Products tagged with: drive engineering

Pages: 1

Electric vibrator Netter Vibration NEG 5020 230 V/400 V 3000 rpm 192 N 0.035 kW

Electric vibrator Netter Vibration NEG 5020 230 V/400 V 3000 rpm 192 N 0.035 kW
€240.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Electric vibrator Netter Vibration NEG 25210 230 V/400 V 1500 rpm 2078 N 0.17 kW

Electric vibrator Netter Vibration NEG 25210 230 V/400 V 1500 rpm 2078 N 0.17 kW
€455.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Netter Vibration NRE 50/50 Hardness 43 °SH Max. compression 6.6 mm Maximum static load 95 kg

Netter Vibration NRE 50/50 Hardness 43 °SH Max. compression 6.6 mm Maximum static load 95 kg
Was: €18.99 Now: €16.99

Rubber pads are used to mount the machine and components flexibly and isolate the vibrations. The vibrational behaviour depends on the spring deflection of the rubber pads. If the load reduces, the pads compress less and therefore allow more vibration to pass (they apparently become "harder"). For this reason, the pads should be chosen so that the compress about 3.5 mm under load.

Electric vibrator Netter Vibration NEA 50120 230 V 3000 rpm 1185 N 0.17 kW

Electric vibrator Netter Vibration NEA 50120 230 V 3000 rpm 1185 N 0.17 kW
€395.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Netter Vibration NRE 15/25 Hardness 43 °SH Max. compression 3.4 mm Maximum static load 8 kg

Netter Vibration NRE 15/25 Hardness 43 °SH Max. compression 3.4 mm Maximum static load 8 kg
€9.99

Rubber pads are used to mount the machine and components flexibly and isolate the vibrations. The vibrational behaviour depends on the spring deflection of the rubber pads. If the load reduces, the pads compress less and therefore allow more vibration to pass (they apparently become "harder"). For this reason, the pads should be chosen so that the compress about 3.5 mm under load.

Netter Vibration NRE 25/30 Hardness 43 °SH Max. compression 3.9 mm Maximum static load 20 kg

Netter Vibration NRE 25/30 Hardness 43 °SH Max. compression 3.9 mm Maximum static load 20 kg
€7.99

Rubber pads are used to mount the machine and components flexibly and isolate the vibrations. The vibrational behaviour depends on the spring deflection of the rubber pads. If the load reduces, the pads compress less and therefore allow more vibration to pass (they apparently become "harder"). For this reason, the pads should be chosen so that the compress about 3.5 mm under load.

Electric vibrator Netter Vibration NEA 5050 230 V 3000 rpm 450 N 0.045 kW

Electric vibrator Netter Vibration NEA 5050 230 V 3000 rpm 450 N 0.045 kW
€235.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Electric vibrator Netter Vibration NEG 50300 230 V/400 V 3000 rpm 2972 N 0.26 kW

Electric vibrator Netter Vibration NEG 50300 230 V/400 V 3000 rpm 2972 N 0.26 kW
€440.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Netter Vibration NRE 40/40 Hardness 43 °SH Max. compression 5.4 mm Maximum static load 60 kg

Netter Vibration NRE 40/40 Hardness 43 °SH Max. compression 5.4 mm Maximum static load 60 kg
€13.99

Rubber pads are used to mount the machine and components flexibly and isolate the vibrations. The vibrational behaviour depends on the spring deflection of the rubber pads. If the load reduces, the pads compress less and therefore allow more vibration to pass (they apparently become "harder"). For this reason, the pads should be chosen so that the compress about 3.5 mm under load.

Electric vibrator Netter Vibration NEG 2570 230 V/400 V 1500 rpm 766 N 0.085 kW

Electric vibrator Netter Vibration NEG 2570 230 V/400 V 1500 rpm 766 N 0.085 kW
€360.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Electric vibrator Netter Vibration NEG 5050 3000 rpm 450 N 0.045 kW

Electric vibrator Netter Vibration NEG 5050 3000 rpm 450 N 0.045 kW
€245.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Netter Vibration NRE 50/40 Hardness 43 °SH Max. compression 5.1 mm Maximum static load 86 kg

Netter Vibration NRE 50/40 Hardness 43 °SH Max. compression 5.1 mm Maximum static load 86 kg
€14.99

Rubber pads are used to mount the machine and components flexibly and isolate the vibrations. The vibrational behaviour depends on the spring deflection of the rubber pads. If the load reduces, the pads compress less and therefore allow more vibration to pass (they apparently become "harder"). For this reason, the pads should be chosen so that the compress about 3.5 mm under load.

Electric vibrator Netter Vibration NEG 5060 230 V/400 V 3000 rpm 602 N 0.12 kW

Electric vibrator Netter Vibration NEG 5060 230 V/400 V 3000 rpm 602 N 0.12 kW
€320.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Electric vibrator Netter Vibration NEG 50200 230 V/400 V 3000 rpm 2073 N 0.18 kW

Electric vibrator Netter Vibration NEG 50200 230 V/400 V 3000 rpm 2073 N 0.18 kW
€330.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Electric vibrator Netter Vibration NEG 50120 230 V/400 V 3000 rpm 1185 N 0.18 kW

Electric vibrator Netter Vibration NEG 50120 230 V/400 V 3000 rpm 1185 N 0.18 kW
€270.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Electric vibrator Netter Vibration NEG 2530 230 V/400 V 1500 rpm 296 N 0.085 kW

Electric vibrator Netter Vibration NEG 2530 230 V/400 V 1500 rpm 296 N 0.085 kW
€285.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Electric vibrator Netter Vibration NEA 5020 230 V 3000 rpm 192 N 0.035 kW

Electric vibrator Netter Vibration NEA 5020 230 V 3000 rpm 192 N 0.035 kW
€270.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Electric vibrator Netter Vibration NEA 50200 230 V 3000 rpm 2073 N 0.17 kW

Electric vibrator Netter Vibration NEA 50200 230 V 3000 rpm 2073 N 0.17 kW
€445.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Electric vibrator Netter Vibration NEG 5050 230 V 3000 rpm 450 N 0.045 kW

Electric vibrator Netter Vibration NEG 5050 230 V 3000 rpm 450 N 0.045 kW
€245.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Netter Vibration NRE 30/40 Hardness 45 °SH Max. compression 5.1 mm Maximum static load 31 kg

Netter Vibration NRE 30/40 Hardness 45 °SH Max. compression 5.1 mm Maximum static load 31 kg
Was: €19.99 Now: €16.99

Rubber pads are used to mount the machine and components flexibly and isolate the vibrations. The vibrational behaviour depends on the spring deflection of the rubber pads. If the load reduces, the pads compress less and therefore allow more vibration to pass (they apparently become "harder"). For this reason, the pads should be chosen so that the compress about 3.5 mm under load.

Electric vibrator Netter Vibration NEG 5020 230 V/400 V 3000 rpm 192 N 0.035 kW

Electric vibrator Netter Vibration NEG 5020 230 V/400 V 3000 rpm 192 N 0.035 kW
€240.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Electric vibrator Netter Vibration NEA 504 230 V 3000 rpm 40 N 0.024 kW

Electric vibrator Netter Vibration NEA 504 230 V 3000 rpm 40 N 0.024 kW
Was: €200.00 Now: €195.00

Electric external vibrators are generally used for loosening, feeding, consolidating and separating bulk solids and to reduce friction. Loosening product accumulation and adhesion in hoppers.Electric external vibrators produce non-directional, orbital oscillations. To drive conveying troughs, sieves or vibration tables, external vibrators are synchronised to work in the opposite direction to each other in pairs in order to obtain a directional vibration. The frequency and power of the vibrations can be matched to the particular process using an optional frequency converter.Construction and operating principle: External electric vibrators are motors with unbalanced shaft ends. The unbalanced wheels can be adjusted, thereby altering the moment, centrifugal force and stroke.

Pages: 1