Matters of inquiry

Please fill in the form below for inquiry

a Name

b Apparent specific gravity t /m3 True density t/m3

Vibrating Feeders
Max mm
c granulometry
Handling material Max mm

d Temparature ℃

e Humidity %

f Other characteristics

Process capacity Max t /h Avarage t/ h

Power source Voltage V Frequency Hz

Controller (if needed) Manual ON OFF Manual amplitude control Manual ON / OFF Remote amplitude control

Materials Buff finishing on SUSYes / No

Dimensions W mm D mm H mm

Trough structure Shape Open Covered

Air proof Required mmAq Unnecessary

Liniear Required Material Unnecessary

Motor specification CoveredDust proofRainproofIncreased safety explosion protectionPressure resistance explosion protection

Installation method Floor mountedUpstairsSuspensionOn substructure m

Before and after processes

For safe and reliable operation, it is essential to read the user’s manual carefully before using this equipment.

We have a new slogan in Japan; “ECOing” a combination of “eco” and “ing”. This is to promote eco-friendly technological development and manufacturing.
Our ecological activities are of course not limited to Japan and practiced in many countries around the world.

Shiba NBF Tower, 1-30, Shibadaimon 1-chome, Minato-ku, Tokyo, 105-8564, Japan
TEL +81-3-5473-1864 FAX +81-3-5473-1845

SINFONIA TECHNOLOGY (THAILAND) CO., LTD. Bangkok Sales Office

12th Floor Room 1205, 319 Chamchuri Square Building, Phayathai Road, Pathumwan Bangkok Bangkok 10330
TEL +66-2160-5068FAX +66-2160-5069
SINFONIA TECHNOLOGY (SINGAPORE) PTE. LTD.
33 Ubi Ave. 3, Vertex Tower A, #08-69, Singapore 408868
TEL +65-6223-6122 FAX +65-6225-2729
PT. SINFONIA TECHNOLOGY INDONESIA
Graha Paramita 8th Floor Suite E Jl. Denpasar Raya Block D2 KAV. 8 Kuningan, Jakarta 12940 Indonesia
TEL +62-21-252-3606 FAX +62-21-252-3608

Content of this catalogue may change due to

product improvement without notice.
93-001
90-103 URL http://www.sinfo-t.jp/eng
2016 03E S
 Vibrating Feeders
For controlling bulk materials
from fine to coarse with flexible
and wide variety of models
Along with the recent tendency towards larger and higher speed powdered stuff process equipment,
high-performance feeder models are particularly required in the application of this process.
Those are not only to feed materials from hoppers,
but are also able to control their flow to subsequent processes speedily and over a wide range.
In order to meet the requirement of industries dealing with such powdered stuff,
SINFONIA manufactures vibrating feeders utilizing the company's own vibration technology.
SINFONIA vibrating feeders, which are the product of many years of accumulated
vibration technology and ample experience in manufacturing, help promote process rationalization and
improve productivity. They enjoy widespread and high reputation.

Features

Simple automatic control of material flow Wide range of processed materials Low running cost Capable to specialized operation
SINFONIA vibrating feeders permit free adjustment of SINFONIA vibrating feeders can process Running cost of SINFONIA vibrating feeders is Various customizations are available : dust-or
feeding simply by turning the control knob during a wide range of materials and efficiently convey economical since they consume very small electric gas-tight troughs; gates for multiple discharge at
operation. The feeding volume can be easily a variety of materials from fine to massive bodies, power by means of utilizing the resonance intermediate points; covers; special inlets and outlets;
controlled automatically through combination of a being also suitable for feeding materials of high phenomenon. Furthermore, no friction exists between and trough dividers for multiple materials.
weighing machine, flow meter, thermometer or temperature or with high abrasion. a trough surface and conveyed material because Troughs can be made of alloys to resist the most
motor load, and by detecting fluctuations thereof. A large-sized feeder having a capacity of conveying the feeder utilizes vibration; thus wear down is corrosive materials, or can be covered with a variety of
Especially by being combined with the weighing iron ore at a rate of 6,100 tons per hour is also limited even after a long period of operation. materials as conditions require.
machine, the feeder is frequently utilized as a hopper available.
scale for mixing raw materials.

Table for SINFONIA Feeders

Adjustment of feeding capacity Applicability
Types Drive mechanism Power supply Suitable materials for handling Starting Stopping to weighing Maintenance
Electrical Mechanical machine
Resonance type consisting of Commercial Wide range of materials from fine to Opening ratio of gate
CF/F Type Feeder 30~100% Instantaneous Instantaneous Best Easy
electromagnet and leaf spring single phase massive material Angle of inclination
Resonance type consisting of 3-phase Opening ratio of gate
induction motor, rubber spring and Commercial Pulverulent, granular and Easy Possible Better Easy
RFH Type Rubber Spring Feeder 40~100% Angle of inclination instantaneously
unbalanced weight 3-phase massive materials
Unbalanced weight
About F Type, feeding capacity can be freely adjusted between 0-100% by adjusting opening ratio of gate.

1 Vibrating Feeders Vibrating Feeders 2

 Applications and selection of F Type Feeders
F type Feeders feature a special
Max. feeding capacity of F type Feeder / Table 1 Feeding capacity for respective materials (T/Hr)
feeding system in which the
trough vibrates obliquely to feed Depth of Trough Materials
materials. Models material inclination Sintered Chemical Resin Granular
The following equation gives the Max.
Trough size Vibration (mm) downward Quick lime Iron ore Limestone Coke
ore fertilizer pellet
Sugar
foods
Models feeding Voltage Frequency
feeding capacity depending on the capacity widthlength (V) (Hz) per
(mm) 6 17 30 22 9 25 16 8 15 7
(T/Hr) min.
material to be handled when F type 2 12 100
10 18 33 24 10 27 17 9 16 8
Syntron Feeder equipped with the
uncovered flat bottom standard 6 25 42 32 13 35 22 12 20 10
1 2 100 380 100200 50 70 3000 4200 22 120
trough is used. Feeding capacity 10 26 45 34 14 38 23 13 21 11
shows for standard sand (bulk 2 5 120 550 100200 50 70 3000 4200
6 31 52 40 17 43 28 15 26 13
density: 1.6, moisture content: 1%, 3 8 150 610 200 50 70 3000 4200 22 130
Particle size: 20mesh), and can 10 33 56 43 18 47 30 16 28 14
4 25 380 800 200 45 60 2700 3600
be obtained from Table 1 6 53 89 69 28 76 48 25 44 21
1 52 10 200 610 200400 50 60 3000 3600 33 180
Max. 10 56 96 73 30 81 51 27 47 23
Q= feeding cap. C 1C 2C 3 212 35 310 762 200400 50 60 3000 3600
(Table 1) 1.6 6 65 108 84 35 93 59 31 54 27
22 50 3569 14 200400 50 60 3000 3600 33 200
10 68 118 89 37 98 62 33 57 29
: Bulk density of material 22 65 458 914 200400 50 60 3000 3600
C1: Conversion factor for particle 6 103 173 133 56 147 95 50 86 44
44 250
size Fig. 1 33 100 558 1067 200400 50 60 3000 3600
108 188 143 58 157 100
10 52 92 46
C2: Conversion factor for
moisture content Fig. 2 33 130 6101067 200400 50 60 3000 3600
6 146 244 188 79 208 136 71 122 62
C3: Conversion factor for trough 45 320
44 220 7621 219 200400 50 60 3000 3600 10 153 264 201 83 222 142 75 130 65
inclination Fig. 3
45 330 9141 524 200400 50 60 3000 3600 6 191 319 247 103 272 175 93 159 80
Materials having excessive 45 360
45 440 12191 524 200400 50 60 3000 3600 10 200 346 263 108 289 185 97 170 84
stickiness, nature of flashing,
and a large bulk density( =over2.8) 55 600 1372 1524 200400 50 60 3000 3600 Bulk density (T/m3 ) 1.01 .2 2.12. 2 1.41 .6 0.5 1.62.0 0.9 0.45 0.8 0.4
are excepted from this equation.
66 800 1524 1829 200400 50 60 3000 3600 Moisture content (%) 0 010 010 05 05 14 0 0.2 515

88 1250 182918 29 200400 50 60 3000 3600 Particle size (mm) 230 550 230 157 5 55 0 1.5 4 25 0.31 0.53

Note: The max.feeding capacities apply to standard flat-bottm open type with skirts when bulk density of Note: The feeding capacities apply to standard coverd type when voltage is 50 Hz, and adjusted to 1.2 times when frequency is 60 Hz.
sand is 1.6, though angle is 10° and frequency is 60 Hz.

Movement diagram of material Ratio between particle size of material and feeding efficiency Ratio between moisture content of material and feeding efficiency Ratio between trough inclination and feeding efficiency

Fig. 1 Fig. 2 Fig. 3

1.5
1.1
e 1.0
ok
Str 0.8
(C1) Feeding efficiency

(C2) Feeding efficiency

(C3) Feeding efficiency

1.1
ion Trough-top Particle trajectory 1.0
sit position 0.6 1.0
l po 0.8
tra 0.6
eu 2530
h-n 0.5 0.4
ug
Tro 0.4
0.3
0.3
Trough-bottom n
io 0.5
position rat 0.2 Particle size
Vib Actual particle travel per cycle 0.2
MESH 2 3 4 5 6 7 8 10 20 30 50 100 200 400
147 105 63 21 10.5 6.7 4 1.65

Spring 0.1
1 2 3 4 5 7 10 20 30 50 -5 0 5 10 15 20
Moisture content (%) Upward Downward
A: Material having no tendency to absorb moisture Trough inclination
sand, coal, coke
B: Material having tendency to absorb moisture
salt, clay, gypsum

3 Vibrating Feeders Vibrating Feeders 4

 Electromagnetic Vibrating Feeder
CF / F Type Feeder
CF / F Type Feeder
Standard specifications
Features Max. feeding Trough size Voltage
capacity (T/Hr) widthlength Voltage Frequency Vibration Input Current Current Weight Applicable
Models Rating
This feeder, using electromagnetic vibration, provides a most effective feeding ability (mm)
(V) (Hz) per min. (W) (A) (VA) (kg) contoroller
Sand Coal
for various materials from fine to large massive material. 1 2 100380 100200 5070 30004200 25 100 7
10.5 Continuous
The Electromagnetic Vibrating Feeders provide over 3000 controllable vibrations per minute. 2 5 120550 100200 5070 30004200 25 10.5 100 Continuous 13 10 1
Merely turning the rheostat knob in separate control box varies the rate of material 3 8 150610 200 5070 30004200 50 1 200 Continuous 21
flow from minimum to maximum capacities. 4 25 380800 200 4560 27003600 150 3 600 Continuous 90 10 3
There are no working, wearing parts that require excessive maintenance and replacement. 152 10 200610 200400 5060 30003600 60 1.50.7 300 Continuous 40
45
212 35 18 310762 200400 5060 30003600 100 2.51.25 500 Continuous 120
200
22 50 26 356914 200400 5060 30003600 200 52.5 1000 Continuous 200
22 65 34 458914 200400 5060 30003600 280 73.5 1400 Continuous 230
615
33 100 52 5581067 200400 5060 30003600 400 105 2000 Continuous 460 515
33 130 68 6101067 200400 5060 30003600 560 147 2800 Continuous 560
44 220 115 7621219 200400 5060 30003600 960 2412 4800 Continuous 1000 630
45 330 172 9141524 200400 5060 30003600 1200 3015 6000 Continuous 1500 530
45 440 230 12191524 200400 5060 30003600 1440 3618 7200 Continuous 1800 650
55 600 310 13721524 200400 5060 30003600 2000 5025 10000 Continuous 3200 550
66 800 420 15241829 200400 5060 30003600 2400 6030 12000 Continuous 3900 680
88 1250 650 18291829 200400 5060 30003600 3200 8040 16000 Continuous 6500 580
Note: 1. Feeding capacities apply to standard flat-bottom open type with hopper skirts when bulk densities of sand and coal
are 1.6 and 0.8, respectively, trough angle is 10° and voltage is 60 Hz.
1 52 88 2. Asterisked () models are also available with explosion-proof structure (eG3) for extra safety.
3. About F Type standard paint color is Munsell 2.5G 7/2.
4. Power supply and wire size should be selected based on VA.
5. Weights for CF-1~CF-4 indicate only driving part. Weights for F-152DBT~F-88BDT indicate when the feeder is flat bottomed open type standard trough (SS400).

Dimensions Unitmm

Flat-bottomed, Open, Standard Feeder Drive Unit

Operating principle
15 380 15 100 15
1 2 3 4_7 140 14 36
Electromagnetic feeders consist of a trough for

Approx152 40
material handling, electromagnets as sources of
-1

138
vibration, and leaf springs. When electromagnets

13
are excited by currents from a controller, 26 145 49 Approx194 83 26 145 49 8 83
the trough is rapidly pulled down below. This is Construction Approx414 135 228 135

due to the pull speed being quick, which results in

20 550 20 120 20
handling material float for a moment, and then a
4_9 170 16 45
fall forward on the trough. By recoil of the leaf

60
Approx180
spring, the trough is pushed back to a fixed
-2

164
position. Materials are conveyed through these Rear susupension Trough Front

20
device susupension
movements. The movement is repeated 2700 times device
33 200 55 Approx303 100 33 200 55 9 100
per minute. As the movement is extremely fast, Approx591 155 297 155
conveyance is smooth and material is not harmed.
20 610 20 150 20

4_9 180 111.5 26 80

70
Mounting of isolation spring CF-1 2 3 4

Approx195
-3

180
Vibration-isolating

18
coil springs 22 mm
37.5 350 67.5 Approx228 134 37.5 350 67.5 134
Driving unit
Approx683 185 455 185
Base plate to which Front supporting
feeder is attached Rear supporting device device
30 800 30 380 30
6_13
1 52 88 165 200 200 126 280

90
Approx228

Approx196
-4
Vibration-isolating spring dimensions: Note: Both suspension type and floor-mounted type are installable.
(Av. diameter/wire diameterheight mm) Unitmm The trough and the drive unit are hold by suspension device
(if you use a suspension type) or supporting device 91 540 60 Approx244 91 540 60 110 110
110 110
(if you use a floor mounted type). Approx935 368 Approx691 368
28 3.227 28 3.434 28 4.034

5 Vibrating Feeders Vibrating Feeders 6

 CF / F Type Feeder

Dimensions
Unitmm

Uncoverd flat bottom trough Models A B C D E F G H J K L M N P

558 1067 80 160 730 628 508 10 775 310 545 1710 350 1040 320
150
300 1800 150 470 628 508 6 820 390 550 2160 340 1500 320
100
450 1200 80 160 622 628 508 10 775 300 545 1786 350 1056 380
L 33
M N P E 450 1500 70 140 620 628 508 0 1000 620 580 1955 315 1360 280
C A
B 558 1200 80 160 730 628 508 10 770 290 540 1775 350 1040 385

C
610 900 80 160 782 628 508 10 792 322 542 1628 352 926 350

H
610 1067 80 160 782 666 546 10 797 332 567 1710 350 1040 320

J
500 1350 90 180 672 666 546 6 880 430 580 1860 340 1370 150
G
F 33 500 1500 90 180 672 666 546 10 760 290 570 1970 350 1410 210

610 1200 80 160 782 666 546 10 800 320 570 1775 350 1040 385

610 1300 80 160 782 666 546 10 800 320 580 1815 350 1040 425

762 1219 90 180 982 958 838 10 913 408 608 2139 470 1384 285
120
558 1800 220 778 954 838 10 990 380 610 2520 470 1450 600
140

Dimensions Table Unitmm

610 1800 100 200 826 958 838 10 915 370 605 2540 470 1670 400
44
700 1500 90 220 920 954 838 6 1070 530 630 2240 450 1360 430
Models A B C D E F G H J K L M N P
762 1500 90 180 982 954 838 6 1030 530 630 2242 455 1360 427
200 610 40 80 282 306 204 10 365 145 280 870 145 585 140
900 1219 90 180 1120 954 838 10 920 410 610 2140 470 1385 285
152 610 45 80 245 306 204 6 365 160 280 910 145 645 120
914 1524 100 200 1136 1143 840 10 965 440 820 2368 470 1568 330
152 250 550 80 332 306 204 0 465 270 300 770 135 515 120
440 2200 100 200 660 998 840 10 910 350 700 2630 470 1610 550
300 500 40 80 383 306 204 0 460 270 290 730 130 460 140
700 2000 150 250 920 1143 840 10 1010 380 820 2675 470 1575 630
350 400 50 80 433 306 204 0 445 255 295 690 130 460 100 45
800 2000 100 200 1022 998 840 10 930 360 695 2565 470 1530 565
310 762 60 120 406 412 310 10 450 185 320 1145 205 750 190
914 1900 100 200 1134 1143 840 10 970 430 820 2640 470 1780 390
200 1200 130 296 412 310 6 510 240 330 1348 200 835 313
1000 1500 100 200 1222 1143 840 10 970 450 830 2345 470 1570 305
250 1000 120 346 412 310 0 610 380 335 1200 180 720 300
212 1219 1524 100 200 1441 1143 840 10 980 460 825 2340 470 1560 310
350 762 60 120 446 412 310 10 445 180 315 1140 205 745 190
110
610 2900 220 826 1000 840 10 910 320 700 3070 470 2000 600
400 600 60 120 496 412 310 0 580 580 340 990 185 690 115 100
45
900 2200 100 200 1122 1143 840 9 1000 470 825 2930 470 2070 390
450 550 60 120 546 412 310 10 450 210 320 1008 205 745 58
1200 1800 100 200 1422 1143 840 10 990 440 820 2470 475 1545 450
356 914 70 140 452 500 380 10 570 230 450 1375 220 940 225
1372 1524 110 220 1600 1612 1220 10 1170 590 870 2840 600 1925 315
250 1500 120 346 500 380 0 725 450 465 1575 190 1015 370
100
1200 1800 220 1424 1612 1220 10 1140 550 860 3020 600 2050 370
300 1200 75 150 396 500 380 10 545 190 450 1550 210 1080 260 110
55
22
400 800 70 1372 1800 110 220 1600 1612 1220 10 1160 550 850 3060 610 2020 430
140 496 500 380 10 555 225 445 1270 210 860 200

450 700 70 140 556 500 380 6 600 290 455 1155 200 1500 1524 110 220 1728 1612 1220 6 1340 780 890 2825 590 1900 335
855 100

500 800 70 140 596 500 380 10 570 240 450 1329 210 935 184 1524 1829 110 220 1752 1612 1260 10 1200 600 900 2915 590 1940 385

458 914 70 140 554 500 380 10 574 232 446 1375 210 940 225 1060 2600 110 220 1288 1612 1260 10 1170 540 900 3284 590 2140 554
66
300 1500 75 150 396 500 380 0 760 450 460 1700 190 1085 425 1524 2130 110 220 1752 1612 1260 6 1360 780 930 3040 570 1915 555

356 1250 70 140 452 500 380 10 545 200 450 1560 210 1080 270 1600 1829 110 220 1828 2000 1260 6 1360 790 1030 2935 570 1960 405
22
356 1400 80 150 452 500 380 6 640 300 460 1605 200 1130 275 1829 1829 110 220 2083 1612 1280 10 1415 685 1145 3090 635 2070 385

400 1200 75 150 496 500 380 10 590 210 450 1510 210 900 400 88 1829 2200 110 220 2083 1612 1280 6 1590 890 1180 3435 615 2420 400

500 914 70 140 596 500 380 10 570 230 445 1365 210 930 225 2000 2000 110 220 2254 1612 1280 6 1585 875 1175 3145 615 2040 490

Note: Trough inclination may be changed according to feeding capacity or installation conditions. Note: Trough inclination may be changed according to feeding capacity or installation conditions.

7 Vibrating Feeders Vibrating Feeders 8

 CF / F Type Feeder

Dimensions Dimensions

Uncoverd flat bottom trough with outlet Coverd trough with inlet and outlet

L
L M N P1
M N P E B E
C A s S s A
B

d
D

C
S
H
U

H
T
t T t

K
r R r

K
J

J
G
F
G
F

Dimensions Table Unitmm Dimensions Table Unitmm

Models A B C D E F G H J K L M N P R r S T U Models A B C D d E F G H J K L M N P1 S s T t

310 700 60 120 406 412 310 10 440 135 320 1140 210 750 180 120 35 171 70 15 200 670 130 80 40 292 306 204 465 235 295 870 135 565 170 80 25 60 25
212 310 700 60 120 406 412 310 6 506 199 328 1120 196 734 190 120 35 178 70 15 200 655 130 80 40 292 306 204 465 235 295 870 135 565 170 150 25 60 25
200 625 60 120 296 412 310 10 455 140 320 1140 210 720 210 200 170 80 1 52 150 570 130 80 40 242 306 204 465 235 295 820 135 565 120 80 25 60 25
360 750 70 140 456 500 380 10 580 185 449 1335 211 883 241 140 35 197 80 15 150 820 130 80 40 242 306 204 465 235 295 970 135 665 170 80 25 60 25
22 360 750 70 140 456 500 380 6 648 261 455 1313 201 867 245 140 35 206 80 15 120 870 130 80 40 212 306 204 465 235 295 970 135 665 170 80 25 60 25
350 975 170 446 500 380 6 670 260 455 1540 200 1090 250 150 30 230 75 310 840 180 120 50 416 412 310 575 305 335 1125 180 765 180 100 30 80 30
460 750 70 140 556 500 380 10 580 190 450 1318 211 880 227 140 35 197 80 15 310 740 180 120 50 416 412 310 575 305 335 1025 180 665 180 200 30 80 30
460 750 70 140 556 500 380 6 650 260 450 1300 200 870 230 140 35 206 80 15
22 212 310 840 180 120 50 416 412 310 575 305 335 1125 180 765 180 200 30 80 30
450 800 90 140 546 500 380 12 530 130 440 1460 220 1040 200 140 35 198 55 30
200 1240 180 120 50 306 412 310 575 305 335 1350 180 870 300 200 30 80 30
500 610 70 140 596 500 380 10 580 190 450 1325 220 880 225 140 35 200 80 15
200 1400 220 120 60 306 412 310 575 265 335 1410 180 870 360 200 200
560 900 80 160 732 628 508 10 760 240 540 1665 350 1085 230 140 44 238 100 20
350 1010 210 140 50 456 500 380 725 380 460 1380 190 940 250 120 30 100 30
560 900 80 160 732 628 508 6 854 336 557 1652 338 1073 241 140 45 246 100 20
33 450 810 210 140 50 556 500 380 725 380 460 1330 190 940 200 200 30 100 30
560 900 80 160 732 628 508 6 855 345 555 1710 340 1070 300 200 44 240 100 20
22 310 1140 210 140 50 500 500 380 725 380 460 1475 190 1040 245 200 30 80 30
600 850 80 160 772 628 508 6 820 330 560 1710 340 1030 340 250 44 215 80 30
400 1000 190 120 50 496 500 380 700 380 460 1380 190 940 250 300 30 100 30
610 900 80 160 782 666 546 10 789 264 568 1675 350 1093 232 140 45 238 100 20
280 1500 210 140 50 386 500 380 725 380 460 1630 190 1150 290 120 30 100 30
610 900 80 160 782 666 546 6 877 359 580 1654 338 1075 241 140 45 246 100 20
33 450 1010 210 140 50 556 500 380 725 380 460 1380 190 940 250 120 30 100 30
610 900 80 160 782 666 546 10 790 270 565 1760 350 1090 320 250 44 218 100 20
450 1175 250 140 50 546 500 380 720 340 460 1505 190 1050 265 200 30 150 30
610 1000 80 160 782 666 546 6 875 365 580 1725 340 1075 310 140 44 246 100 20
22 300 1425 205 150 40 396 500 380 620 235 455 1670 200 1000 470 300 30 150 30
760 1100 90 180 980 958 838 10 910 320 610 2120 470 1380 270 180 58 271 120 30
310 1400 180 120 50 416 500 380 710 390 460 1580 190 1030 360 100 30 80 30
760 1100 90 180 980 958 838 6 1137 554 629 2107 454 1372 281 180 60 282 120 30
44 280 1600 210 140 50 376 500 380 720 380 460 1680 190 1200 290 120 30 100 30
760 1000 90 180 980 954 838 6 1050 455 640 1995 455 1260 280 180 60 285 120 30
550 1185 240 160 50 722 628 508 960 500 580 1730 315 1140 275 150 45 120 45
760 1100 90 180 980 958 838 6 1030 410 630 2090 450 1360 280 180 58 322 160 70
920 1200 100 200 1142 1143 838 10 960 350 820 2280 470 1560 250 200 59 308 140 30 700 835 240 160 50 872 628 508 920 460 570 1490 315 905 270 150 45 120 45
33
920 1200 100 200 1142 1143 838 6 1090 480 840 2265 460 1540 265 200 59 320 140 30 450 1275 290 140 40 622 628 508 940 430 580 1605 315 990 300 150 45 200 45
45
920 1100 100 200 1142 1143 838 6 1100 490 840 2165 460 1440 265 200 59 320 140 30 380 1700 240 160 50 552 628 508 960 500 580 1995 315 1340 340 150 45 120 45

1000 1250 120 200 1137 1143 838 10 1000 350 815 2340 470 1520 350 200 59 299 131 30 600 1185 240 160 50 772 666 546 980 520 600 1735 320 1140 275 150 45 120 45

1100 1300 100 200 1322 1143 838 10 960 340 820 2350 470 1565 315 200 59 308 140 30 750 835 240 160 50 922 666 546 940 480 590 1495 320 905 270 150 45 120 45
33
45 1100 1300 100 200 1322 1143 838 6 1100 470 840 2330 460 1540 330 200 59 320 140 30 550 1485 240 160 50 722 666 546 980 520 600 1915 320 1270 325 350 70 120 45

1200 1300 100 200 1422 1143 838 10 960 340 820 2350 470 1565 315 200 59 308 140 30 380 1800 240 160 50 552 666 546 980 520 600 2050 320 1340 390 150 45 120 45
Note: Floor-mounted models are also available upon request.

9 Vibrating Feeders Vibrating Feeders 10

 CF / F Type Feeder

Dimensions Dimensions

Coverd trough with outlet Above deck drive

L L
M N P E E
A M N P
Y G
V WC

C D
B

H
T S
C

H
r R r

C
U
J

D
G B
A
F F

Dimensions Table Unitmm Dimensions Table Unitmm

Models A B C D E F G H J K L M N P R r S T U V W Y Models A B C D E F G H J K L M N P

300 600 50 160 396 412 310 10 490 140 320 1095 210 705 180 120 30 150 70 15 30 350 35
300 762 80 180 412 396 310 10 550 225 365 1340 235 840 265
212 300 600 50 160 396 412 310 6 545 200 330 1080 205 685 190 120 30 160 70 15 30 350 35

350 580 50 190 446 412 310 10 500 140 320 1120 210 730 180 140 30 160 70 15 30 380 35 212 350 500 80 153 412 446 310 0 580 80 270 1149 199 680 270

350 700 60 190 446 500 380 10 600 190 450 1340 220 940 180 140 35 175 80 15 30 400 50
450 550 80 160 412 546 310 0 590 80 285 1190 115 800 275
22
350 700 60 190 446 500 380 6 680 260 460 1320 210 920 190 140 35 185 80 15 30 400 50
350 914 90 230 500 446 380 10 760 265 450 1635 265 1085 285
400 700 60 190 496 500 380 10 600 190 450 1340 220 940 180 140 35 185 80 15 30 400 50

22 400 700 60 190 496 500 380 6 680 260 460 1320 210 920 190 140 35 185 80 15 30 400 50 22 400 914 90 230 500 496 380 10 760 265 450 1635 265 1085 285

450 700 60 190 546 500 380 10 600 190 450 1340 220 940 180 140 35 175 80 15 30 400 50
410 750 80 180 500 506 380 10 630 220 405 1580 200 1100 280
500 850 80 240 672 628 508 10 870 255 560 1660 345 1100 215 140 44 280 100 20 45 510 50

33 500 850 80 240 672 628 508 6 960 345 570 1655 340 1080 235 140 45 290 100 20 45 510 50 450 914 90 230 500 546 380 10 760 265 450 1635 265 1085 285

500 850 80 240 672 628 508 10 855 240 550 1715 355 1105 255 180 45 280 100 20 45 510 50
22 500 914 90 230 500 650 380 12 750 290 475 1645 255 1100 290
550 850 80 240 722 666 546 10 890 275 580 1665 350 1100 215 140 44 280 100 20 45 510 50

33 550 850 80 240 722 666 546 6 980 365 590 1660 340 1085 235 140 45 290 100 20 45 510 50 550 900 100 230 500 646 380 0 835 100 340 1880 310 1270 300

550 850 80 240 722 666 546 10 900 265 575 1735 355 1110 270 200 45 310 100 20 45 510 50
550 1067 100 280 628 722 508 10 915 310 600 2110 320 1350 440
700 950 80 270 920 954 838 10 1020 330 620 2075 465 1355 255 180 56 340 120 30 65 560 60 33
458 1067 100 280 638 820 508 10 915 310 430 2085 320 1325 440
44 700 950 80 270 920 954 838 6 1130 450 640 2050 455 1315 280 180 56 350 120 30 65 560 60

700 950 80 270 920 958 838 10 1050 330 615 2120 470 1350 300 220 60 340 120 30 65 560 60 33 600 1067 100 280 666 772 546 10 915 310 600 2110 320 1350 440

850 1150 100 320 1072 1142 840 10 1140 360 820 2280 470 1540 270 200 60 440 140 30 65 690 60
750 1219 120 350 958 970 760 10 1055 355 685 2635 345 1730 560
45 850 1150 100 320 1072 1142 840 6 1270 490 840 2265 450 1520 295 200 60 450 140 30 65 690 60
44
850 1150 100 320 1072 1142 840 10 1175 360 825 2340 475 1540 325 280 60 440 140 30 65 690 60 750 1067 120 350 958 970 760 10 1045 340 675 2560 270 1730 560

900 1250 120 350 1122 1143 840 10 1160 340 810 2325 470 1550 305 200 60 470 140 30 65 760 60
45 900 1524 150 460 1143 1120 760 10 1370 440 785 3040 465 2000 575
45 900 1250 120 350 1122 1143 840 6 1300 480 840 2300 460 1515 325 200 60 480 140 30 65 760 60

365 300 60 470 140 30 65 45 1050 1524 150 460 1143 1270 840 10 1370 440 785 3040 465 2000 575
900 1250 120 350 1122 1143 840 10 1240 375 825 2485 475 1645 760 60

Note: Cover material is normally made of canvas. Other materials are also available upon request. Note: Trough inclination may be changed according to feeding capacity or installation conditions.

11 Vibrating Feeders Vibrating Feeders 12

 CF / F Type Feeder

Hopper and its mounting example

The shape of the hopper is an
Uncovered flat bottom trough with outlet
important factor which determines
the supply capacity of the feeder.
T
The required supply capacity may W
not be able to be obtained Rod
(Wire rope)
Skirt Rod
depending on the hopper shape. Skirt
As required G (Wire rope)
Skirt
In designing an ideal hopper Flexible joint H Subgate Flexible joint

B
H Skirt
economical and essintial to full (canvas) (canvas)

C
C
feeder performance, it is necessary

B
B

D
A

D
to take the following into account. E E

A
2 3

F
2 3

F
The rear wall angle a shown in The gate opening B should be at The hopper opening rate W Flexible joint
(canvas) Flexible joint
the figure should be 60 degrees least 2 times the largest massive should be 2.5 times the largest (canvas)
or more to ensure smooth flow body, and increase in direct massive body if material is not
of material. The front wall angIe proportion to the required uniform in particle size, or 5 Dimensions Table Unitmm
should be 5 degrees smaller capacity. times the largest massive body if
Models A B C D E F G H
than the angle . The standard gate opening rate material is relatively uniform in
212 30 150 20 80 10 40 1310 1310
The hopper tends to devolop a B is 1.2 to 1.5 times the material particle size.
22 30 180 20 80 10 40 1310 1610
bridge at the throat indicated by layer thickness d, which can be
22 30 200 20 80 10 40 1310 1610
the letter, T, so the part T should calcuIated by the following
33 30 250 20 120 15 40 1912 1912
meet the following conditions. equation.
33 30 280 20 140 15 40 1912 1912
2.5 times the largest massive
44 50 350 30 180 20 60 2512 2516
body if material is not uniform
45 50 450 30 260 20 60 2512 3216
in particle size.
Supply capacity(T/Hr) 1.667 104 45 50 520 30 340 20 60 2512 3216
4 times the largest massive body d (mm)=
if material is relativery uniform Feeder width(mm) Supply speed(m/min) Apparent specific gravity(T/m3) Note: 1. All the above dimensions are minimums (for the standard supply capacity).
2. Figures in parentheses are wire rope diameters.
in particle size. 3. Rod specifications apply to rods made of SS400 and wire rope specifications to wire ropes of JIS No.3 (196).

Uncovered flat bottom trough Covered trough with outlet

Flexible joint Flexible joint Rod

Rod (canvas) Rod (Wire rope)
Rod (Wire rope) (canvas)
(Wire rope) (Wire rope)
G
G H As required
F E F As required E Subgate
Subgate H

C Skirt Skirt C
C C
B

D
A
B
D
E

B
A

D D
A

Skirt

F
2 3 2 3
Flexible joint Flexible joint
(canvas) (canvas)

Dimensions Table Unitmm Dimensions Table Unitmm

Models A B C D E F Models A B C D E F G H
212 30 150 20 10 1310 1310 212 30 150 20 50 10 40 1310 1310
22 30 180 20 10 1310 1610 22 30 180 20 50 10 40 1310 1610
22 30 200 20 10 1310 1610 22 30 200 20 50 10 40 1310 1610
33 30 250 20 15 1912 1912 33 30 240 20 80 15 40 1912 1912
33 30 280 20 15 1912 1912 33 30 250 20 80 15 40 1912 1912
44 50 350 30 20 2512 2516 44 50 300 30 80 20 60 2512 2516
45 50 450 30 20 2512 3216 45 50 380 30 80 20 60 2512 3216
45 50 520 30 20 2512 3216 45 50 410 30 80 20 60 2512 3216
Note: 1. All the above dimensions are minimums (for the standard supply capacity). Note: 1. All the above dimensions are minimums (for the standard supply capacity).
2. Figures in parentheses are wire rope diameters. 2. Figures in parentheses are wire rope diameters.
3. Rod specifications apply to rods made of SS400 and wire rope specifications to wire ropes of JIS No.3 (196). 3. Rod specifications apply to rods made of SS400 and wire rope specifications to wire ropes of JIS No.3 (196).

13 Vibrating Feeders Vibrating Feeders 14

 For Electromagnetic Feeder Rubber Spring Feeder

Controller RFH Type Feeder

Features Features
The electromagnetic feeder is provided SINFONIA Rubber Spring Feeders are vibrating feeders
with a separate wall controller that has a in which strong vibration generated by rotation of
power switch, flow control dial, and unbalanced weights is effectively combined
rectifier built in. Floor type controllers with rubber springs.
and other models ranging from a single Due to the use of resonance vibration,
control type to central type control panel high efficiency can be obtained and
capable of simultaneously controlling only a small amount of drive power is
dozens of feeders will also be available 10 1 required.
to order. A controller with a built-in As the feeding rate is easily adjusted
constant amplitude unit is recommended during feeder operation and instant
for applications in which an adhesive 615 interruption of the flow of material is
material must be fed because it is effective 45 possible, this equipment also
Floor-mounted type
for preventing excessive amplitude due can be used as a weighing feeder.
to adhesion.

Dimensions / Connection Diagram

Operating principle
Fig. 1 C10-1VCF/3VF Fig. 2 C4-5B
A AUTO FREQ lamp (Note1) 9 C A C Rubber spring feeders consist of a trough for
ALARM lamp
G D D
handling materials, driving parts to create
F

RUN lamp
AUTO FREQ button (Note1) vibration, and rubber springs for resonant vibration
to hold those parts together. Elliptic motion from
RUN/STOP button
Data display part
Selector switch
the rotation of unbalanced weight gives the same

B
E
Display status lamps Suspension type effect as rectilinear vibration to materials on the
B

170
E

Adjusting resistor

trough. Therefore, spring feeders are able to

SAVE button
Display switch dial
2-G handle quickly and supply a large amount of
SET button (Mounting hole)
granular materials and lumps.
19

Front view Side view

Setting encoder Power switch Fig. 3 C6-SC
A C
D
Construction
F

External input Grommet for wiring

signal terminal
Selector switch Front suspension device
External output
Rear cover
B
E

signal terminal Adjusting resistor Rear susupension device

Input terminal E-Con 1 Upper cover
Fuse holder
Trough
Output terminal E-Con 2
4-G
F

Bottom view 2-H

(Mounting hole)
Internal front view 1-26 Wiring hole
(with rubber bushing)
(Note 1) : This function cannot be used in this controller.

Specifications/Dimensions Unitmm
Current(A) Dimensions(mm) Weight
Models Fig. Feeder model
100110 V 200220 V 400440 V A B C D E F G H kg
10 1 1 2 3 2
10 3 4 3
4 5
615
Stroke indicator Front supporting Exciter
630 Mounting bolt device mounting bolt
6 50 Amplitude indicator
6 50 Rear supporting device
Driving unit
6 80
6 80
Note : 1. All the ratings are continuous. 4. The painting color shown in Figure 3 is Munsell 5Y7/1 for both the inside and outside. Note: Both suspension type and floor-mounted type are installable. The trough and the drive unit are hold by suspension device
2. The structure corresponds to that of an indoor wall hanging type. 5. Concerning the C6 series, we will provide the constant amplitude control type, (if you use a suspension type) or supporting device (if you use a floor mounted type).
3. C6 series has a dust-proof structure. and the controller EHF type that can adjust the capability by using the external signal.

15 Vibrating Feeders Vibrating Feeders 16

 RFH Type Feeder

Standard specifications Dimensions

Feeding capacity (T/Hr) Trough size
Models Motor (kW) widthlength (mm) Weight (kg) Applicable controller RFH-10A~60A Below-deck drive, suspension type
Iron ore Sand Coal
10 150 130 60 0.2 450800 100 2
20 250 210 100 0.4 6001000 200 4
Lengthwise
45 450 370 180 0.75 8001200 400 7 E suspension width P
D
60 650 530 260 1.5 9001500 600 15
Q
85 800 680 350 2.2 11001500 800 22
V B
160 1200 1100 600 3.7 13001650 1600 37
A R
260 1700 1500 900 5.5 15001800 2600 55 U T
350 2200 1800 1100 7.5 18002000 3400 75
500 3000 2500 1500 11 22002200 5000 110
700 3800 3100 2000 15 24002400 7000 150 S
1000 5000 4000 2600 22 26002600 10000 220
1500 6100 5000 3200 22 28002800 13000 220
Note: 1. Based on dry iron (C=2.0), Based on dry sand (C=1.6), Based on dry coal (C=0.8)
2. Painting color is Munsell 2.5G 7/2.

G
12

C
Examples of hopper mounting

N
M
L

H
E J K
F E Rod
(Wire rope)
Rod F
(Wire rope)
C Skirt
C

Skirt
B

Dimensions Table
B

Unitmm
A

Suspension type
Models A B C D E F G H J K L M N P Q R
2 3 D S T U V
D
2 3 10 450 800 120 180 600 850 720 270 1080 305 520 200 41 546 120 35 13 20 13 20

20 600 1000 150 180 795 990 800 310 1200 385 690 200 55 769 120 45 13 20 13 20

45 800 1200 180 295 890 1270 1080 390 1540 510 922 50 56 972 150 55 19 30 19 30

60 900 1524 200 340 1130 1390 1180 480 1850 580 1042 100 81 1092 100 60 19 30 19 30
Figures in the asterisked () columns are approximate.

Dimensions Table Unitmm

Models A B C D E F
10 50 280 50 20 138) 138)
20 50 350 75 20 138) 138)
45 50 420 75 25 1911.2) 1911.2)
60 75 480 100 25 2214) 2214)
85 75 580 100 25 2214) 2214)
160 75 730 100 25 3020) 3020)
260 100 820 150 40 3625) 3625)
350 100 940 150 40 4430) 4430)
500 100 950 150 75 5033.5) 4430)
700 150 1050 200 75 6037.5) 5533.5)
1000 150 1150 200 75 7037.5) 7037.5)
1500 150 1300 200 75
Note: 1. AIl the dimensions in the table are minimums except for the dimensions in column B which apply to sand and are
subject to some change depending on the material.
2. Fiqures in parentheses are wire rope diameters.
3. Rod specifications apply to rods made of SS400 and wire rope specifications to wire ropes of JIS No.3 (196).
4. Figures in column D apply only to the uncovered flat bottom trough.

17 Vibrating Feeders Vibrating Feeders 18

 RFH Type Feeder

Dimensions

RFH-85B Below-deck drive, suspension type RFH-85B Below-deck drive, floor mounted type

100 60
1100
Approx1065 Approx350 1292 1524
100
R40 Lengthwise
suspension width
25 1524 R30 1100 60

Approx
1250

12
00
19

80 2
100

Approx670
Approx1520

Approx1200
12

Approx490 0 200

9
9
Approx940 Approx500 680

8
Approx1850 880
100 Approx
1250 1180
180

250
150
120 4423
880
320
Approx1850

180
120

1180
400

680
Unitmm Unitmm

RFH-160B~1500B Below-deck drive, suspension type RFH-160B~1500B Below-deck drive, floor mounted type
Q A R

Lengthwise suspension width P B

E D
T S
Q
A R
B L

12
N C
V
M
t'
t

22

H'
G
12

U
N C

Z
L
F

M E' D' C'

H

J K
Feeder suspension beam length W
X' C"
140 4423

150

Y
K
J

140

Y'
320

C"
X

C'
Unitmm
Suspension type dimensions Floor mounted type dimensions
Models A B C D E F G H J K L M N P Q R
S T U V t t' W H' E' D' C' C'' X Y X' Y' Z
160 1300 1650 200 320 1500 820 1380 600 2140 930 1480 100 87 1524 100 70 25 40 22 240 50 50 1600 825 1120 510 730 1300 400 250 200 200 9
260 1500 1800 250 435 1730 990 1620 720 2510 1180 1770 150 112 1804 125 75 32 50 25 245 50 65 1900 835 1320 620 900 1600 400 250 200 200 9
350 1800 2000 300 330 2030 1140 1700 670 2710 1280 2090 100 112 2104 150 85 38 50 32 250 100 70 2200 930 1630 540 1030 1900 400 250 210 210 9
500 2200 2200 350 420 2230 1240 2100 710 3060 1430 2530 150 164 2548 175 90 32 265 32 265 100 100 2650 950 1580 830 1080 2160 460 460 260 460 12
700 2400 2400 350 425 2460 1340 2100 710 3360 1900 2730 150 166 2748 175 90 38 265 38 265 120 100 2786 925 1870 850 1500 2600 460 460 260 460 12
1000 2600 2600 400 420 2760 1610 2210 780 3690 2140 2930 150 172 3028 200 100 50 275 50 275 120 120 3180 1120 2120 810 1500 2800 460 460 260 460 12
1 500 2800 2800 400 511 2909 1595 2290 865 3940 2140 3130 150 172 3028 200 100 50 275 50 275 120 120 3180 1120 2120 810 1500 2800 460 460 260 460 12
Figures in the asterisked () columns are approximate.

19 Vibrating Feeders Vibrating Feeders 20

 For Rubber Spring Feeder

Controller Suspending Device

Features
Wire Turn buckle
The rubber spring feeders have a controller which is used to
continuously control the feeding volume. In case of long suspending distance Adjustable to some extent
In other words, the input voltage to the drive motor is Hex nuts (two pieces)
changed to vary the rate of vibration and the amplitude. Look washer (one piece) Hex nuts (two pieces)
RHF-85B and higher models are so designed that, (placed in between two nuts) Look washer (one piece)
(placed in between two nuts)
without voltage regulation, the feeding volume can be adjusted
Eyebolt
by increasing or decreasing the vibration force of Eyebolt

the unbalanced weight.

Wire
Turn buckle
Wire clip

Dimensions / Connection Diagram Unitmm

C C
CA-2FR22FR A CA-37FR1 10FR A
D D
F

F
Suspension kit
(Vibration proof)

B
E
B
E

4-G 4-G
Mounting hole Mounting hole
F

F
4-H 2-J
Mounting hole 2-H Mounting hole
(with rubber bushing)
(with rubber bushing) Suspending hook Special suspension tools
CA-150FR/220FR A C
In case of short suspension distance When the feeder is especially large and
460
turn buckles & suspension hooks are
not available in the market.
As viewed in direction Z-Z'
Hex nuts (two pieces)
4-G Mounting hole Lock washer (one piece)
No. Nomenclature Symbol Hex nuts (two pieces)
(placed in between two nuts)
Cutout for lead inlet Lock washer (one piece)
1
E
B

(with bottom plate) Indicator RL (placed in between two nuts)

2 Selector switch COS Suspension hook

Split pin
310

3 Push button switch ON PB1 Washer

Pin
75

560 4 Push button switch OFF PB2

120 120
F

Z Z'

Specifications/Dimensions
Dimensions (mm) Weight Current (A) Feeding Full Negative
Models volume voltage phase Feeder model
A B C D E F G H J (kg) V V control start control control
2 400 600 250 300 640 15 11 26 36 2 2 10
4 400 600 250 300 640 15 11 26 36 3 2 20
7 500 650 270 400 690 20 14 26 46 4 2 45
15 500 650 270 400 690 20 14 26 55 7 4 60
22 500 650 270 400 690 20 14 26 55 10 5 85
3 7 550 750 350 450 790 20 14 26 26 98 15 8 160
55 550 750 350 450 790 20 14 26 26 110 21 11 260
75 700 900 470 600 940 20 14 42 26 145 28 14 350
1 10 700 900 470 600 940 20 14 42 26 160 43 22 500 Never tighten the bracket as shown
Caution
150 800 1600 500 1650 50 16 300 51 27 700
1000
in the illustration figure.
220 800 1600 500 1650 50 16 320 81 41 1 500

Note: 1. All ratings are continuous. 5. All models have a negative phase control.
2. The paint color of both the inner and outer surfaces is Munsell 5Y7/1. 6. Models CA-2FR to CA-110FR and an indoor wall suspension, dustproof type; models
3. lnverter control panels are also optionally available. CA-l50FR and CA-220FR an indoor floor-mounting, dustproof type.
4. The pushbutton ON is green, the pushbutton OFF red, and the run indicator red.

21 Vibrating Feeders Vibrating Feeders 22