■ Features

1.High ‘G’ force capability,
2.Simple force adjustment,
3.Fully sealed casing to IP66,
4.Motor insulation to Category F,
5.Tropic proofed as standard,
6.Can be mounted in any orientation,
7.Sealed for life bearings,
8.Maintenance free design,
9.Quiet operation,
10.2, 4, 6 & 8 pole models available,


■ Design
Schenck Process vibrator motors feature a totally enclosed, vibration resistant cast metal housing The stator and winding are a shrink fit into this housing. The internal design of the vibrator motor allows it to be mounted in any orientation. Robust bearing brackets arranged at both ends contain the cylindrical roller bearings.
The bearings are greased for life from the factory and do not require any maintenance. The shaft passage is sealed off by means of greased keyways and Vrings. The vibrator motor is totally sealed off by means of 2 closed sheet metal covers and rubber gaskets.

■ Operation
All Schenck Process vibrator motors are 415V and 380V 3phase @ 50Hz and can be wired for direct on-line starting or via a suitably sized variable speed drive. Vibrator motors for 60Hz operation at other voltages are available on request. Schenck Process vibrator motors are designed for continuous operation or stop-start cycling at the full rated force output.
The force output can be adjusted by rotating the inner pair of flyweights. The scales, marked in 5% increments on the flyweights, allow adjustment of between 20% and 100% of the total force output.
The outer flyweights are keyed-on for safety purposes and cannot be adjusted.

■ Application
The Schenck Process vibrator motor can be used in any application requiring forced vibration. Circular vibratory
motion can be achieved by using a single vibrator motor or linear vibratory motion by using a pair.
Vibrator motors are commonly used for:
1) Vibrating screens and feeders.
2) Vibrating conveyors
3) Vibrating tables
4) Paper joggers
5) Promoting material settling in bins, bulk bags or moulds.
6) Promoting material flow in hoppers and chutes
7) Centrifuges
8) General material agitation.