PARTS FEEDER
Contents
1. Unit mm un DE Lu A LLI Lu CE un ce Linear Feeder Combinations ER series ER 55B LFG 700 io 410 850 410 _ 15 15 8 M12 Sensor for overflow Lead wire 2000mm 385 a 385 800 597 15 140 85 515 225 8 M12 510 510 1050 Sensor for overflow 15 15 c Lead Ds 2000mm 485 485 1000 625 352 696 325 gle 225 565 t19 Unit mm IE ER 65B LFG 700 io Hn 460 950 460 8 M12 Sensor for overflow 114 15 15 Lead wire 2000mm 435 900 625 636 292 193 as sD 85 15 225 530 t19 EA DMS15 EA DMS 20 EA ER DMS 25 EA ER DMS 30 EA ER DMS 38 EA ER DMS 45 ER 55B ER 65B ER 75B Notes DS All diagrams above show straight wall bowls however combin2. LINEAR FEEDERS LF Series Coil Spring Vibro Isolating Type 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 LF 30 40 Dimensions c c i 1 enm mounts av diameter 93 4 628 Features Unit mm eLarge size feeder provides smooth workpiece delivery Large vibro isolating feeder that keeps the flow of workpieces smooth through adjustment of leaf spring angle Fast stable delivery of high volumes of large workpieces Extremely high conveyance efficiency allows high volume delivery of large workpieces e Dial control for free adjustment of conveyance speed By changing the vibration frequency and amplitude with the dial control delivery speed can be freely adjusted Specifications LF 30 Oia One 200 220 le 50 90 25 LF 40 220 L02290 200 220 1 6 50 90 33 C10 3VF 3VFEF Dimensions Chart hae 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 Chute Specifications MIRA LF 30 650 120 3 5 LF 40 750 1
3. RUN light Lights while operating RUN STOP button Operation can be stopped or started manually Data display lights Identify what is showing on data display screen LED light indicates display mode flashing light indicates data modification mode 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 Data display dial Switches data shown on data display screen Specifications Input power source Output Operating Modes Additional features Synchronized power output Others Control system Voltage Vibration frequency Max current Constant voltage mode Constant amplitude mode Auto tuning mode Speed selector Start stop control Output signal Soft start On Off delay Sensor power source Function Control system Output voltage Max current Noise tolerant voltage Ambient temperature Ambient humidity Weight Case color Our compatible equipments AUTO FREQ light Lights during auto tuning mode Flashes during initial auto adjusting AUTO FREQ button Activates de activates auto tuning Data display screen Displays voltage amplitude frequency settings and error codes SAVE button In settings mode records data modifications SET button Switches between display mode and data modification mode In da
4. Workpiece flies free of track Vertical amplitude o S 4 Horizontal amplitude f a interchangeable with EA ER Series parts feeders or those of other manufacturers Sensor Coil for vertical Accommodates high speed delivery requirements DM 65C DMS series Drive Units DM series Drive Units Accommodates bowls designed for EA and ER and DMS series see p13 14 Can be used with DM series bowls only see p7 DMS 15C 20C Dimensions DMS 25C 45C Dimensions DM 30C 45C Dimensions DM 65C Dimensions Lead wire 2 000 mm Bowl attachment surface Bowl attachment surface Lead wire 2 000 mm Lead wire 2 000 mm DUAL MOTION PARTS FEEDERS SY40434 SLYVd NOILOW TV d Vibro isolating Vibro isolating rubber mount rubber mount o do o2 bowl attachment screw N O Mounts can be affixed r in any desired alignment Mounts can be affixed Tr in any desired alignment EE LI Co Lo PF Te DA CN 6670 co Unit mm Unit mm Unit mm Unit mm Drive Unit Specifications Drive Unit Specifications Drive unit outer diameter mm 160 210 260 310 390 460 Drive unit outer diameter mm 310 d390 460 670 Drive unit height mm 130 150 185 220 250 265 Drive unit height mm 2852205 290 300 360 370 5652580 Drive unit weight kg Z 14 25 40 70 110 Drive unit
5. and by adjusting position of the rear end weight conveyance irregularities can be C equipment greatly improving ease of use Can accommodate heavier chute weights and longer quickly and easily eliminated With minimal lateral movement there is virtually no vibration interference making it easy to combine gt xm overhangs to widen scope for applications The drive unit is slim and with virtually no vibration with parts feeders for stabilized delivery The three models in this series allow a full range of equipment combinations and cover ca X interference it can easily be combined with parts feeders to suit wide ranging combinations The three all shapes and sizes of workpiece A leaf spring vibro isolating type linear feeder with reduced floor reaction We enabled m Z models in this series can be used selectively to handle all sizes and shapes of workpiece low reaction force high accuracy and smooth parts conveyance through our review of the drive unit mechanism in detail 2 LFB 300 400 550 Dimensions LFG 400 550 700 Dimensions 4 d drilled holes 9 M screw A Da ia Features eSimple uniform vibration Use with heavier chutes and longer overhangs opens a wider range of applications Adjustment is made by Features eSimple uniform vibration Use with heavier chutes and longer o
6. 08C 14C ER 30B 38B 45B LFG 400 550 700 EA 25 30 38 45 ME 08C 14C LF 30 40 HME 08C 14 LF 30 40 HME 08C 14 LFB 02 04 LFB 02 04 HLFB 02 04C HLFB 02 04C LF 02 04 LF 02 04 MF 04C 15C MF 04C 15C YITIOHLNOd C9 Series variable Frequency Digital Controllers 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 SML ce oo ale ens Ons CONTROLLER regardless of changes to the volume of workpieces to deliver optimal vibration at all times There is no need for manage Complete control possible with a single eChanges to button labels Changes to function displays Case color changed to that of C10 series Auto tuning mode Sensor power source Function Tuned power Control system source output Output voltage PE Us SENSOR SENSOR SENSOR Unit mm Specifications Model C9 3VFT 2C C9 3VFT 1C Features Input Power source AC200 220V 10 50 60Hz AC100 110V 10 50 60Hz e Auto tuning function eliminates need for eConstant amplitude control matched to Control system PWM system frequency adjustment workpieces Voltage 0 190V This digital system has an advanced frequency auto With digital setting of amplitude an am
7. 101 57 3 80 20 50 M4 55 M5 21 15 12 12 Chute Specifications TONS e EN KM ee ee lean ee ee Mawv FP ET Weight kg LF 02 200 20 0 2 LF 04 300 30 04 MIF Series Direct Mount Type Compact yet powerful for speedy delivery and versatile longer distance conveyance 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 Lead wire 1000mm SS x 2 dM Feed direction Features Compact yet powerful Small unit size with half wave operation capable of longer distance conveyance eSpeedy delivery and versatile longer distance z 4 conveyance High vibration frequency and amplitude give speedy delivery and can meet a range of loner distance conveyance requirements 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 100 110 0 13 100 310 T C10 1VFAVFEF Dimensions Chart ritum 9 MF 04C 46 106 56 38 62 88 7 38 9 3 2 MF 15C 56 160 78 52 100 144 9 16 52 8 3 2 Unit mm Chute Specifications MF 04C 300 35 0 4 MF 15C 450 45 lb Note Chute must straddle drive unit to distribute weight 830334 YVINII
8. 25 270 174 7 190 7 290 40 129 105 M8 36 6 6 5 0 8 Control system PWM system DM 38C 375 35 320 216 232 340 48 159 133 M8 46 6 10 0 d a Voltage V 0 190 DM 45C 450 40 365 282 5 298 5 390 60 197 163 M10 56 9 18 0 3 0 sin Vibration frequency Hz 282 45 6h 120 00 180 DM 65C 650 65 600 363 6 406 4 630 302 2495 M12 90 12 54 0 10 0 Max current A horizontal 4 vertical 2 Cascade Bowl Dimensions Chart onic nm Auto resonance point tuning control Automatic tuning to horizontal resonance point Accuracy resonant frequency 0 3 Constant phase difference control Horizontal vertical amplitude phase difference kept constant ee inn i i i a UN RR nti Contri ania on aan ape icon DM 30C 180 1675 25 270 143 159 290 32 99 74 M8 38 2 6 55 Display function Shows output Hrequency notizontalNeriical amplitudes phase difference and function codes DM 38C 230 215 30 320 174 7 1907 340 40 124 92 M8 48 2 6 8 5 Adatan Setting function For setting norizonta vertical amplitudes and phase difference DM 45C 280 260 40 365 216 232 390 54 157 116 M10 58 2 9 13 5 Speed selection Choice of 4 pre set speeds by extemal signal DM 65C 445 405 80 600 3636 4064 630 267 197 Mi2 100 3 12 52 0 18 0 Blartstop contrel ions and stare by extemal signal Output signal Outputs signal tuned to unit operation Notes 1 Bowls are made of stainless steel 2 Bowls available with clockwise or counter clockwise orientation Soft start Start up time 0 2 4 0 seconds 3 Charged capacity varies according
9. 4 5 45 5 13 M4 155 DI 6 49 VAS 15 Unit mm 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 C9 03VFTC variable Frequency Digital Controllers Digital Control for Revolutionary Delivery of Micro sized Parts 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 Features e Auto tuning function eliminates frequency adjustments 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 e Digital setting and display makes settings easy to manage Amplitude drive frequency output voltage notches are all set and displayed digitally for easy management Specifications mnn La Unit mm e Constant amplitude control matched to workpieces Amplitude can be set digitally and an amplitude sen
10. 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 SYAddOH CONTROLLER C10 Series variable Frequency Digital Controllers Digital control operated in Analog 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 1VF 1VFEF 3VF SVFEF Dimensions 9 141 oe Features XNo plug for sensor on C10 1VF 3VF Unit mm e Auto tuning function eliminates leaf spring adjustment C10 1VFEF 3VFEF 5VFEF 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 e Digital setting and display makes settings easy to manage Amplitude drive frequency output voltage notches are all se
11. weight kg 55 80 140 320 Rated voltage V 200 Rated voltage V 200 Horizontal Duis 0 25 0 6 2 0 2 0 2 0 Horizontal 2 0 Qu 4 0 4 0 Rated current A Rated current A r Vertical 0 15 0 25 0 3 0 8 0 8 2 0 Vertical 0 8 0 8 2 0 2 0 Vibration frequency Hz 100 180 TANTRA NO Vibration frequency Hz TOTO 30 40 Unprocessed bowl diameter cylindrical mm 150 200 250 300 375 450 Unprocessed bowl diameter cylindrical mm 300 375 450 650 Max bowl diameter cylindrical mm 250 320 400 500 600 700 Max bowl diameter cylindrical mm 500 600 9700 1000 Max amplitude Horizontal 0 6 1 0 Max amplitude et Horizontal 1 8 2 0 4 0 Unprocessed cylindrical bowl periphery mam Vertical 0 13 0 3 Unprocessed cylindrical bowl periphery Vertical 0 3 1 0 Max loaded weight workpieces bowl weight kg 2 3 4 8 125 17 26 Max loaded weight kg Qua 17 0 25 70 0 Lead wire 5 x 0 5 mm wire 5 x 0 75 mm wire Lead wire 5 x 1 25 mm wire Applicable controller C10 4DM Applicable controller C10 4DM Dimensions Chart Dimensions Chart TM DMS 15C TETA ATENTAN 160 150 M8 72 94 130 50 120 DM 30C 2852205 310 290 M12 270 10 8 252 DMS 20C LA 724502453 210 200 M10 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 DMS 25C 18224850188 260 250 M12 216 58 50 16 10 140 160 100 200 DMS 30C 215222205 225 310 300 M12 252 85 75 20 20 172 192 140 240 DMS 38C 245 250 255 390 380 M16 324 85 Z5 20 20 215 240 170 300 DMS 45C 26022652210 460 45
12. 0 M16 390 85 b 20 20 270 300 210 350 DM series Bowl Dimensions DM series Controller C10 4DM Diagrams show counter clockwise orientation Cascade Bowl C10 4DM Dimensions Straight wall Bowl Track circuits 2 1 4 Exit Track circuits 1 1 2 9 141 DUAL MOTION PARTS FEEDERS S830334 SLYVd NOILOW IVa Unit mm Features eSimple and easy start up Stroke sensor gain adjustment is not required Just by selecting a drive unit model at the initial setting stage necessary parameters are set automatically eEnergy saving auto tuning eEasy operation Auto tuning function reduces power consumption by 5 Ed Selection Dial and Setting Encoder allow for easy tracking the resonance point and keeping vibration 8 M 8 equally inter spaced operation for anyone frequency on it continuously 8 equally inter spaced around perimeter L r x CUN around perimeter P Save more space Electronic control gives optimal vibration This controller has the same dimensions as Electronic control of horizontal vertical amplitudes C10 5VF 5VFEF and the footprint is reduced by 36 and phase difference provides ideal vibration from the previous model characteristics for any type of workpiece Straight wall Bowl Dimensions Chart Specifications mE Input power AC200 230V 10 50 60Hz DM 30C 300
13. 20 7 20 EA 45 275 280 285 460 450 M16 390 8 75 20 7 20 ER 25B 30B 38B 45B ER 55B 65B Lead wire 2000mm Lead wire 2000mm bowl attachment screw bowl attachment screw Unit mm Mounts can be affixed in any desired alignment Unit mm Unit mm 58 50 16 10 194 198 202 260 250 M12 216 2 8225290 A IO Na SNNT BRUT STA B il 2 257 264 271 390 375 M16 324 85 75 20 7 20 280 286 292 460 450 M16 390 85 75 20 7 20 Unit mm 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 Lead wire 2000mm Unit mm 830334 SLYVd PARTS FEEDERS Bowl Dimension EA ER DMS series Straight Wall Bowls Diagrams show counter clockwise orientation Track circuits 2 1 4 w Detail of point N D OF DE 12 9 Unit mm 1 Unit mm Approx Capacit na 2 a a TEE om 150 ddl 89 1 so 1 EA DMS 20 200 18 104 120 25 85 24 69 10 2 del 1 8 0 2 EA ER DMS 25 250 20 143 159 27 100 30 83 12 2 2 3 2 0 5 EA ER DMS 30 300 25 174 7 190 7 35 125 36 101 12 2 2 5 0 0 8 EA ER DMS 38 375 35 216 232 43 155 46 129 16 2 2 8 0 1 7 EA ER DMS 45 450 40 282 5 298 5 52 190 56 156 16 2 e 15 0 3 0 A Unit mm pprox Capacity ER 55B 288 5 318 5 309 2 28 5 ER 65B 650 65 373 406 4 397 2 88 311 90 258 25 3 39 10 ER 75B 750 75 477 8 508 49
14. 50 5 5 Note Chute must straddle drive unit to distribute weight Feeder Type Hopper Features eBy attaching a feeder to a hopper parts delivery is extremely smoothly accomplished and running noise is kept extremely low Dimensions Chart including Feeders 15 30 60 100 Notes 15 30 60 100 liter Hopper Dimensions Feeder trough Hopper H Fixing holes Unit mm Unit mm EA 25 ER 25B n n HPF 15 3815B AO esto E eMe ero ia eon 75 0 0 esa 550500 e Te eese Ie TET US EA 30 875 580 ER 30B EA 25 ER 25B EA 30 ER 30B se HPF 30 4215B 24 300 400 372 797 350 7 290 325 420 990 150 5x50 360 265 50 CF2 05 EA 38 975 580 ER 38B EA 45 ER 45B ER 55B 865 430 HPF 60 6030B 56 450 600 553 500 9 400 480 600 Sq 04 lssas0 las 55 Miro era io ER 658 1215 780 x ER 55B n HPF 100 60308 56 450 600 553 5 599 9 400 480 600 49 300 8x50 536 355 147 CF3 10 ER 65B 1365 780 ai 2 3 4 35 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
15. 8 7 99 366 108 303 25 a 54 15 Notes 1 Bowls are made of stainless steel 2 Bowls available with clockwise or counter clockwise orientation 3 Capacity varies according to the type of workpiece When supplied unprocessed neither inside nor outside has been surface treated Straight wall Bowl Selection Guide Workpiece diameter mm 60 EA ER DMS 45 EA ER DMS 38 EA ER DMS 30 EA ER DMS 25 EA DMS 20 0 10 20 30 40 50 60 70 80 90 Workpiece length mm Cascade Bowls Diagrams show counter clockwise orientation Track circuits 1 1 2 v Qd hole Detail of point N I Unit mm 1 Unit mm ab EA DMS 15 215 110 102 5 73 1 89 1 2 o EA DMS 20 280 145 135 20 80 59 30 10 2 104 120 26 2 ome 0 8 EA ER DMS 25 350 180 167 5 25 95 70 38 12 2 143 159 28 2 Su 1 6 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 38 540 280 260 40 150 109 58 16 2 216 232 45 2 8 6 EA ER DMS 45 650 335 310 50 185 135 72 16 2 282 5 298 5 54 3 16 10 A Unit mm a ALS ER 55B 750 240 193 288 5 318 5 3092 78 ER 65B 850 445 405 80 306 236 120 25 373 406 4 397 2 88 3 37 20 ER 75B 950 495 455 80 346 256 130 25 477 8 508 498 7 99 3 47 25 Notes 1 Bowls are made of stainless steel 2 Bowls available with clockwise or counter clockwise orientation 3 Capacity varies according to the type of workpiece When supplied unprocessed neither inside nor outside has
16. C ME 14 M8 bowl attachment hole K Counter clockwise Lead wire 1 300mm Bowl attachment surface M8 bowl attachment hole Counter clockwise Lead wire 1 300mm Bowl attachment surface 88 5 91 5 Vibro isolating rubber Unit mm Unit mm ME HME HME Bowl 120 120 175 x 5 A10 BL NE E 20 7 5 8 5 8 50 10 05 50 10 05 HSE ME 08C Track stepped bowl Bowl weight 0 3kg Notes Bowls are made of aluminum HSE Series bowls without surface treatment are not available Clockwise and counter clockwise orientations are available HSE ME 08C dish bowl Bowl weight 0 3kg 8 5 P70 1535 HSE 14C ME 14 Track stepped bowl Bowl weight 1 1kg ME HME HME Structural Diagram Bowl Li a Moving base Leat sping SS Moving core electromagnetic 5 Ji Fixed base coil IA Fixed core HA Lead wire adjustment ring Vibro isolating BI Fixed ring i la i f Vibro isolating Fixing bolts l l rubber Unit mm 830334 SLYVd ININ MINI PARTS FEEDERS LFB HLFB Series Leaf Spring Vibro Isolating Type Ideal vibration characteristics to cut bouncing A high precision electromagnetic drive unit ideal for use with chutes for precision parts to meet present day requirem
17. Examples of equipment layouts for different types of workpiece High Frequency Mini Parts Feeder Parts Feeder for Ultra Thin Material Space saving Design High Frequency Mini Parts Feeder aN with CCD Camera Sorting HSE Series High Frequency High Frequency Mini Parts Feeder Mini Parts Feeder for Micro sized Workpiece High Speed Feeding A For safe and reliable operation it is essential to read the user s manual carefully before using this equipment Company name changed from SHINKO ELECTRIC CO LTD as of April 2009 SINFONIA TECHNOLOGY CO LTD 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 SINGAPORE PTE LTD 101 Cecil Street 13 12 Tong Eng Building Singapore 069533 TEL 65 6223 6122 FAX 65 6225 2729 SINFONIA TECHNOLOGY THAILAND CO LTD 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 SINFONIA TECHNOLOGY CO LTD continually upgrades and improves its products Actual features and specifications may therefore E97 003 differ slightly from those described in this catalog Printed in Japan 1009DIIIG n SINFONIA TECHNOLOGY CO LTD Company name changed from SHINKO ELECTRIC CO LTD Please note that our former company name or logo may be printe
18. VN Features e Setting vertical amplitude at the lowest possible setting Friction conveyance controlled through Dual Motion in action greatly reduces bouncing of workpieces Thin flat work elliptical vibration Dual motion is generated in these parts feeders pieces remain separate and are conveyed smoothly Elliptical vibration is achieved by controlling optimal through feedback of vibration in the horizontal and e Work is conveyed as though gliding with minimal impact phase difference to the horizontal and vertical vertical directions as shown in the diagram Sensors between workpieces and track resulting in minimal amplitudes of bowl vibration Conveyance using detect horizontal and vertical amplitude thereby noise elliptical vibration results from controlling friction and allowing separate control eCompact size makes it possible to interchange them workpieces thus travel as though gliding along the with EA ER Series parts feeders or those of other track manufacturers DMS Series e A single drive unit can be used for right or left bowl i Workpiece glides along track orientation Speed over one cycle C Workpiece in contact with track Applications e Plastic easily damaged workpieces for medical and electronic equipment ow noise conveyance of auto and other metal parts e Precision equipment and other electronic parts that require highly accurate sorting MOO Workpiece in contact with track
19. ations 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 LFBR Series Leaf Spring Vibro Isolating Type Low reaction force linear feeder with less floor reaction 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 LFBR 350 450 600 Dimensions Features Floor reaction force reduce design By reviewing the drive unit mechanism floor reaction force has been drastically reduced compared with the existing leaf spring vibro isolating type e Leaf spring and Core gap adjustment are unnecessary No troublesome leaf spring adjustment or even core gap adjustment is necessary by using the available C9 C10 series variable frequency digital controllers eNo vibrational interference Unit mm Because of the middle frequency vibration range Specifications between Full and Have wave vibrational interference Model LFBR B50 LFBR 450 will not occur when used in combination with other parts Rated voltage V 200 feeders Rated current A QS 0 14 0 2 eUniform chute vibration angle Vibration frequency Hz 85 120 dios wise The entire chute vi
20. ax amplitude periphery of standard cylindrical bowi mm 0 6 0 8 Max amplitude periphery of standard cylindrical bowi mm lee 1 4 Max loaded weight workpieces bowl weight kg 2 3 4 8 12 5 17 26 Max loaded weight workpieces bowl weight kg 8 12 5 17 26 70 85 120 Power cable mm 0 5 0 75 0 75 0 75 i25 1 25 Power cable mm 07 5 0 75 i25 i25 2 0 2 0 2 0 Single C10 1VF 1VFEF C10 3VF 3VFEF Single C10 1VF 1VFEF C10 3VF 3VFEF C10 5VF 5VFEF Compatible art Twin C9 3VFT 2C Compatible aaoo Twin C9 3VFT 2C controllers 2 Single C10 1VF 1VFEF C10 TR C10 3VF 3VFEF C10 TR controllers 2 Single i3 C10 3VF 3VFEF C10 TR ane Twin C9 3VFT 1C ata Twin C9 3VFT 1C Notes 1 With an AC100V power source use C10 TR transformer sold separately Notes 1 With an AC100V power source use C10 TR transformer sold separately 2 Standard controller is AC200V single type 2 Standard controller is AC200V single type 8 C10 1VF 1VFEF C10 TR PARTS FEEDERS Dimension EA ER series EA 15 20 Lead wire 2000mm Mounts can be affixed in any desired alignment Unit mm Unit mm EA 15 130 133 136 165 150 M8 130 EA 20 152 155 158 210 200 M10 170 EA 25 30 38 45 Lead wire 2000mm bowl attachment screw Unit mm Unit mm EA 25 187 190 193 260 250 M12 216 58 50 16 7 10 EA 30 215 220 225 310 300 M12 252 85 75 20 7 20 EA 38 255 260 265 390 375 M16 324 8 75
21. been surface treated Cascade Bowl Selection Guide Workpiece diameter mm 70 r ER 55B EA ER DMS 45 EA ER DMS 38 EA ER DMS 30 EA ER DMS 25 EA DMS 15 80 100 120 Workpiece length mm 60 830334 SLYVd Linear Feeder Combinations EA ER DMS series oc gt s 3 T EB EA DMS 15 LFB 300 EI EA DMS 20 LFB 300 EJ EA ER DMS 25 LFB 400 VI EA ER DMS 25 LFG 400 EJ EA ER DMS 30 LFB 400 3 EA ER DMS 30 LFG 400 E LL m ei Erw 5 M10 D 5 M10 io D M1 C 5 M10 G 5 M10 E ME m 5 M12 rm hf a a V d 1 Ld Vu amp EE CA RE rr BS Sensor for overflow gt oo 00 l 3 x S E Sensor for overflow g g YS ee 3 E o LU Sensor for overflow Sensor for overflow B l I sl A LZ Ri i an fn 2 o F J Hai ol 15 Lead e 000mm Je S ol e us T i
22. bration angle become uniformly and Drive unit weight a nm 22 109 has improved the parts conveyance become much more 1Safspring angle degree Le he La smoothly Max amplitude mm 0 60 QE 0 785 Single C10 1VF 1VFEF e Low power consumption Compatible C200 Twin C9 3VFT 2C Driven near the resonance range enable to gain controller Single C10 1VF 1VFEF C10 TR sufficient stroke in low current Twin C9 3VFT 4C Dimensions Chart unt Oe mn m n mn i n 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 Uinta LFBR 350 350 40 9 0 4 1 2 110 150 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 gt ZU en ms m v E ZU un LFB Series Leaf Spring Vibro Isolating Type LFG Series Rubber Mount Vibro Isolating Type 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 The variable frequency controller installed as standard eliminates need for leaf spring and core gap adjustments Easy installation Provides uniform vibration with no adjustments necessary and is easily installed to link up with other and coordination make it much easier to use
23. d in this catalog gt DMS Series gt DM Series PoisFesder PonsFeeder for DM Sees amy DUAL MOTION PARTS FEEDER SF CONTENTS lt Controller for DM Series NeW 8 PEA Series 100 180 Hz PER Series 50 90 Hz PARTS FEEDER Parts Feeder Parts Feeder gt Straight Wall Bowl gt Casade Bowl EA Series Parts Feeder ER Series Parts Feeder EA ER Series Dimension EA ER DMS Series Bowl Dimension EA ER DMS Series Product Combination ER Series Product Combination iaia NI O01 Go LS fo LFBR Series Leaf spring LFB Series Leaf spring LFG Series Rubber LF Series Coilspring LINEAR FEEDER Vibro isolating Linear Vibro isolating Linear Mount Vibro isolating LF Series Direct mount MF Series Direct mount Vibro isolating Linear New Feeder m Feeder Linear Feeder Linear Feeder Linear Feeder Feeder QU Q New J P Feeder type Hopper HOPPER Feeder type Hopper C10 Series C Series Variable Frequency Variable Frequency Digital Controller Digital Controller CONTROLLER 33 C10 Series Variable Frequency Digital Controller 25 DI WI rog We E C9 Series Variable Frequency Digital Controller Em Controller Combination C9 03VFTC ME HME HSE Series Linear Feeder Variable Frequency LFB HLFB Series Digital Controller MINI PARTS FEEDER TO DUAL MOTION PARTS FEEDERS Smooth low noise conveyance Dual Motion Principle DUAL MOTION PARTS FEEDERS S 4d444 SLYVd NOILOW
24. d weight distribution of small parts can be detected for accurate sorting e No problems at connecting points With little vibration displacement there is no damage to workpieces caused by gaps between bowl and chute or chute and non vibrating parts High vibration frequency gives high speed delivery 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 e 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 Compact design with a height adjustment function Down sized design for maximum space saving with a vibro isolating base Bowl height can be adjusted within 3 mm range to simplify positioning Max bowl MERE standard 245 0 6 140 7 8 2 0 230 C10 1VF 245 0 6 140 C10 1VFEF 7 8 2 0 230 C9 03VFTC 9 3 2 0 230 M8 bowl attachment hole Counter clockwise n Lead wire 1 300mm Clockwise Bowl attachment surface 1 5 77 5 80 5 1O Vibro isolating rubber Unit mm HME 08C New M5 bowl attachment hole Counter clockwise Clockwise Lead wire 1 300mm Bowl attachment surface 1 5 77 5 80 5 15 Unit mm Clockwis 84 5 87 5 HME 14
25. ents 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 Features eLeaf spring vibro isolating type ideal for precision parts This leaf spring vibro isolating series is ideal for micro sized flat and precision parts e Minimizes bouncing Adjustable vibration characteristics give increased delivery efficiency while minimizing workpiece bouncing Compact and high precision Compact unit accommodates demands for rapid processing providing high precision conveyance of micro sized and precision pars Specifications LFB 02 100 110 0 12 LFB 04 100 110 0 16 200 220 0 08 HLFB 02 100 110 0 25 HLFB 04C 100 110 0 30 Dimensions Chart HLFB LFB 02 22 130 86 65 15 LFB 04 32 170 108 80 20 Chute Specifications Compa LFB HLFB 02 04 Dimensions qau eR B 3 Unit mm HLFB 04C Dimensions 108 Unit mm Standard compatible 100 180 1 C10 1VF 100 180 UNA C10 1VFEF 220 360 1 C9 03VFTC 220 360 Qua Unit mm Oe n M3 120 p6
26. er 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 PARTS FEEDERS Sudd3d4 Sid vd EA 38 Bowl attachment Bowl washer Central bolt for bow attachment Movable 5 NZ Magnet Height adjustment bolt rv ER 30B 4 ER 25B Vibro isolating Fixed rubber mount Vibro isolating rubber o EA 15 EA ER Series Structural Diagram Specifications Specifications Drive unit outer diameter mm 165 210 p260 310 0390 p460 Drive unit outer diameter mm 260 310 d 390 d460 560 660 760 Drive unit height mm TES 155 190 220 260 280 Drive unit height mm 198 225 264 286 321 321 321 Drive unit weight kg Bub 17 30 48 80 TRES Drive unit weight kg 30 48 80 TIS 160 200 260 Leaf spring attachment angle degree ib Leaf spring attachment angle degree 20 Rated voltage V 200 1 Rated voltage V 200 1 Rated current A 0 4 0 8 TS 2 0 ub 210 Rated current A 1 0 he 2 0 29 5 0 50 50 Vibration frequency Hz 100 180 Vibration frequency Hz 50 90 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 M
27. l Vibrator or Feeder Parts Feeder Amplitude sensor EA ER Series I I I I I I I I I I I I I I I Sr Level I I I I I I I I I I I I I I Linear Feeder LFBR LFB LFG Series For source voltage AC100 110V Single Drive Optional Parts Feeder Optional Linear Feeder Optional Parts Feeder Unit Controller Unit Controller Unit Controller C10 T C10 3VFAVF C10 TR C10 1VF C10 TR C10 3VFEFAVFEF 3 idi i Lind E j EN f i2 NEL m nA o i Ve Ti a dis AT Sy ae wo a Power source AC100 110V Power source AC100 110V Power source AC100 110V Controller for hopper Hopper TM SIP Level E switch E Vibrator or Feeder p u_a_ Parts Feeder Linear Feeder EA ER Series LFBR LFB LFG Series Linear Feeder Optional Parts Feeder 1 i Controller Unit Controller C10 1VF C10 TR C10 3VFEF 1VFEF I I o ff pa Te Um pu art MES n a ihe 1 quce ge hr i pa TN T i 1 A G g E 1 a C9 3VFT 1C same function i Sensor amp I D lj m LL Controller i Power source Power source for hopper i Amplitude AC100 110V I AC100 110V Hopper i sensor I I li I I I I i D i Si Level Lr switch I Vibrator or Feeder i i 3 I I i Parts Feeder Amplitude sensor EA ER Series Digital Controller Sensor amp Li I I Amplitude sensor Overflow
28. lay timer n 3P power plug gives DC12V max 80A Power source output tuned to parts feeder operation RUN ON OFF control by Triac As power source input to controller Maximum current 2A Noise tolerant voltage Above 1000V Ambient temperature 0 40 C dirne Ambient humidity 10 90 no condensation Case color Japan Paint Industry Association U75 70D Weight 2 3kg Our compatible Parts feeders Our compatible Linear feeders EA 15 20 25 30 38 45 ER 25B 30B 38B 45B LFBR 350 450 600 LFB 300 400 550 LFG 400 550 700 YATIOULNOD CONTROLLER Power source Equipment Combinations For source voltage AC200 220V Single Drive Parts Feeder Linear Feeder Parts Feeder Controller Controller Controller C10 5VF 3VFAVF C10 1VF A pi Me e C10 5VFEF SVFEFAVFEF Sensor amp e gt mi Power source Power source Vibrator or Feeder I I I 2 AC200 220V AC200 220V AC200 220V Controller I Amplitude for hopper 59199 I Hopper j Overflow IF sensor ci Level i I SS switch RM I I I Parts Feeder Linear Feeder Parts Feeder EA ER Series LFBR LFB LFG Series EA ER Series Linear Feeder Controller Parts Feeder Controller Digital Controller C10 1VF C10 3VFEF 1VFEF I C9 3VFT 2C same joe function Sensor amp I Controller i Amplitude Power source Power source for hopper 1 Sensor AC200 220V AC200 220V Hour Overflow sensor na switch E f
29. plitude Meis pars feeder a a NIC ANNE a ECO tuning function It automatically tracks resonance point detection sensor allows drive at a constant amplitude Output quency Linear feeder changes resulting from mechanical changes over time suited to the workpieces under conveyance Maximum Parts feeder 3A current Linear feeder 1A Resonant frequency auto tuning allows constant amplitude control with no need for frequency setting controller Operating leaf spring adjustments and even frequency adjustment Controbotboth a partefeederandtinearfeederis Diodes Constant amplitude mode Constant amplitude control at set frequency is unnecessary This keeps the equipment activated ible with P troll Constant voltage mode Frequency output voltage set manually much more of the time and saves energy pesi i caglio eid reed Quick removal function Temporary increase in PF amplitude to clear leftover workpieces etc Digital setting display makes settings easy to eSoft start settings can be adjusted Speed selector Selection of amplitude settings up to 4 by means of external signal manage up to 4 seconds Start Stop control Start stop control by external signal itiona l Output signal Outputs signal tuned to parts feeder operation Amplitude drive frequency output voltage notches are On off delay time can be adjusted features lt lt P E i igi i up to 60 seconds all set and displayed digitally making them easy to p On Off de
30. s including Overhang Unit mm Unit mm LFB 300 300 50 6 0 4 1 0 66 110 40 124 2 LFG 400 400 50 10 0 8 2 0 105 150 20 145 18 LFB 400 400 50 10 0 8 2 0 105 150 70 145 5 LFG 550 550 65 14 TZS 140 210 25 200 21 LFB 550 550 65 14 1 4 3 5 140 210 85 200 5 LFG 700 700 75 16 Ph 180 270 30 250 22 LFB Series LFG Series L1 L4 i L2 Q H pa L2 E O O LINEAR FEEDERS LF Series Direct Mount Type Simple and compact Handles a wide range of micro sized and precision parts 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 LF 02 04 Dimensions Ton Features Handles a wide range of small parts Handles a wide range of non specialized micro sized precision parts eSimple and low cost Provides a simple low cost solution for small volume applications eEasy convenient installation Compact design allows easy convenient installation Specifications LF 02 100 110 0 12 100 180 0 42 LF 04 100 110 0 22 100 180 0 05 C10 1VF 1VFEF Dimensions Chart Te 40 M3 40 M4 16 15 9 10 LF 02 22 approx 81 44 3 65 15 LF 04 32 approx
31. sensor I I I I I I I I um I I L a I l NN m mi Parts Feeder EA ER Series Overflow sensor Linear Feeder LFBR LFB LFG Series YATIOYLNOD MINI PARTS FEEDERS ME HME HSE series High Frequency Mini Parts Feeders High speed high precision handling of micro sized parts and electronic chips Compact design and versatility to handle a wide range of small parts 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 ME 08C HME 08C Specifications M Rated o Rated Current ME 08C 0 30 ME 14C 0 55 HME 08C 100 110 0 15 HME 14 0 30 HSE 14 0 30 Note Loaded weight is permissible weight of bowl and work Vibration ko ht Loaded 100 180 220 360 Features Smooth reliable orderly presentation of tiny thin parts High vibration frequency and small amplitude allow for the orderly delivery of micro sized thin and complex shaped parts which is hard to achieve with conventional feeder vibration characteristics e Highly accurate sorting and conveyance Bouncing of workpieces during conveyance is reduced and even slight variations in shape an
32. sor keeps drive at a uniform amplitude suited to the workpieces under conveyance e One controller for all One controller can control both parts feeders or linear feeders Computerized control delivers optimal drive Model C9 03VFTC Input Power source Control system Voltage Output Vibration frequency Maximum current Auto tuning mode AC100 110V 1096 50 60Hz PWM system aso 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 Operating modes Constant amplitude mode Start Stop control Overflow control Additional features Sensor power source Output signal Soft start Noise tolerant voltage Ambient temperature Ambient humidity Others Case color Weight Our compatible Parts feeders Our compatible Linear feeders 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 0 40 C 10 90 no condensation Beige 5Y 7 1 1 8kg HME 08C HME 14 ME 08C ME 14C HLFB 02 04C LFB 02 04 U D gt J un n ni Hi gt mM JI un
33. t and displayed digitally for easy management e Constant amplitude control matched to workpieces or materials C10 1VFEF 3VFEF 5VFEF Amplitude can be set digitally and an amplitude sensor allows drive at constant amplitude suited to the workpieces under conveyance Easy to use panel design 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 e Many external control functions 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 e CE Marking conformed product Required to be installed inside the control box treated with Noise filter and IP4X to make product comply to CE Marking C10 5VF 5VFEF Dimensions 9 141 lt RUN ALARM AUTO FREQ No plug for sensor on C10 5VF Unit mm C10 TR Dimensions 126 rtf ttt 4 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 C10 Series Parts amp Functions ALARM light Lights when In constant amplitude or auto tuning mode output voltage reaches saturation and cannot track set amplitude or Error occurs
34. ta modification mode for stroke and frequency press again to switch the position of a figure Settings encoder Modifies settings in data display screen These functions are not available on C10 1VF 3VF 5VF models exclusive to VFEF models AC100 120V 10 50 60Hz AC200 230V 10 50 60Hz 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 5A 1 5kg ER 55B 65B 75B Half wave 45 90 Hz Full wave 90 180 Hz Intermediate wave 65 120Hz High afrequency 180 360 Hz 3A 1A 5A 3A 1A Frequency output voltage set manually Constant amplitude control at set frequency i With frequency auto tuning constant amplitude control requires no amplitude setting Selection of up to 4 amplitude settings by means of external signal Start Stop control by external signal Output signal synchronized to parts feeder operation Start up time 0 2 4 0 secs Delay 0 2 60secs For DC 12V max 80A 3P power plug a Power output synchronized to parts feeder operation RUN a ON OFF control As power source input to controller T 2A Above 1000 V 0 40 C 10 90 no condensation 0 9kg 0 8kg 1 6kg 1 0kg 0 9kg U75 70D Japan Paint Industry Association ER 25B ER 25B EA 15 20 EA 15 20 LFBR 350 450 600 LFBR 350 450 600 LFB 300 400 550 LFB 300 400 550 ER 30B 38B 45B LFG 400 550 700 ER 55B 65B 75B EA 25 30 38 45 ME
35. to the type of workpiece 4 When supplied unprocessed neither inside nor outside has been surface treated On Off delay timer Delay time 0 2 60 seconds 5 When supplying processed specialized bowls other than standard bowls above can be manufactured Sensor power source 3P power plug gives DC12V max 80 A Function Power source synchronized to parts feeder operation RUN Straight wall Bowl Selection Guide Cascade Bowl Selection Guide y P P RUN Synchronized Control system On Off control through Triac Workpiece diameter mm 7 Workpiece diameter mm power source Output voltage As power source input to controller DM 65C DM 65C Maximum current A 2 Noise resistant voltage V Above 1000 Ambient temperature range degree 0 40 C AE Other Ambient humidity range 10 90 no condensation DM 38C DM 45C Color of case Japan Paint Industry Association U75 70D DM 30C DM 38C Weight kg 2 0 DM 30C 5 DM 30C 38C 45C 65C epa CU pni DMS 15C 20C 25C 30C 38C 45C 0 10 20 30 40 50 60 70 0 20 40 60 80 100 120 140 Workpiece length mm Workpiece length mm EA series 100 180Hz ER series 50 90Hz For handling a wide range of Steady delivery of workpieces of all sizes very small precision workpieces 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 feed
36. uo le 400 IT e 15 E E m P 15 I 450 H 250 350 Li p 350 n pm id S lo TA N Coli eo pra 5 Sg J 5 3 3 a in IH o eu 1 i o 130 Ld i 14 130 130 r o EA ER DMS 38 LFB 550 EJ EA ER DMS 38 LFG 550 E EA ER DMS 45 LFB 550 i EA ER DMS 45 LFG 550 io 8 M12 8 M12 G 8 M12 S 8 M12 4 i L NS TES LO 2 3 o o D e o o e i 5 N Sensor for overflow N Sensor for overflow EL Sensor for overflow Sensor for overflow X salus ST Be m o WY o e amp WI e vr i N ere a cafe o Ce ae Raw A eo LG 19 75 Ae T7 Eie el 4 a Y I 4 H d Lead wire 2000mm S Lead wire 2000mm d ad E foe WIS mm SG E 2 Co as H 285 285 _ _15 el 15 285 285 15 Co T 15 15 600 m 600 650 47 5 m 475 E i i i E i I i 8 8 d k me T S Y T i F A d LO i 9 S 9 Sa Oo o x e NUS t ind o ta N N e NX gt x c NX AAA 165 1 6 165 o 65 Yl 1 T D
37. verhangs opens a wider range of applications Consistent uniform vibration Specifications positioning the rear end weight so conveyance can Specifications is supplied without the need for adjustment easily be kept uniform without expert skills i ee eEnergy saving type m 200 e Energy saving type Rated voltage V Energy consumption cut by half compared with our UCET A 0 04 0 08 0 15 Energy consumption cut by half compared with our Rated current A 0 08 0 15 0 2 earlier models Vibration frequency Hz 90 120 80 110 75 400 earlier models Vibration frequency Hz 80 110 75 100 65 90 Drive unit weight kg 3 0 5 0 10 0 Drive unit weight kg 4 3 8 5 14 0 Leaf spring angle degree le Leaf spring angle degree 15 Max amplitude mm 0 6 0 65 0 75 Max amplitude mm 0 65 0 75 0 9 Single C10 1VF AC200V Single C10 1VF Compatible Twin C9 3VFT 2C Compatible Twin C9 3VFT 2C controller actooy Single C10 1VE C10 TR controller aciooy Single C10 1VF C10 TR Twin C9 3VFT 1C Twin C9 3VFT 1C Dimensions Chart PEPER Dimensions Chart nitmi LFB 300 e FEE e Y RI A n S pn Y n P To P 16 3 eo 6 LFG 400 145 142 84 145 80 230 270 28 55 60 115 6 18 17 15 42 15 20 15 LFB 400 aN E O A el e al Due a 16 5 crea el Sci fe 7 LEGES Os aSa 2a O a e Ce Tn i G a dal LFB 550 YEN o A o o Yp PE e o NRI II e i e e Yo II s 19 5 215 PMI RS 9 LEG ZOO NNI Fe IRR nc 2 O n OO A O II n n e n i Ze aG e n it Chute Specifications including Overhang Chute Specification
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