Netter Vibration Turbine vibrator 02704000 NCT 4 Nominal frequency (at 6 bar): 30380 U/min 1/8 1 pc(s)
Construction and operating principle: The inflowing compressed air drives a turbine with integrated unbalanced masses thereby producing a vibration. The speed can be controlled in a continuously variable manner using the air pressure. Example applications:...
Netter Vibration Turbine vibrator 02704100 NCT 4I Nominal frequency (at 6 bar): 21000 U/min 1/8 1 pc(s)
Construction and operating principle: The inflowing compressed air drives a turbine with integrated unbalanced masses thereby producing a vibration. The speed can be controlled in a continuously variable manner using the air pressure. Example applications:...
Netter Vibration Turbine vibrator 02705000 NCT 5 Nominal frequency (at 6 bar): 30940 U/min 1/4 1 pc(s)
Construction and operating principle: The inflowing compressed air drives a turbine with integrated unbalanced masses thereby producing a vibration. The speed can be controlled in a continuously variable manner using the air pressure. Example applications:...
Netter Vibration Turbine vibrator 02710000-15 NCT 15 Nominal frequency (at 6 bar): 22700 U/min 1/4 1 pc(s)
Construction and operating principle: The inflowing compressed air drives a turbine with integrated unbalanced masses thereby producing a vibration. The speed can be controlled in a continuously variable manner using the air pressure. Example applications:...
Netter Vibration Turbine vibrator 02729000 NCT 29 Nominal frequency (at 6 bar): 16740 U/min 1/4 1 pc(s)
Construction and operating principle: The inflowing compressed air drives a turbine with integrated unbalanced masses thereby producing a vibration. The speed can be controlled in a continuously variable manner using the air pressure. Example applications:...