1 Linear feeder 2 Track 3 Cover 4 Side plate 5 Trim weight 6 Sub-structure. 8 Feeding technology afag.com

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1 Linear feeder Track Cover Side plate Trim weight Sub-structure 8 Feeding technology 0

2 Linear feeder Linear feeder Linear feeder HLF-M Linear feeder HLF-P 8 Control devices PSG Accessory HLF Linear feeder KLF 8 Accessory KLF Linear feeder LF Accessory LF 0 Sub-structure linear feeder 7 Feeding technology 0 9

3 Linear feeder HLF The Afag hybrid Magnet or piezo 0 Feeding technology 0

4 HLF HLF - the new Afag generation of linear feeders stands for Hybrid Linear Feeder. Depending on application, the drive technology best suited for the project-specific requirements can be selected for this new type of linear feeder. The drive systems available include the familiar actuation based on an oscillating magnet (HLF-M) and a new patented piezoelectric drive (HLF-P). The mechanical interfaces are identical irrespective of the drive system. This allows the drive system to be changed easily. The advantages of the piezo driven linear feeder are particularly evident when feeding extremely small parts: Even more precise air gap between track transitions (< 0. mm) may be achieved depending on application Finer oscillation (approximating to sliding motion) Smaller tolerances / parts are conducted more closely in the track even better precision No mechanical adjustment required before operation No modifications for operation in 0/0 Hz power supply systems The conveying rate is not influenced by voltage fluctuations in the power system No environmental electromagnetic influence on the system High energy efficiency (high energy saving potential compared to magnetic technology) External mechanical interfaces are compatible with magnetic technology Reactive force compensation (as for magnetic technology) 7 The new linear feeders (both drive systems) have a compact, closed design with optimized reactive force compensation. This is based on dynamic balancing of the weight and counterweight, eliminating the majority of free oscillating forces directly in the machine. Another new feature is the long and broad mounting surface of the conveying tracks, which considerably extends track design options. Feeding technology 0

5 Linear feeder HLF-M Compendium Accessories HLF-M Feeding technology 0

6 HLF-M For fastening the rail to the HLF two variants are possible: 7 Variant Construction with side plate O Variant Construction with side plate S Feeding technology 0

7 E Linear feeder HLF-M HLF07--M P A X S F Z E/ Ø D R -Y +Y S H M E B Ø D Ø D C K G N R S = Feeding direction = Track center of gravity Feeding technology 0

8 Technical data HLF-M Type HLF07-M HLF-M HLF-M Order no. 0 V / 0 Hz V / 0 Hz Dimensions Units A [mm] max. 00 max. 00 max. 00 B [mm] 0 8 C [mm] D [mm] D --- x M x M x M D [mm] x H7 x H7 x H7 E [mm] 0 F [mm] G [mm] H [mm] K [mm] M [mm] N [mm] P [mm] Centre of gravity of rail X [mm] 8 ± 0 0 ± 0 ± 0 Y [mm] 0 ± 9 0 ± 0 0 ± Z [mm] 77 ± 8. 8 ± 0 ± Technical data Useful mass 0.7 ± 0. kg. ± 0. kg. ± 0. kg Weight device.7 kg.00 kg. kg Max. speed 7 m/min 7 m/min 7 m/min Power VA 9 VA 00 VA Protection class IP IP IP Reactive force compensation Vibrator frequency (electric) in Hz 0/0 0/0 0/0 Mechanical vibrations per min 000/ / /700 Scope of delivery Device Springs = existent Note: Refer to p. 98 for appropriate control devices. Track not included in scope of supply. Feeding technology 0

9 Linear feeder HLF-M Compendium Mechanical connection of HLF feeders To realize tracks with a large maximum length, the useful and counter masses can be mechanically connected up to HLF feeders and operated by a single control unit. Feeding technology 0

10 Technical data HLF-M Notation Drive Four way splitter for vibration drives Control device 7 Accessory linear feeder Four way splitter for vibration drives Order no. 007 A E C F G B D Dimensions Units A [mm] 9 B [mm] 7 C [mm] D [mm] 7 E [mm] 8 F [mm] 7 G [mm]. Feeding technology 0 7

11 Linear feeder HLF-P Compendium Accessories HLF-P 8 Feeding technology 0

12 HLF-P For fastening the rail to the HLF two variants are possible: 7 Variant Construction with side plate O Variant Construction with side plate S Feeding technology 0 9

13 E Linear feeder HLF-P HLF07--P P X A +Y-Y S S F Z E/ Ø D R H E M Ø D Ø D B C K G N R S = Feeding direction = Track center of gravity 0 Feeding technology 0

14 Technical data HLF-P Type HLF07-P HLF-P Order no. 0 V / Hz Dimensions Units A [mm] max. 0 max. 0 B [mm] 0 C [mm] 0 0 D [mm] 7 9 D --- x M x M D [mm] x H7 x H7 E [mm] F [mm] 7 80 G [mm] H [mm] 0 9 K [mm] 0 80 M [mm] N [mm] P [mm] Centre of gravity of rail X [mm] 8 ± 0 0 ± 0 Y [mm] 0 ± 9 0 ± 0 Z [mm] 77 ± 8. 8 ± Technical data Useful mass 0.7 ± 0. kg. ± 0. kg Weight device.7 kg.00 kg Max. speed 7 m/min 7 m/min Power VA VA Protection class IP IP Reactive force compensation Vibrator frequency (electric) in Hz 0/0 90/0 Mechanical vibrations per min 00/00 00/00 Scope of delivery Device = existent Note: Refer to p. for appropriate control devices. Track not included in scope of supply. Feeding technology 0

15 Control devices PSG PSG A D C H G B E F Feeding technology 0

16 Technical data PSG Piezoelectic control device PSG Order no. 0 V / Hz 08 Dimensions Units A [mm] 9 B [mm] 0 C [mm] 7. D [mm] E [mm] 9 F [mm] 0 G [mm]. H [mm] 9 7 Technical data Mains frequency 0 / 0 Hz Output voltage -0-0 V Output current max. 0. A Output frequency - 00 Hz Enable input Contact or V DC Operating temperature 0 - C Recommended fuse Type D MCB Protection class IP External target value preset 0-0 ma (DC) Note on selecting control device: Control unit PSG only for use with the HLF-P. Feeding technology 0

17 Accessory Linear feeders HLF Alternative assembly variants for accessory Side plate O F A E C H B G D * Side plate S A F E D B K G H * C * Slot only for HLF-M Feeding technology 0

18 Technical data HLF Alternative assembly variants for accessory Notation Linear feeder Track Side plate O Side plate S Trim weight useful mass Trim weight counterweight 7 Side plate O HLF07 HLF HLF Order no Dimensions Units A [mm] 0 88 B [mm]. C [mm].. D [mm]... E [mm] F [mm] G [mm] H [mm]... Weight [g] 9 0 Side plate S HLF07 HLF HLF Order no Dimensions Units A [mm] 0 88 B [mm] 7 7 C [mm]... D [mm]... E [mm] F [mm] G [mm] H [mm] K [mm] Weight [g] 90 8 Feeding technology 0

19 Accessory linear feeders HLF Trim weight - Useful mass E A D C L A B F * * Borehole only for HLF-M Trim weight - Counterweight B C Leaf spring W T Feeding technology 0

20 Technical data HLF Trim weight - Useful mass HLF07 HLF HLF Order no Dimensions Units A [mm] 8 8 B [mm] 0 C [mm] D [mm]... E [mm] F [mm] Weight [g] Trim weight - Counterweight HLF07 HLF HLF Order no Dimensions Units A [mm] 7 B [mm].. C [mm] Weight [g] 0 Leaf spring HLF07 HLF HLF Order no Dimensions Units L [mm] 7 W [mm] 0 T [mm] Magnet HLF07-M HLF-M HLF-M Order no. 0 V / 0 Hz V / 0 Hz Feeding technology 0 7

21 Linear feeder KLF Compendium Accessories KLF 8 Feeding technology 0

22 KLF For fastening the rail to the KLF two variants are possible: 7 Variant Construction with side plate Variant Construction with bracket Feeding technology 0 9

23 Linear feeder KLF KLF K D N A C C A/ F H R S G E D M R S = Feeding direction = Track center of gravity C/ B KLF7 - K E/ D C P C A R A/ G S F E C/ H M R S = Feeding direction = Track center of gravity 0 Feeding technology 0

24 Technical data KLF Type KLF KLF7 KLF KLF Order no. 0 V / 0 Hz V / 0 Hz Dimensions Units A [mm] B [mm] C [mm] 7 9 D [mm] D [mm] E [mm] 0 0 F [mm] G [mm] 0 0 H [mm] K [mm] M [mm] N [mm] P [mm] Technical data Useful mass 0. kg 0. kg.80 kg.00 kg Weight device 0.7 kg kg kg 8.9 kg Max. speed 7 m/min 7 m/min 7 m/min 7 m/min Power 0 VA VA VA 0 VA Protection class IP IP IP IP Reactive force compensation Trim weight 0. kg 0. kg.0 kg.00 kg Vibrator frequency (electric) in Hz 0/0 0/0 0/0 0/0 Mechanical vibrations per min 000/ / / /700 Scope of delivery Device Bracket --- x 7 g x g x 0 g Springs Trim weights x 0 g x 00 g x 00 g x 800 g x 00 g = nonexistent = existent Note: Refer to p. 98 for appropriate control devices. Track not included in scope of supply. Feeding technology 0

25 Accessory linear feeders KLF Alternative assembly variants for accessory Bracket A B C G C E D F Side plate A B C D E F G Feeding technology 0

26 Technical data KLF Alternative assembly variants for accessory Notation Side plate Track Trim weight Bracket Linear feeder Divided track 7 Bracket KLF7 KLF KLF Order no Dimensions Units A [mm] B [mm] C [mm] 7 0 D [mm] 7 E [mm]... F [mm]. 9. G [mm] Weight [g] 7 Side plate KLF7 KLF KLF Order no Dimensions Units A [mm] 8 8 B [mm] C [mm]... D [mm] E [mm]... F [mm] G [mm] Weight [g] Feeding technology 0

27 Accessory linear feeders KLF Trim weight Leaf spring Feeding technology 0

28 Technical data KLF Trim weight KLF KLF7 KLF7 KLF KLF KLF KLF Order no Dimensions Units A [mm] B [mm] 0 0 C [mm] D [mm]. 7 7 E [mm] 0 0 F [mm] Weight [g] Leaf spring KLF KLF7 KLF KLF Order no Dimensions Units L [mm] 7 9 W [mm] 0 0 T [mm] Magnet KLF KLF7 KLF KLF Order no. 0 V / 0 Hz V / 0 Hz Feeding technology 0

29 Linear feeder LF Compendium Accessories LF Feeding technology 0

30 LF For fastening the rail to the LF two variants are possible: 7 Variant Construction with adapter plate Variant Construction without an adapter plate Feeding technology 0 7

31 Linear feeder LF LF9 D I K L R R S = Feeding direction = Track center of gravity 8 Feeding technology 0

32 Technical data LF Type LF9 Order no. 0 V / 0 Hz 078 Dimensions Units A [mm] Max. 0 B [mm] C [mm] 0 D --- x M D --- x M E [mm] F [mm] 9 G [mm] H [mm] I [mm] --- K [mm] 8 L [mm] --- M [mm] 89 N [mm] 7 7 Technical data Useful mass kg Weight device 0.7 kg Max. speed m/min Power 0.8 VA Protection class IP0 Reactive force compensation --- Vibrator frequency (electric) in Hz 0 Vibrator frequency [Vibrations per min] 000 Scope of delivery Device Additional plug Springs = nonexistent = existent Note: Refer to p. 98 for appropriate control devices. Track not included in scope of supply. Feeding technology 0 9

33 Accessory linear feeders LF Adapter plate A D E * B F C * Adapter plate LF9 with slots, LF without boreholes Leaf spring 0 Feeding technology 0

34 Technical data LF Adapter plate LF9 Order no. 007 Dimensions Units A [mm] 00 B [mm] 0 C [mm] 88 D [mm] E [mm] F [mm] 8 7 Leaf spring LF9 Order no. 890 Dimensions Units L [mm] W [mm] 0 T [mm] 0.7 Magnet LF9 Order no. 0 V / 0 Hz 0 Feeding technology 0

35 Sub-structure linear feeder KLF / HLF / LF Block sub-structure x D x D x D N G K C F H A M E B Feeding technology 0

36 Technical data KLF / HLF / LF Item No. - Base plate* Block 0 Block 0 Order no Dimensions Units A [mm] 0 0 B [mm] 0 C [mm] 0 0 D [mm] E [mm] 0 80 D --- M8 M8 7 Item No. - Block** body mm grading Order no. on request on request Dimensions Units A [mm] 0 0 F [mm] 00 M [mm] 0 0 Item No. - Bar Order no Dimensions Units A [mm] G [mm] 7 H [mm] D --- M M8 M8 K [mm]. 7 8 N [mm] 0 0 Suitable for linear feeder: KLF KLF KLF HLF HLF HLF HLF *screwed on machine table overarm with mating dimensions E and D **screwed on machine table bottom up with mating dimensions M and D Note: Material: , galvanically galvanises and blue chromated. Ordering of the items depending on application. Feeding technology 0