Netter – Germany – Pneumatic Vibrator – Series NCR
Netter – Germany – Pneumatic Vibrator – Series NCR
Series NCR
Rotary vibration
Suitable for aggressive environmental conditions
High propulsive power
Nominal frequency from 10.140 min-1 to 34.300 min-1
Centrifugal force from 878 N to 9.100 N
Frequency continuously adjustable via air pressure
Suitable for temperatures up to 200°C
Application
Pneumatic roller vibrators series NCR are particularly suitable for the elimination or reduction of friction.
They can be used for emptying bunkers and preventing adhesion to pipes and plates. Special features of the NCR vibrators are very high frequencies, high centrifugal forces and insusceptible resonance behaviour.
Design and functioning principle
The rotary vibration is created by the high centrifugal force of a circulating steel roller, which runs on a steel ring at very high frequency.
The frequency, and hence the centrifugal force, can be continuously regulated via the operating pressure.
Series NCR roller vibrators can be operated using lubrication-free compressed air.
A multi-directional valve is required for operation(not supplied).
Permissible Operating Conditions Drive medium: Compressed air or nitrogen (filter ≤5µm) preferably with oil mist Operating pressure: 2 bar to 6 bar Ambient temperature: -20°C to 120°C HT version for temperatures up to 200°C
Netter Vibration offers the accessories required for the mounting, installation, control and monitoring of vibrators and impactors.
Netter provides solutions. Consult our experienced application technicians
Pneumatic Roller Vibrators Series NCR
1) Circular oscillations. A cylindrical steel roller rolls in a hardened steel cage.
2) High frequencies, small oscillation ways, infinitely adjustable.
3) Very high centrifugal forces.
4) Series NCR upto 2000 C.
5) Oil free operation possible under clearly defined conditions.
6) NCR vibrators are maintenance free.
7) Rotary Vibration
8) Suitable for aggressive environmental conditions
9) High propulsive power
10) Nominal frequency from 11.000 min-1 to 40.500 min-1
11) Centrifugal force from 1.592 N to to 10.283 N
12) Frequency continuously adjustable via air pressure