ310
φ390
φ460
φ670
265
Drive unit height
mm
285∼295
290∼300
360∼370
565∼580
110
Drive unit weight
kg
55
80
140
320
4.0
DMS-20C
DMS-25C
DMS-30C
DMS-38C
DMS-45C
mm
φ160
φ210
φ260
φ310
φ390
φ460
Drive unit height
mm
130
150
185
220
250
Drive unit weight
kg
7
14
25
40
70
Rated voltage
200
V
Horizontal
0.15
0.25
0.6
2.0
2.0
2.0
Vertical
0.15
0.25
0.3
0.8
0.8
2.0
Vibration frequency
100∼180
Hz
Model
Drive unit outer diameter
DMS-15C
Drive unit outer diameter
Rated voltage
A
Horizontal
2.0
2.0
4.0
Vertical
0.8
0.8
2.0
Vibration frequency
70∼110
200
V
Rated current
DM-65C
2.0
70∼110
Hz
30∼40
Unprocessed bowl diameter (cylindrical) mm
φ150
φ200
φ250
φ300
φ375
φ450
Unprocessed bowl diameter (cylindrical)
mm
φ300
φ375
φ450
φ650
Max. bowl diameter (cylindrical)
φ250
φ320
φ400
φ500
φ600
φ700
Max. bowl diameter (cylindrical)
mm
φ500
φ600
φ700
φ1000
Max. amplitude
(Unprocessed cylindrical bowl periphery)
mm
mm
Horizontal
0.6
1.0
Max. amplitude
Vertical
0.13
0.3
(Unprocessed cylindrical bowl periphery)
Max. loaded weight (workpieces + bowl weight)
2.3
kg
4
8
12.5
5 x 0.5 mm2 wire
Lead wire
17
DMS-15C
DMS-20C
Unit: mm
φA
φB
127∼130∼133
160
150
M8
147∼150∼153
210
200
M10
φD
M
1.8
Vertical
2.0
4.0
0.3
9.2
kg
1.0
17.0
27.5
70.0
5 x 1.25 mm2 wire
Applicable controller
Dimensions Chart
H
Horizontal
Lead wire
C10-4DM
Model
mm
Max. loaded weight
26
5 x 0.75 mm2 wire
Applicable controller
5
(Unit: mm)
Drive Unit Specifications
Model
A
φ670
(Unit: mm)
(Unit: mm)
Drive Unit Specifications
Rated current
3.2
2.3
φA
C10-4DM
Dimensions Chart
Model
H
Unit: mm
φA
B
M
φD
φd
t
φF
φE
φF
φd
φe
72
94
130
50
120
DM-30C
285∼295
310
290
M12
270
10
8
252
100
130
170
70
160
DM-38C
290∼300
390
370
M16
320
10
8
324
DM-45C
360∼370
460
440
M16
365
12
10
390
Model
H
φA
φB
M
φF
L
N
O
Q
φD
φE
φd
φe
DMS-25C
182∼185∼188
260
250
M12
216
58
50
16
10
140
160
100
200
DMS-30C
215∼220∼225
310
300
M12
252
85
75
20
20
172
192
140
240
DMS-38C
245∼250∼255
390
380
M16
324
85
75
20
20
215
240
170
300
DMS-45C
260∼265∼270
460
450
M16
390
85
75
20
20
270
300
210
350
6
DM series Bowl Dimensions
Diagrams show counter-clockwise orientation
Straight wall Bowl
Cascade Bowl
Track circuits: 2 ・ 1/4 Exit
C10-4DM Dimensions
119
Track circuits: 1 ・ 1/2
45
45
(14.5)
(9)
141
C10-4DM
V-ALARM
RUN
STOP
V-Stroke
SET
Phase
170
SAVE
ENTER
H-Stroke
160
H-ALARM
140
RUN
Frequency
DM Model
Function
ON
(35)
(9)
(60)
OFF
(Unit: mm)
A
T1
B
A’
B
141
φA
Features
H
h
P
Stroke sensor gain adjustment is not required. Just by
selecting a drive unit model at the initial setting stage,
necessary parameters are set automatically.
T2
T2
G
P
h
H
• Simple and easy start up
G
φD
φE
φF
φD
φE
φF
• Easy operation
5˚
8-M
(8 equally inter-spaced
around perimeter)
8-M
(8 equally inter-spaced
around perimeter)
Straight wall Bowl Dimensions Chart
• Save more space
Unit: mm
Approx.
weight (kg)
Capacity
( )
Model
B
φC
φD
φE
φF
G
H
h
M
P
T2
DM-30C
300
25
270
174.7
190.7
290
40
129
105
M8
36
6
6.5
0.8
Control system
DM-38C
375
35
320
216
232
340
48
159
133
M8
46
6
10.0
1.7
Voltage
DM-45C
450
40
365
282.5
298.5
390
60
197
163
M10
56
9
18.0
3.0
DM-65C
650
65
600
363.6
406.4
630
-
302
249.5
M12
90
12
54.0
10.0
A’
B
φC
φD
φE
180
167.5
25
270
143
DM-38C
230
215
30
320
174.7 190.7
DM-65C
Notes
*1
*2
*3
*4
*5
280
445
260
405
40
80
365
600
216
Output
159
232
363.6 406.4
φF
G
H
h
M
P
T1
T2
Approx.
weight (kg)
290
32
99
74
M8
38
2
6
5.5
1.6
340
40
124
92
M8
48
2
6
8.5
3.5
390
630
51
-
157
267
116
197
M10
M12
58
100
2
3
9
12
13.5
52.0
Vibration frequency
A
6.0
Additional
features
18.0
Horizontal/vertical amplitudes kept constant
Shows output frequency, horizontal/vertical amplitudes, phase difference, and function codes
Setting function
For setting horizontal/vertical amplitudes and phase difference
Speed selection
Choice of 4 pre-set speeds by external signal
Start/Stop control
Stops and starts by external signal
Outputs signal tuned to unit operation
Start-up time 0.2~4.0 seconds
On/Off delay timer
Delay time 0.2~60 seconds
Sensor power source
3P power plug gives DC12V, max. 80 A
Function
Power source synchronized to parts feeder operation (RUN)
Synchronized
Control system
On/Off control through Triac
power source
Output voltage
As power source input to controller
Maximum current
A
2
Noise resistant voltage
V
Above 1000
Ambient humidity range
degree
%
Color of case
Weight kg
Compatible equipment
Workpiece length (mm)
vertical: 2
Horizontal/vertical amplitude phase difference kept constant
Soft start
Cascade Bowl Selection Guide
horizontal: 4
Automatic tuning to horizontal resonance point. Accuracy: resonant frequency 0.3%
Display function
Ambient temperature range
Workpiece length (mm)
28∼45 65∼120 90∼180
Constant amplitude control
Other
7
0∼190
Hz
Output signal
Workpiece diameter (mm)
Workpiece diameter (mm)
PWM system
V
Constant phase difference control
Capacity
( )
Bowls are made of stainless steel.
Bowls available with clockwise or counter-clockwise orientation.
Charged capacity varies according to the type of workpiece.
When supplied unprocessed, neither inside nor outside has been surface-treated.
When supplying processed, specialized bowls other than standard bowls above can be manufactured.
Straight wall Bowl Selection Guide
AC200/230V 10%, 50/60Hz
Max. current
Unit: mm
DM-30C
DM-45C
Input power
Auto resonance-point-tuning control
Cascade Bowl Dimensions Chart
Electronic control of horizontal/vertical amplitudes
and phase difference provides ideal vibration
characteristics for any type of workpiece.
C10-4DM
φA
A
• Electronic control gives optimal vibration
Specifications
Model
Model
Auto tuning function reduces power consumption by
tracking the resonance point and keeping vibration
frequency on it continuously.
‘Selection Dialí and ‘Setting Encoder’ allow for easy
operation for anyone.
This controller has the same dimensions as
C10-5VF/5VFEF and the footprint is reduced by 36%
from the previous model.
φC
φC
• Energy-saving auto-tuning
0∼40°C
10∼90% (no condensation)
Japan Paint Industry Association U75-70D
2.0
DM-30C, 38C, 45C, 65C
DMS-15C, 20C, 25C, 30C, 38C, 45C
ER series 50~90Hz
EA series 100~180Hz
Steady delivery of workpieces of all sizes
With low vibration frequencies of 50 to 90Hz and a large amplitude of 1.2 mm,
this series is suited to workpieces from 10 mm up in size. Bowl diameters
from 250 to 1100 mm can be accommodated, to give powerful feeder
performance.
With high vibration frequencies of 100 to 180 Hz and small amplitude of 0.6
mm, this series is ideal for very small (10 mm or less), high precision or ultra
thin workpieces. Can accommodate bowls ranging from 150 to 700 mm in
diameter for highly reliable conveyance.
EA-45
EA-38
EA-30
ER-75B
Bowl attachment
washer
EA-25
ER-65B
ER-55B
Bowl
Central bolt for bow
attachment
EA-20
Movable
frame
Magnet
Height
adjustment bolt
EA-15
ER-45B
Vibro-isolating
rubber mount
Fixed
frame
Leaf spring
ER-38B
ER-30B
ER-25B
Vibro-isolating rubber
EA/ER Series Structural Diagram
Specifications
Specifications
Model
EA-15
EA-20
EA-25
EA-30
EA-38
EA-45
ER-25B
ER-30B
ER-38B
ER-45B
ER-55B
ER-65B
ER-75B
mm
φ260
φ310
φ390
φ460
φ560
φ660
φ760
280
Drive unit height
mm
198
225
264
286
321
321
321
115
Drive unit weight
kg
30
48
80
115
160
200
260
5.0
5.0
5.0
mm
φ165
φ210
φ260
φ310
φ390
φ460
Drive unit height
mm
133
155
190
220
260
Drive unit weight
kg
8.5
17
30
48
80
Rated voltage
V
Rated current
A
Vibration frequency
Leaf-spring attachment angle
15
degree
200 (*1)
0.4
0.8
1.5
2.0
2.5
3.0
20
degree
Rated voltage
V
Rated current
A
Vibration frequency
100∼180
Hz
Model
Drive unit outer diameter
Drive unit outer diameter
Leaf-spring attachment angle
200 (*1)
1.0
1.5
2.0
2.5
50∼90
Hz
Unprocessed bowl diameter (cylindrical)
mm
150
200
250
300
375
450
Unprocessed bowl diameter (cylindrical)
mm
250
300
375
450
550
650
750
Max. bowl diameter (cylindrical)
mm
250
320
400
500
600
700
Max. bowl diameter (cylindrical)
mm
400
500
600
700
820
970
1100
Max. amplitude (periphery of standard cylindrical bowl) mm
Max. loaded weight (workpieces + bowl weight)
Power cable
Compatible
controllers (*2)
AC200V
AC100V
Notes
9
PARTS FEEDERS
PARTS FEEDERS
For handling a wide range of
very small, precision workpieces
*1
*2
0.6
2.3
4
8
12.5
17
26
mm2
0.5
0.75
0.75
0.75
1.25
1.25
Single
C10-1VF/1VFEF
Twin
Single
C10-1VF/1VFEF＋C10-TR
Twin
With an AC100V power source, use C10-TR transformer (sold separately).
Standard controller is AC200V single type
Max. loaded weight (workpieces + bowl weight)
C10-3VF/3VFEF＋C10-TR
Compatible
controllers (*2)
AC200V
AC100V
C9-3VFT-1C
kg
mm2
Power cable
C10-3VF/3VFEF
C9-3VFT-2C
1.2
Max. amplitude (periphery of standard cylindrical bowl) mm
0.8
kg
Single
12.5
17
26
70
85
120
0.75
0.75
1.25
1.25
2.0
2.0
2.0
C10-1VF/1VFEF
Twin
*3
C10-3VF/3VFEF＋C10-TR
C9-3VFT-1C
*1 With an AC100V power source, use C10-TR transformer (sold separately).
*2 Standard controller is AC200V single type
*3 C10-1VF/1VFEF+C10-TR
Notes
C10-3VF/3VFEF
C9-3VFT-2C
Twin
Single
1.4
8
C10-5VF/5VFEF
―
―
―
FEEDERS
PARTS FEEDERS
PARTS
EA-15/20
PARTS FEEDERS
F
Dimension EA/ER series
φ F*
M
(bowl attachment screw)
Lead wire
2000mm
7
10
Lead wire
2000mm
R58
R50
ER-55B/65B
φ F*
φF*
φF*
Lead wire 2000mm
ER-25B/30B/38B/45B
EA-25/30/38/45
16
M
(bowl attachment
screw)
*F (pitch of rubber mounts)
L
N
L N
P
Q
Q
P
φB
M
(bowl attachment
screw)
M
(bowl attachment
screw)
*F (pitch of rubber mounts)
O
*F (pitch of rubber mounts)
Lead wire
2000mm
R140
30
O
φB
R125
*F (pitch of rubber mounts)
9
2.3
H
φB
25
φA
H
H
φB
H
2.3
2.3
Mounts can be affixed in any desired alignment.
φA
3.2
φA
(Unit: mm)
(Unit: mm)
Unit: mm
H
φA
φB
EA-15
130-133-136
165
EA-20
152-155-158
210
Unit: mm
150
M8
130
EA-25
187-190-193 260 250 M12 216
58
50
16
7
10
200
M10
170
EA-30
215-220-225 310 300 M12 252
85
75
20
7
20
EA-38
255-260-265 390 375 M16 324
85
75
20
7
20
Model
EA-45
275-280-285 460 450 M16 390
85
75
20
7
20
H
φB
M
φF
Mounts can be affixed in any desired alignment.
φF
Model
φA
ER-75B
M
L
N
O
P
Q
(Unit: mm)
Unit: mm
φF*
Model
φA
(Unit: mm)
φA φB
φF
L
N
O
P
Q
ER-25B
194-198-202 260 250 M12 216
58
50
16
7
10
ER-30B
218-225-232 310 300 M12 252
85
75
20
7
20
ER-38B
257-264-271 390 375 M16 324
85
75
20
7
20
ER-45B
280-286-292 460 450 M16 390
85
75
20
7
H
M
20
Unit: mm
M
(Bowl setting
screw)
Lead wire
2000mm
*F (pitch of rubber mounts)
2.3
H
φB
φA
(Unit: mm)
11
Model
H
φA
φB
M
φF
ER-55B
312-321-330
560
550
M20
450
ER-65B
312-321-330
660
650
M20
550
ER-75B
312-321-330
760
750
M20
640
Straight Wall Bowls (Diagrams show counter-clockwise orientation)
Cascade Bowls (Diagrams show counter-clockwise orientation)
Track circuits: 2 ・ 1/4
Track circuits: 1 ・ 1/2
PARTS FEEDERS
PARTS FEEDERS
Bowl Dimension EA/ER/DMS series
φd hole
φd hole Detail of point N
65˚
B
B
Detail of point N
φD
φF
φE
φA
65˚
12.9
T
A
T
A'
A
A'
φD
φF
B
B
4
T
φA
4
T
12.9
P
G
G
(G)
φD
H
h
P
H
P
h
φd
h
P
（G）
h
φd
H
H
φE
φD
φE
φE
N
N
(Unit: mm)
(Unit: mm)
Unit: mm
Unit: mm
Model
φA
φD
B
EA/DMS-15
150
12
EA/DMS-20
200
18
φE
73.1
G
89.1
104
120
H
P
φd
h
Approx.
Weight
(kg)
T
Capacity
(
Model
Dia.
approx.
A
A’
B
H
h
P
φd
EA/DMS-15
215
110
102.5
15
65
50
24
8.2
)
φD
φE
G
T
Approx.
Weight
(kg)
73.1
89.1
23
2
1.3
Capacity
(
)
0.4
22
70
18
56
8.2
1.5
1.1
0.1
25
85
24
69
10.2
1.5
1.8
0.2
EA/DMS-20
280
145
135
20
80
59
30
10.2
104
120
26
2
2.2
0.8
350
180
167.5
25
95
70
38
12.2
143
159
28
2
3.3
1.6
EA/ER/DMS-25
250
20
143
159
27
100
30
83
12.2
2
3.2
0.5
EA/ER/DMS-25
EA/ER/DMS-30
300
25
174.7
190.7
35
125
36
101
12.2
2
5.0
0.8
EA/ER/DMS-30
450
230
215
30
120
88
48
12.2
174.7
190.7
36
2
5.4
3.5
EA/ER/DMS-38
375
35
216
232
43
155
46
129
16.2
2
8.0
1.7
EA/ER/DMS-38
540
280
260
40
150
109
58
16.2
216
232
45
2
8
6
EA/ER/DMS-45
450
40
282.5
298.5
52
190
56
156
16.2
3
15.0
3.0
EA/ER/DMS-45
650
335
310
50
185
135
72
16.2
282.5
298.5
54
3
16
10
Unit: mm
Unit: mm
Model
φA
B
φD
φE
φF
G
H
P
φd
h
ER-55B
550
55
288.5
318.5
309.2
78
266
ER-65B
650
65
373
406.4
397.2
88
311
90
258
25
ER-75B
750
75
477.8
508
498.7
99
366
108
303
25
Notes
1) Bowls are made of stainless steel.
3) Capacity varies according to the type of workpiece.
Straight wall Bowl Selection Guide
76
221
Approx.
Weight
(kg)
T
25
Capacity
(
Model
)
Dia.
approx.
A
A’
B
H
h
P
φd
φD
φE
φF
G
T
Approx.
Weight
(kg)
390
358
64
240
193
96
25
288.5
318.5
309.2
78
3
26
17
Capacity
(
)
28
5
ER-55B
750
3
39
10
ER-65B
850
445
405
80
306
236
120
25
373
406.4
397.2
88
3
37
20
3
54
15
ER-75B
950
495
455
80
346
256
130
25
477.8
508
498.7
99
3
47
25
3
Notes
2) Bowls available with clockwise or counter-clockwise orientation.
*When supplied unprocessed, neither inside nor outside has been surface-treated.
1) Bowls are made of stainless steel.
3) Capacity varies according to the type of workpiece.
2) Bowls available with clockwise or counter-clockwise orientation.
*When supplied unprocessed, neither inside nor outside has been surface-treated.
Workpiece diameter (mm) 60
Cascade Bowl Selection Guide
ER-75B
Workpiece diameter (mm) 70
50
ER-65B
ER-75B
ER-65B
60
ER-55B
50
40
ER-55B
30
EA/ER/DMS-45
EA/ER/DMS-38
EA/ER/DMS-45
20
EA/ER/DMS-30
EA/ER/DMS-25
EA/DMS-20
EADMS-15
EA/ER/DMS-38
0
10
20
30
40
50
60
Workpiece length (mm)
13
30
EA/ER/DMS-30
20
EA/ER/DMS-25
EADMS-20
EA/DMS-15
10
10
0
40
70
80
90
0
0
20
40
60
80
100
120
Workpiece length (mm)
140
160
14
0
Sensor for overflow
420
450
15
350
(15)
110
125
700
335
15
15
140
310
650
475
190
(289)
(435)
(498)
190
(289)
165
t19
165
t19
t19
310
(85)
(15)
165
t19
Lead wire 2000mm
15
15
15
140
15
(498)
(400)
(443)
310
475
(269)
(400)
310
650
155
155
Lead wire 2000mm
(15)
475
(269)
Sensor for overflow
(435)
15
(85)
130
285
15
285
(80)
(15)
600
475
(443)
Sensor for overflow
335
310
Lead wire 2000mm
600
165
(370)
(229)
(15)
335
335
5
Sensor for overflow
15
15
15
285
(80)
285
0
φ45
700
650
φ 37
130
310
15
Lead wire 2000mm
(15)
8-M12
0
φ45
5
Sensor for overflow
t16
t16
8-M12
8-M12
310
310
650
φ 37
130
10 EA/ER/DMS-45+LFG-550
(15)
(15)
(15)
130
9 EA/ER/DMS-45+LFB-550
8 EA/ER/DMS-38+LFG-550
8-M12
(325)
(370)
(229)
(275)
t12
130
130
t12
7 EA/ER/DMS-38+LFB-550
15
350
125
(311)
(199)
100
(275)
100
(311)
(199)
(222)
(155)
t12
(182)
(252)
85
70
(212)
(130)
t12
70
420
450
350
350
70
Lead wire 2000mm
(15)
(325)
250
Sensor for overflow
(70)
15
Lead wire 2000mm
(15)
15
15
15
φ 300
110
110
370
400
15
Lead wire 2000mm
(70)
15
15
(15)
15
(70)
15
Lead wire 2000mm
370
400
(15)
(70)
15
110
100
(65)
250
15
5-M12
φ 300
Sensor for overflow
15
Lead wire 2000mm
320
350
(15)
5-M12
500
470
φ 25
Sensor for overflow
6 EA/ER/DMS-30+LFG-400
500
470
5-M10
450
420
420
450
370
0
φ25
0
Sensor for overflow
15
15
270
300
φ 20
5 EA/ER/DMS-30+LFB-400
(15)
(15)
5-M10
100
15
(65)
400
270
15
5-M10
Sensor for overflow
Lead wire 2000mm
(15)
4 EA/ER/DMS-25+LFG-400
3 EA/ER/DMS-25+LFB-400
(15)
5-M10
φ150
300
2 EA/DMS-20+LFB-300
(15)
(15)
1 EA/DMS-15+LFB-300
PARTS FEEDERS
PARTS FEEDERS
Linear Feeder Combinations EA/ER/DMS series
Unit: mm
15
16
A leaf-spring vibro-isolating type linear feeder with reduced floor reaction. We enabled low-reaction force,
high accuracy and smooth parts conveyance through our review of the drive unit mechanism in detail.
11 ER-55B+LFG-700
12 ER-65B+LFG-700
(15)
(15)
LFBR-350/450/600 Dimensions
8-M12
8-M12
460
410
0
φ65
950
850
0
φ55
Feed direction
Sensor for overflow
15
114
Lead wire 2000mm
(15)
800
435
435
15
(85)
385
15
Lead wire 2000mm
385
15
(15)
(85)
15
140
460
410
Sensor for overflow
Features
15
PARTS FEEDERS
Low-reaction force linear feeder with less floor reaction
• Floor reaction force reduce design
900
625
By reviewing the drive unit mechanism, floor reaction
force has been drastically reduced, compared with the
existing leaf-spring vibro-isolating type.
625
No troublesome leaf-spring adjustment or even core gap
adjustment is necessary, by using the available C9, C10
series variable frequency digital controllers.
(530)
(636)
(193)
(325)
(515)
(597)
(292)
(253)
• Leaf spring and Core gap adjustment are unnecessary
• No vibrational interference
225
Because of the middle frequency vibration range
(between Full and Have wave), vibrational interference
will not occur, when used in combination with other parts
feeders.
t19
t19
225
13 ER-75B+LFG-700
(15)
The entire chute vibration angle become uniformly, and
has improved the parts conveyance become much more
smoothly.
510
• Low power consumption
1050
485
485
15
15
(85)
140
510
15
(15)
1000
t19
(325)
(565)
(696)
(352)
625
(Unit: mm)
17
225
Rated voltage
V
Rated current
A
Hz
Drive unit weight
kg
Leaf-spring angle
degree
Max. amplitude
mm
AC200V
AC100V
Single
C10-1VF/1VFEF
Twin
C9-3VFT-2C
Single
C10-1VF/1VFEF＋C10-TR
C9-3VFT-1C
Twin
Dimensions Chart
Sensor for overflow
Lead wire 2000mm
Model
Compatible
controller
Driven near the resonance range enable to gain
sufficient stroke in low current.
0
Specifications
Vibration frequency
• Uniform chute vibration angle
8-M12
φ7 5
(Unit: mm)
Linear Feeder Model
Parts
Feeder
Model
Leaf-spring vibro-isolating
Rubber-mount vibro-isolating
LFB-300 LFB-400 LFB-550 LFG-400 LFG-550 LFG-700
EA/DMS15
1
EA/DMS-20
2
EA/ER/DMS-25
3
4
EA/ER/DMS-30
5
6
EA/ER/DMS-38
7
8
EA/ER/DMS-45
9
10
ER-55B
11
ER-65B
12
ER-75B
13
Notes:
All diagrams above show straight wall bowls, however combinations are also
possible with track-stepped bowls. (Only bowl diameter and chute exit
height vary; all other dimensions are the same for both types of bowl)
A wide range of combinations is possible, depending on the type of
workpiece. We are happy to discuss customers’ individual requirements.
Unit: mm
Model
A
B
C
D
E
F
G
H
I
J
K
L
M
LFBR-350
70
170.5
12
93.5
45
13
12
M5
110
21
55
14
M8
LFBR-450
80
205
20
107.5
55
13
14
M6
130
38
60
13
M8
LFBR-600
95
274.5
25.5
133
75
16.5
19
M6
190
46
75
13
M10
Chute Specifications, including Overhang
Unit: mm
Model
Max. length
Max. width
LFBR-350
350
40
9
0.4∼1.2
Basic position (at max. chute length)
L1
L2
L3
L4
L5
110~150
90
30~110
39
67.5
LFBR-450
450
45
12
1.2∼2.3
150~190
110
70~150
46
82
LFBR-600
600
55
14
2.3∼4.0
200~250
150
90~200
55
108
LFBR Series
Min. thickness
Weight range (kg)
LINEAR FEEDERS
Uniform vibration with no need for adjustment
Accommodates a wide range of chutes for ideal conveyance
Use of a variable frequency controller eliminates the need for leaf-spring and core-gap adjustments.
Provides uniform vibration with no adjustments necessary, and is easily installed to link up with other
equipment, greatly improving ease of use. Can accommodate heavier chute weights and longer
overhangs, to widen scope for applications. The drive unit is slim, and with virtually no vibration
interference it can easily be combined with parts feeders, to suit wide-ranging combinations. The three
models in this series can be used selectively to handle all sizes and shapes of workpiece.
The variable frequency controller installed as standard eliminates need for leaf-spring and core-gap adjustments. Easy installation
and coordination make it much easier to use, and by adjusting position of the rear-end weight, conveyance irregularities can be
quickly and easily eliminated. With minimal lateral movement, there is virtually no vibration interference, making it easy to combine
with parts feeders for stabilized delivery. The three models in this series allow a full range of equipment combinations, and cover
all shapes and sizes of workpiece. A leaf-spring vibro-isolating type linear feeder with reduced floor reaction.We enabled
low-reaction force, high accuracy and smooth parts conveyance through our review of the drive unit mechanism in detail.
LFG-400/550/700 Dimensions
LFB-300/400/550 Dimensions
4-φd
drilled holes
9-M screw
H
W
K
F
H
W
K
F
(A)
9-M screw
R
I
I
7
b
Feed direction
R
I
(G)
Feed direction
(A)
E
(G)
C
C
E
Features
• Simple, uniform vibration
P
L
B
Use with heavier chutes and longer overhangs opens a
wider range of applications. Consistent, uniform vibration
is supplied without the need for adjustment.
O
Specifications
Model
• Energy saving type
Energy consumption cut by half, compared with our
earlier models.
LFB-300
LFB-400
LFB-550
V
Rated current
A
0.04
0.08
0.15
Vibration frequency
Hz
90∼120
80∼110
75∼100
kg
3.0
5.0
10.0
Drive unit weight
Leaf-spring angle
0.6
mm
AC200V
AC100V
Model
Energy consumption cut by half, compared with our
earlier models.
0.65
Single
LFG-400
Rated current
A
0.08
0.15
0.2
Vibration frequency
Hz
80∼110
75∼100
65∼90
kg
4.3
8.5
14.0
Compatible
controller
controller
C9-3VFT-2C
Single
C10-1VF＋C10-TR
Twin
15
0.65
mm
AC200V
AC100V
C9-3VFT-1C
Unit: mm
200
degree
Max. amplitude
C10-1VF
Twin
LFG-700
V
Drive unit weight
0.75
LFG-550
Rated voltage
Leaf-spring angle
Dimensions Chart
0.75
Single
0.9
C10-1VF
Twin
C9-3VFT-2C
Single
C10-1VF＋C10-TR
Twin
C9-3VFT-1C
Dimensions Chart
Unit: mm
Model
A
B
C
E
F
G
H
I
K
L
M
N
O
P
R
W
d
Model
A
B
C
E
F
G
H
I
K
L
M
O
P
R
W
b
i
n
LFB-300
57
135
97
124
65
150
24
45
55
110
5
16
3
10
15
38
6
LFG-400
145
142
84
145
80
230∼270
28
55
60
115
6
18
17
15
42
15
20
15
LFB-400
65
160
120
145
75
180
28
55
60
130
6
16
5
15
15
42
7
LFG-550
181
202
104
200
100
315∼375
38
75
75
165
6
21
22
20
52
20
25
17.5
20
20
52
9
LFG-700
191
257
114
250
110
400∼460
46
90
85
215
6
22
27
25
61
20
25
17.5
LFB-550
79
230
143
200
90
255
38
75
75
190
6
19
5
Chute Specifications, including Overhang
Unit: mm
Model
Max. length
Max. width
Min. thickness
Weight range (kg)
LFB-300
300
50
6
0.4∼1.0
Chute Specifications, including Overhang
10
0.8∼2.0
65
14
1.4∼3.5
140
210
25
200
21
75
16
2.2∼5.5
180
270
30
250
22
Max. width
LFG-400
400
550
700
400
50
10
0.8∼2.0
105
150
70
145
5
550
65
14
1.4∼3.5
140
210
85
200
5
LFG-700
L3
50
Basic position (at max. chute length)
L1
L2
L3
L4
L5
105
150
20
145
18
Max. length
LFB-550
L1
Weight range (kg)
Model
LFB-400
LFG Series
L4
L1
L2
L5
L3
Unit: mm
Min. thickness
Basic position (at max. chute length)
L1
L2
L3
L4
L5
66
110
40
124
3
LFG-550
LFB Series
19
Specifications
15
degree
Max. amplitude
Compatible
controller
controller
200
O
(Unit: mm)
• Energy saving type
Rated voltage
P
L
B
Use with heavier chutes and longer overhangs opens a
wider range of applications. Adjustment is made by
positioning the rear-end weight, so conveyance can
easily be kept uniform without expert skills.
2
• Simple, uniform vibration
N
Features
L4
L2
L5
FEEDERS
EEDERS
Compact yet powerful, for speedy delivery
and versatile, longer distance conveyance
Developed for stabilized delivery of non-specialized micro-sized and precision
parts, this series uses a small, electromagnetic drive unit that is simple and
compact. Unmounted, with full wave operation to give excellent conveyance
capacity for small volumes of non-specialized micro-sized workpieces.
Maintenance is very straightforward and minimizes costs.
A new type of electromagnetic drive unit ideal for use with chutes handling
very small, flat, and precision parts. Takes full advantage of merits of half
wave operation for smooth conveyance of fragile and easily damaged
workpieces.
MF-04B/15B Dimensions
LF-02/04 Dimensions
Lead wire 1000mm
D
A
H
B
4-J
A
LINEAR FEEDERS
LINEAR
Simple and compact. Handles a wide range of
micro-sized and precision parts
2-φM
Feed direction
20°
E
Feed direction
O
20°
R
O
E
Q
Q
I
Features
Handles a wide range of non-specialized micro-sized,
precision parts
• Compact yet powerful
C
• Handles a wide range of small parts
Lead wire
1000mm
Small unit size with half wave operation capable of
longer distance conveyance.
• Simple and low cost
2-M
L
N
C
Features
Provides a simple, low-cost solution for small-volume
applications.
P
L
• Speedy delivery, and versatile, longer distance
conveyance
P
B
High vibration frequency and amplitude give speedy
delivery, and can meet a range of loner distance
conveyance requirements
• Easy, convenient installation
Compact design allows easy, convenient installation.
• Easy, convenient installation
Compact design takes up little space and allows easy,
convenient installation.
*Users are asked to drill holes as required for chute attachment.
Specifications
Specifications
Model
Rated Voltage (V)
Rated Current (A)
Vibration frequency (Hz)
Weight (kg)
LF-02
100/110
0.12
100-180
0.42
LF-04
100/110
0.22
100-180
0.95
Standard compatible
controllers
Model
Voltage (V)
Current (A)
Vibration (Hz)
Weight (kg)
C10-1VF/1VFEF
MF-04C
100/110
200/220
0.13
0.065
50-90
0.6
MF-15C
100/110
200/220
0.2
0.1
50-90
1.8
Dimensions Chart
C10-1VF/1VFEF
Unit: mm
Model
A
B
C
E
H
I
J
L
M
O
P
Q
R
LF-02
22
approx. 81
44.3
65
15
40
M3
40
M4
16
15
9
10
LF-04
32
approx. 101
57.3
80
20
50
M4
55
M5
21
15
12
12
Chute Specifications
Dimensions Chart
Unit: mm
Model
A
MF-04C
46
106
56
38
MF-15C
56
160
78
52
B
C
D
E
L
M
N
O
P
Q
62
88
100
144
7
9
38
9
3.2
9
16
52
8
3.2
Unit: mm
Compatible linear feeder
Maximum length
Maximum width
Weight (kg)
LF-02
200
20
0.2
LF-04
300
30
0.4
Chute Specifications
Unit: mm
Compatible linear feeder
Maximum length
Maximum width
Weight (kg)
MF-04C
300
35
0.4
MF-15C
450
45
1.5
Note: Chute must straddle drive unit to distribute weight.
21
Standard compatible
controllers
Feeder-Type Hopper
LINEAR FEEDERS
Swift, stable conveyance of high volumes of large workpieces
Large-capacity electromagnetic drive unit has strong coil springs positioned at front and rear, and
drive controlled by amplitude angle adjustment, to give speedy, steady, straight-line delivery of
large-sized workpieces. The low-floored half-wave drive provides uniform amplitude and vibration
frequency to eliminate irregularities during high-volume conveyance of large workpieces.
15/30/60/100-liter Hopper Dimensions
LF-30/40 Dimensions
Feed direction
4-φ9
Lead wire
β
700㎜
C
α
Feeder trough
N
0°
A
H
R O
I
L
B
P
Hopper
K
F
Features
No.×P
Coil-spring mounts, av. diameter φ3.4~ φ28
(Unit: mm)
• Large size feeder provides smooth workpiece
delivery
Features
• By attaching a feeder to a hopper, parts
delivery is extremely smoothly accomplished
and running noise is kept extremely low.
Large, vibro-isolating feeder that keeps the flow of
workpieces smooth through adjustment of leaf-spring
angle.
Feeder
4-φG
Fixing holes
• Fast, stable delivery of high volumes of large
workpieces
Extremely high conveyance efficiency allows highvolume delivery of large workpieces.
• Dial control for free adjustment of conveyance
speed
(Unit: mm)
Dimensions Chart, including Feeders
By changing the vibration frequency and amplitude with
the dial control, delivery speed can be freely adjusted.
Hopper
capacity
( )
Permissible
Compatible weight of
Parts
work
feeders
(kg)
model
Specifications
LF-30
LF-40
0˚∼20˚
Rated voltage (V)
Rated current (A)
Vibration
frequency (Hz)
200/220
1.5
50-90
25
200/220
1.6
50-90
33
10˚∼30˚
Standard compatible
controller
Weight (kg)
A
15
HPF-15-3815B
C
E
F
G
H
I
K
L
(*1)
N
Sliding
base
No. x P
S
T
ER-25B
EA-30
24
250 350 322 675∼ 320
875
7
270 275 380 380∼ 150 5 x 50 310 225
580
46
CF-2
0.5
24
300 400 372 775∼ 350
975
7
290 325 420 380∼ 150 5 x 50 360 265
580
50
CF-2
0.5
56
450 600 553
865∼
500
1215
9
400 480 600
430∼
300 8 x 50 536 355
780
140
CF-3
1.0
56
450 600 553
1015∼
500
1365
9
400 480 600
430∼
300 8 x 50 536 355
780
147
CF-3
1.0
ER-30B
EA-25
C10-3VF/3VFEF
ER-25B
EA-30
Dimensions Chart
Model
B
EA-25
Leaf-spring
adjustment angle
α
β
0˚∼20˚
10˚∼30˚
Model
A
Unit: mm
Electromagnetic
Weight
feeder
(kg) Feeder
Rated
model current (A)
Unit: mm
B
C
F
H
I
K
L
N
O
P
R
LF-30
182
410
162
180
156
190
150
295
30
30
55
40
LF-40
196
500
177
186
166
250
154
375
30
30
55
40
30
HPF-30-4215B
ER-30B
EA-38
ER-38B
EA-45
Chute Specifications
ER-45B
Unit: mm
Applicable linear feeder
Maximum length
Maximum width
Weight (kg)
LF-30
650
120
3.5
LF-40
750
150
5.5
ER-55B
*
ER-55B
HPF-60-6030B
100
HPF-100-6030B
Note: Chute must straddle drive unit to distribute weight.
Notes
*1
*2
*3
*4
*5
*
23
23
*
60
ER-65B
ER-65B
Hoppers come in stainless steel only.
Vibration frequency: 50~70 Hz; rated voltage: 200/220 V; compatible controller: C10-1VFEF. (No standard model with 100/110 v specifications.)
Paint finish: Munsell N7.5
For 15- and 30-liter hoppers, hopper heights come in 5 levels at 50 mm intervals: for 60- and 100-liter hoppers, hopper heights come in 8 levels at 50 mm intervals.
Heavy-duty 60- and 100-liter hoppers (permissible total work weight 112 kg) are available as non-standard models.
Manufactured to order.
24
Digital control operated in ‘Analogí way
A completely new type of digital controller that can be used with the full line-up of
feeders, from high frequency mini parts feeders to small electromagnetic feeders and
large size models. With ‘analog-style’ operation it can be adjusted very swiftly.
With an auto-tuning function that eliminates the need for frequency adjust-ment, and
convenient digital settings and display, drive units can be operated to their full potential.
C10 Series Parts & Functions
C10-1VF/1VFEF/3VF/3VFEF Dimensions
ALARM light
AUTO FREQ light*
Lights when
-In constant amplitude or auto-tuning mode,
output voltage reaches saturation and cannot
track set amplitude, or
-Error occurs
Lights during auto-tuning mode
Flashes during initial auto-adjusting
AUTO FREQ button*
RUN ALARM
59
30
φ5
(9)
RUN light
141
Lights while operating
Data display screen
Displays voltage/amplitude (%), frequency,
settings, and error codes
RUN/STOP button
RUN ALARM AUTO FREQ
Operation can be stopped or started
manually
SAVE
SoftStart
OffDelay
Function
ON
35
OFF
※
Features
• Auto-tuning function eliminates leafspring adjustment (C10-1VFEF, 3VFEF, 5VFEF)
• Digital setting and display makes
settings easy to manage.
(Unit: mm)
C10-5VF/5VFEF Dimensions
45
14.5
45
φ5
(9)
Switches between display mode and data modification mode
In data modification mode for stroke and frequency, press
again to switch the position of a figure
OFF
Data display dial
Settings encoder
Switches data shown on data
display screen
Modifies settings in data display screen
C10-5VF
Model
C10-3VF
C10-1VF
C10-5VFEF
C10-3VFEF
C10-1VFEF
AC100~120V±10%, 50/60Hz AC200~230V±10%, 50/60Hz
RUN ALARM AUTO FREQ
Control system
Voltage
Stroke
Frequency
SAVE
SoftStart
Output
PWM system
0~190 V (for AC 200V input) 0~95 V (for AC 100V input)
Optional unit C10-TR allows output voltage in 0~190V range (Except C10-5VF(EF)) even with AC100V input
Half wave: 45~90 Hz, Full wave: 90~180 Hz
Vibration frequency
SET
OnDelay
Intermediate wave: 65~120Hz,High afrequency: 180~360 Hz
OffDelay
Function
Max. current
ON
5Ａ
3Ａ
Constant voltage mode
35
※
Operating
Modes
※No plug for sensor on C10-5VF
Constant amplitude mode
Auto-tuning mode
Additional
features
C10-TR Dimensions
31.6
30
15
126
Synchronized
power output
MODEL C10-TR
Start/Stop control by external signal
Output signal synchronized to parts feeder operation
Soft start
Start-up time 0.2~4.0 secs
On/Off delay
̶
Delay 0.2~60secs
Sensor power source
̶
For DC 12V, max. 80A 3P power plug
Function
̶
Power output synchronized to parts feeder operation (RUN)
Control system
̶
ON/OFF control
Output voltage
̶
As power source input to controller
Max. current
̶
140
160
170
Ambient temperature
0~40°
C
Ambient humidity
10~90% (no condensation)
1.5kg
0.9kg
Our compatible equipments
0.8kg
1.6kg
1.0kg
0.9kg
ER-30B,38B,45B
EA-25,30,38,45
LF-30,40
ER-25B
EA-15,20
LFBR-350,450,600
LFB-300,400,550
LFG-400,550,700
ME-08C,14C
HME-08C,14
LFB-02,04
HLFB-02,04C
LF-02,04
MF-04C,15C
U75-70D (Japan Paint Industry Association)
(Unit: mm)
By using a C10-TR power transformer unit with a standard controller, output voltage
can be boosted to run an AC 200 V parts feeder from an AC 100 V power source.
2A
Above 1000 V
Case color
• CE Marking conformed product
1Ａ
Selection of up to 4 amplitude settings by means of external signal
Output signal
Weight
Choice of four speeds can be made by external
signal. Two-step control through external regulating
resistance. External volume adjustment via a
DC4-20mA signal is also possible.
3Ａ
Constant amplitude control at set frequency
With frequency auto-tuning, constant amplitude control requires no amplitude setting
̶
Noise tolerant voltage
Others
5Ａ
̶
Start/stop control
(Unit: mm)
1Ａ
Frequency, output voltage set manually
Speed selector
• Many external control functions
Required to be installed inside the control box
treated with Noise filter and IP4X to make product
comply to CE Marking.
SET button
ON
Stroke: voltage (amplitude) percentage displayed
Frequency: frequency displayed
Soft start: Soft start time displayed
On delay: On delay time displayed*
Off delay: Off delay time displayed*
Input power source
MODEL C10-5VFEF
• Constant amplitude control matched to
workpieces or materials (C10-1VFEF, 3VFEF, 5VFEF)
The frequency, voltage, soft start, on delay and off
delay settings needed for parts feeder adjustment
are located on a control panel. A rotary encoder
allows ‘analog-style’ setting input to be changed to
digital values.
Function
Specifications
141
OFF
• Easy-to-use panel design
OffDelay
* These functions are not available on C10-1VF, 3VF, 5VF models (exclusive to VFEF models)
Amplitude, drive frequency, output voltage notches
are all set and displayed digitally, for easy
management.
Amplitude can be set digitally, and an amplitude
sensor allows drive at constant amplitude suited to
the workpieces under conveyance.
SAVE button
In settings mode, records data modifications
SET
OnDelay
119
140
160
170
This digital equipment has a special advanced
vibration frequency auto-tuning function. It
automatically tracks resonance point changes not
only from changes to input volume of workpieces,
but also from mechanical changes over time, to
deliver optimal vibration at all times. No leaf-spring
adjustment or even frequency adjustment is
necessary, thereby boosting operation efficiency and
saving energy.
※No plug for sensor on C10-1VF/3VF
SAVE
SoftStart
Identify what is showing on data display
screen. LED light indicates display mode;
flashing light indicates data modification
mode
SET
OnDelay
Stroke
Frequency
Data display lights
140
160
170
Stroke
Frequency
Activates/de-activates auto-tuning
AUTO FREQ
ER-55B,65B,75B
ER-30B,38B,45B
EA-25,30,38,45
LF-30,40
ER-25B
EA-15,20
LFBR-350,450,600
LFB-300,400,550
LFG-400,550,700
ME-08C,14C
HME-08C,14
LFB-02,04
HLFB-02,04C
LF-02,04
MF-04C,15C
ER-55B,65B,75B
Digital Control Revolutionizes Parts Delivery
A revolutionary digital controller series for use with regular parts feeders for conveyance of parts of all sizes.
Auto-tuning function eliminates need for frequency adjustment, and convenient digital settings and displays,
etc. allow parts feeders to operate to their full potential.
C9-3VFT-2C/C9-3VFT-1C Dimensions
280
230
φ5
85
(6)
RUN ALM DSP
RUN
STOP
PARTS
LINEAR
Hz
POWER
STRK
ON
DATA
FREQ
200
PF/LF
185
FUNC
SET/SAVE
ＭＯＤＥＬ
170
STRK
OFF
Ｃ９−３ＶＦＴ−1
IN
E
PF.OUT
（3A）
E
LF.OUT
（1A）
E
AUX.OUT
（2A）
Q1 Q2 N1 N2 COM P1 P2
(50)
ＩＮＰＵＴ ＶＯＬＴ． １００／１１０Ｖ
ＩＮＰＵＴ ＦＲＥＱ． ５０／６０Ｈｚ
ＯＵＴＰＵＴ ＣＵＲＲ． ３Ａ（ＰＦ．ＯＵＴ）
１Ａ（ＬＦ．ＯＵＴ）
PF
SENSOR
LF
SENSOR
WORK
SENSOR
(Unit: mm)
Specifications
Model
Features
• Auto-tuning function eliminates need for
frequency adjustment
This digital system has an advanced frequency autotuning function. It automatically tracks resonance point
changes resulting from mechanical? changes over time,
regardless of changes to the volume of workpieces, to
deliver optimal vibration at all times. There is no need for
leaf-spring adjustments, and even frequency adjustment
is unnecessary. This keeps the equipment activated
much more of the time and saves energy.
• Digital setting/display makes settings easy to
manage
Amplitude, drive frequency, output voltage notches are
all set and displayed digitally, making them easy to
manage.
Input Power source
• Constant amplitude control matched to
workpieces
With digital setting of amplitude, an amplitude
detection sensor allows drive at a constant amplitude
suited to the workpieces under conveyance.
• Complete control possible with a single
controller
Control of both a parts feeder and linear feeder is
possible with a single controller.
• Soft start settings can be adjusted
up to 4 seconds
• On-off delay time can be adjusted
up to 60 seconds
• Changes to button labels
• Changes to function displays
• Case color changed to that of C10 series
C9-3VFT-2C
C9-3VFT-1C
AC200/220V 10%, 50/60Hz
AC100/110V 10%, 50/60Hz
Control system
PWM system
Voltage
Output
Operating
modes
0∼190V
Vibration
frequency
Parts feeder
Maximum
current
Parts feeder
Linear feeder
Linear feeder
Auto-tuning mode
Constant amplitude mode
180∼360Hz
3A
1A
Resonant frequency auto-tuning allows constant amplitude control with no need for frequency setting
Constant amplitude control at set frequency
Frequency, output voltage set manually
Temporary increase in PF amplitude to clear leftover workpieces, etc.
Speed selector
Selection of amplitude settings (up to 4) by means of external signal
Output signal
On/Off delay timer
Sensor power source
Function
Start/stop control by external signal
Outputs signal tuned to parts feeder operation
Start-up time 0.2~4.0 seconds
Delay time 0.2~60.0 seconds
3P power plug gives DC12V, max. 80A
Power source output tuned to parts feeder operation (RUN)
Control system
ON/OFF control by Triac
Output voltage
As power source input to controller
Maximum current
Noise tolerant voltage
Ambient temperature
Conditions
for use
90∼180Hz
Quick removal function
Soft start
Tuned power
source output
65∼120Hz
Constant voltage mode
Start/Stop control
Additional
features
49∼90Hz
Ambient humidity
Case color
Weight
2A
Above 1000V
C
0∼40°
10∼90% (no condensation)
Japan Paint Industry Association U75-70D
2.3kg
Our compatible Parts feeders
EA-15/20/25/30/38/45, ER-25B/30B/38B/45B
Our compatible Linear feeders
LFBR-350/450/600, LFB-300/400/550, LFG-400/550/700
For source voltage AC200/220V
For source voltage AC100/110V
Single Drive
Single Drive
Parts Feeder
Controller
C10-5VF/3VF/1VF
Linear Feeder
Controller
C10-1VF
Parts Feeder
Controller
C10-5VFEF/3VFEF/1VFEF
Optional
Unit
C10-TR
Parts Feeder
Controller
C10-3VF/1VF
Optional
Unit
C10-TR
Linear Feeder
Controller
C10-1VF
Optional
Unit
C10-TR
Parts Feeder
Controller
C10-3VFEF/1VFEF
Sensor amp
Power source
AC200/220V
Power source
AC200/220V
Power source
AC200/220V
Controller
for hopper
Sensor amp
Power source
AC100/110V
Amplitude
sensor
Hopper
Power source
AC100/110V
Power source
AC100/110V
Hopper
Overflow
sensor
Overflow
sensor
Level
switch
Level
switch
Vibrator or Feeder
Parts Feeder
(EA, ER Series)
Linear Feeder
(LFBR,LFB, LFG Series)
Vibrator or Feeder
Parts Feeder
(EA, ER Series)
Twin Drive
Parts Feeder
(EA, ER Series)
Linear Feeder
(LFBR,LFB, LFG Series)
Parts Feeder
(EA, ER Series)
Twin Drive
Linear Feeder Controller
C10-1VF
Parts Feeder Controller
C10-3VFEF/1VFEF
Digital Controller
C9-3VFT-2C
same
function
Linear Feeder
Controller
C10-1VF
Optional
Unit
C10-TR
Parts Feeder
Controller
C10-3VFEF/1VFEF
Digital Controller
C9-3VFT-1C
same
function
Sensor amp
Power source
AC200/220V
Amplitude
sensor
Controller
for hopper
Power source
AC200/220V
Controller
for hopper
Sensor amp
Amplitude
sensor
Power source
AC100/110V
Hopper
Power source
AC100/110V
Controller
for hopper
Hopper
Amplitude
sensor
Overflow sensor
Overflow sensor
Level
switch
Level
switch
Vibrator or Feeder
Amplitude sensor
Vibrator or Feeder
Parts Feeder
(EA, ER Series)
Linear Feeder
(LFBR,LFB, LFG Series)
Amplitude sensor
Parts Feeder
(EA, ER Series)
Linear Feeder
(LFBR,LFB, LFG Series)
High-speed, high-precision handling of micro-sized parts and electronic
chips. Compact design and versatility to handle a wide range of small
parts.
ME-08C
Designed for the automatic conveyance and stable delivery of delicate components that are easily scratched or damaged,
these feeders provide high-speed, high-precision parts handling. With the fine vibration of full wave drive and a soft start
function, all types of tiny parts for cameras, watches etc. can be handled. Compact design takes up minimal space.
Lead wire
1,300mm
Bowl attachment
surface
1.5
φ85
φ500-0.1
Bowl attachment
surface
φ170
φ140
φ70 0-0.1
3
3
88.5∼91.5
M5
M5
M5
15
• No problems at connecting points
Vibro-isolating rubber
With little vibration displacement, there is no damage to
workpieces caused by gaps between bowl and chute or
chute and non-vibrating parts.
φ20
Vibro-isolating rubber
φ66
φ 11
• High vibration frequency gives high speed
delivery
ME-08C
Bowl attachment
surface
φ140
φ70 0-0.1
15
Bouncing of workpieces during conveyance is reduced,
and even slight variations in shape and weight
distribution of small parts can be detected for accurate
sorting.
Lead wire
1,300mm
Lead wire
1,300mm
84.5∼87.5
• Highly accurate sorting and conveyance
ME-14C
Counterclockwise
Clockwise
Clockwise
77.5∼80.5
High vibration frequency and small amplitude allow for
the orderly delivery of micro-sized, thin and complexshaped parts, which is hard to achieve with conventional
feeder vibration characteristics.
M8 bowl
attachment hole
Counterclockwise
Clockwise
15
• Smooth, reliable, orderly presentation of tiny,
thin parts
HSE-14
M8 bowl
attachment hole
M8 bowl
attachment hole
Counterclockwise
Features
HME-14C / ME-14
Vibro-isolating rubber
2
0
φ 14
High vibration frequency conveys workpieces smoothly,
speedily and with no resistance, to supply a stable
quantity with little variation, for a significant improvement
in efficiency.
• No readjustment of leaf-spring necessary
Once set, leaf-spring requires no further adjustment.
With feedback control for amplitude, changes over time
in voltage or load do not cause fluctuations in vibration.
ME-08C
0.30
ME-14C
0.55
HME-08C
100/110
Counterclockwise
Vibration
frequency (Hz)
100∼180
0.15
HME-14
0.30
HSE-14
0.30
220∼360
Weight
(kg)
Loaded
weight (kg)
Max. bowl
diameter (mm)
Clockwise
2.5
0.6
φ140
7.8
2.0
φ230
2.5
0.6
φ140
7.8
2.0
φ230
9.3
2.0
φ230
C10-1VF
C10-1VFEF
C9-03VFTC
φ5.8
φ50 +0.1
+0.05
Bowl attachment
surface
φ85
φ500-0.1
20
14
36
16
10
φ175
8
10
30
16
0.5
HSE/ME-08C Track-stepped bowl
(Bowl weight 0.3kg)
Compatible standard
controller
1.5
Rated Current
(A)
φ120
74
M5 bowl
attachment hole
φ5.8
φ50 +0.1
+0.05
HSE/ME-08C dish bowl
(Bowl weight 0.3kg)
φ8.5
φ70 +0.1
+0.05
HSE-14C/ME-14 Track-stepped bowl
(Bowl weight 1.1kg)
Notes: Bowls are made of aluminum.
HSE Series bowls without surface treatment are not available.
Clockwise and counter-clockwise orientations are available.
ME / HME / HME Structural Diagram
77.5∼80.5
Rated Voltage
(V)
ME / HME / HME Bowl
Lead wire
1,300mm
Specifications
(Unit: mm)
φ120
34
Down-sized design for maximum space-saving, with a
vibro-isolating base. Bowl height can be adjusted within
3 mm range to simplify positioning.
(Unit: mm)
HME-08C
• Compact design, with a height adjustment
function
HME-08C
Model
(Unit: mm)
Bowl
Note: Loaded weight is permissible weight of bowl and work.
15
M5
Leaf spring
Vibro-isolating rubber
electromagnetic
coil
Fixed core
φ66
Moving base
Moving core
Fixed base
Lead wire
Height
adjustment ring
Vibro-isolating
set screw
Fixing bolts
(Unit: mm)
Fixed ring
Vibro-isolating
rubber
(Unit: mm)
Digital Control for Revolutionary Delivery of
Micro-sized Parts
Ideal vibration characteristics to cut bouncing
A high-precision electromagnetic drive unit ideal for use with chutes for precision parts,
to meet present-day requirements for rapid processing of micro-sized workpieces.
Vibro-isolating leaf-springs are installed front and rear to absorb rebound, and vibration
characteristics can be adjusted to match the workpiece. Giving uniform vibration the
whole length of the trough, this series provides smooth delivery of the most delicate,
easily damaged parts with minimal bouncing.
This new digital controller represents a major advance in the control of high frequency mini parts
feeders for delivery of electronic chips and other micro-sized parts. Auto-tuning makes frequency
adjustment unnecessary, and with its convenient digital settings and display it enables high
frequency mini parts feeders to be operated to their full potential.
Dimensions
LFB/HLFB-02 / 04 Dimensions
L
I
2-M
P
R
225
175
4-J
71
（5）
H
A
4-φ5
RUN ALM DSP
RUN
POWER
PARTS
STOP
LINEAR
ON
Feed direction
Hz
STRK
120
135
150
DATA
O
E
FREQ
OFF
STRK
FUNC
DATA
TYPE C9−03VFT
INPUT VOLT． 100V
INPUT FREQ． 50／ 60Hz
OUTPUT CURR． 0. 6A×2
AC100V
LF. OUT
LF. PICKUP
PF. OUT
DSP
WORK. SENS．
PF. PICKUP
C
（55）
Lead wire 1500mm
Features
OUT
N
• Auto-tuning function eliminates frequency
adjustments
Features
B
• Leaf-spring vibro-isolating type ideal for
precision parts
(Unit: mm)
HLFB-04C Dimensions
155
50
This leaf-spring vibro-isolating series is ideal for microsized, flat and precision parts.
15
10
14-M4
• Minimizes bouncing
Adjustable vibration characteristics give increased
delivery efficiency while minimizing workpiece bouncing.
2-φ7
• Compact and high precision
Feed direction
49
80
LOAD
BLACK
1
BLACK
1
SENSOR
0V
SHIELD
WHITE
CORE
1
NC
2
1
4
2
3
1
2
3
7
This digital equipment has an advanced vibration
frequency auto-tuning function. It automatically tracks
resonance point changes not only from variations in
workpiece input volume, but also from mechanical
changes over time, to deliver optimal vibration at all
times. No leaf-spring adjustment or even frequency
adjustment is necessary, thereby boosting operating
efficiency and saving energy.
GREEN
Q1
Q2
N1
N2
COM
P1
P2
GREEN
(Unit: mm)
• Constant amplitude control matched to
workpieces
Amplitude can be set digitally, and an amplitude sensor
keeps drive at a uniform amplitude suited to the
workpieces under conveyance.
• One controller for all
Amplitude, drive frequency, output voltage notches are
all set and displayed digitally, for easy management.
108
SHIELD
CORE
1
2
3
• Digital setting and display makes settings
easy to manage
Compact unit accommodates demands for rapid
processing, providing high precision conveyance of
micro-sized and precision parts.
＋12V
LOAD
WHITE
2
One controller can control both parts feeders or linear
feeders.
• Computerized control delivers optimal drive
Specifications
Model
6
170
C9-03VFTC
Input Power source
(Unit: mm)
Control system
PWM system
Voltage
Specifications
Output
Model
Rated Voltage (V)
Rated Current (A)
Vibration frequency (Hz)
LFB-02
100/110
0.12
100∼180
1
LFB-04
100/110
200/220
0.16
0.08
100∼180
2.7
Standard compatible
controllers
Weight (kg)
HLFB-02
100/110
0.25
220∼360
1
100/110
0.30
220∼360
2.7
Vibration frequency
Maximum current
Auto-tuning mode
Operating
modes
C10-1VF
HLFB-04C
Constant amplitude mode
C10-1VFEF
C9-03VFTC
Start/Stop control
Overflow control
Dimensions Chart
Model
AC100/110V 10%, 50/60Hz
A
Unit: mm
B
C
E
H
I
J
L
M
N
O
P
Additional
features
R
HLFB/LFB-02
22
130
86
65
15
40
M3
120
φ6
4.5
45
5
13
LFB-04
32
170
108
80
20
50
M4
155
φ7
6
49
7.5
15
Sensor power source
Output signal
Soft start
Noise tolerant voltage
Ambient temperature
Chute Specifications
Unit: mm
Compatible linear feeder
Maximum length
Maximum width
Weight (kg)
HLFB/LFB-02
200
20
0.2
LFB-04
300
30
0.4
HLFB-04C
300
30
0.4
Note: Chute must straddle drive unit to distribute weight.
Others
Ambient humidity
Case color
Weight
0∼95V
Full wave: 100~180 Hz
High frequency: 220~360 Hz
0.6A
Automatically senses particular vibration frequencies of parts feeder or linear feeder and
controls drive at that frequency
Digital setting for amplitude
Amplitude controlled to be uniform by means of amplitude sensor
Start/stop control by external signal
Sensor allows parts feeder overflow control
On/off delay: Variable, 02~4.0 secs
DC12V
Output signal synchronized to operation
Variable, 0.5~2.0 secs
Above 1000V
C
0∼40°
10∼90% (no condensation)
Beige (5Y7/1)
1.8kg
Our compatible Parts feeders
HME-08C, HME-14,ME-08C, ME-14C
Our compatible Linear feeders
HLFB-02,04C, LFB-02,04