- High performance at small size
- Ideally minimized eddy current losses
- Infinite adjustability using drive voltage and/or frequency
- Feeding, sorting and conveyor technology
- Assembly technology and automation
- Oscillating tables and bunker drives
Kendrion vibratory feeder coils are solenoids with UI core shape and two excitation windings connected in series. They are primarily installed in spring-mass systems generating directional, linear oscillatory movements of the working unit. Excitation windings and core are plastic molded, therefore not susceptible to moisture or dust and perfectly suitable for rough conditions.
The effective amplitude here equals the double amplitude of the oscillating frequency of the whole system. Kendrion vibratory solenoids are infinitely adjustable by the operating voltage. They reach the full conveying power immediately upon switching on, and there are no troublesome starting and stopping effects of unbalance drives!
Kendrion vibratory feeder coils of the OAC series are eddy current optimized by modified manufacturing processes and completely made of UL-materials
The power indicated is reached at 90% of the nominal voltage and in warmed-up condition. The values for cycle stroke and load apply for nominal voltage and nominal load in warmed-up condition
All products are manufactured and tested acc. DIN VDE 0580/07.2000.
For fine adjustment and extension we recommend our accessories. Please find detailed information in our catalogue Oscillating Line.
Design subject to change.
Specifications & Technical Details
|Specification||from - to|
|Supply voltage [V]||24 - 230 V AC|
|Frequency [Hz]||50 / 60|
|Apparent power [VA]||15 - 3520|
|Nominal air gap [mm]||1 - 6|
|Peak force at nominal air gap [mm]||4 - 550|
|Armature weight [kg]||0.03 – 6.20|
|Magnet weight [kg]||0.18 – 26.30|
|Protection class device (IP)||IP54|
|Protection class connection (IP)||IP00|
|Installation type||Lateral through bores, threaded bore on front side, base plate
|Comment||Lateral cable outlet only possible with OAC 003…; OAC 006…; OAC 009…|