DC electric motor with ironless rotor
0.3 - 250 W
maxon motor
maxon DC motor: Nothing else comes as close to 100%.
DC motors with moving coil rotor and high performance permanent magnets
maxon DC motor programs may be distinguished as follows:
RE-Program
- Æ 6 - 75 mm
- 0.3 - 250 watts
- Highest performance by using Neodymium- (NdFeB) magnets
S-Program
- Æ 22 - 32 mm
- 6 - 15 wattsAlNiCo magnets
- Flexible program with many versions
A-Program
- Æ 15 and 20 mm
- 0.8 and 1.2 watts
- AlNiCo magnets
- Designed for optimum manufacturing efficiency the A-Program offers many of the advantages of the S-Program at lower cost.
F-Program
- Æ 30 - 60 mm
- 2.5 - 80 watts
- Ferrite magnets
- Often a very interesting price/performance ratio, in spite of the higher volume-to-power relationship.
Characteristics
- Mechanical commutation (graphite or precious metal brushes)
- Excellent volume/performance ratio
- Highest efficiency
- Low inductance
- No magnetic cogging
- High acceleration thanks to a low mass inertia
- Low electromagnetic interference
- Linear characteristics
- High reliability
- Multiple combination possibilities with gears, feedback devices and control electronics
Some applications
space robots, aircraft seats, packaging systems, conveyors, chip mounting systems etc.
DC motors with moving coil rotor and high performance permanent magnets
maxon DC motor programs may be distinguished as follows:
RE-Program
- Æ 6 - 75 mm
- 0.3 - 250 watts
- Highest performance by using Neodymium- (NdFeB) magnets
S-Program
- Æ 22 - 32 mm
- 6 - 15 wattsAlNiCo magnets
- Flexible program with many versions
A-Program
- Æ 15 and 20 mm
- 0.8 and 1.2 watts
- AlNiCo magnets
- Designed for optimum manufacturing efficiency the A-Program offers many of the advantages of the S-Program at lower cost.
F-Program
- Æ 30 - 60 mm
- 2.5 - 80 watts
- Ferrite magnets
- Often a very interesting price/performance ratio, in spite of the higher volume-to-power relationship.
Characteristics
- Mechanical commutation (graphite or precious metal brushes)
- Excellent volume/performance ratio
- Highest efficiency
- Low inductance
- No magnetic cogging
- High acceleration thanks to a low mass inertia
- Low electromagnetic interference
- Linear characteristics
- High reliability
- Multiple combination possibilities with gears, feedback devices and control electronics
Some applications
space robots, aircraft seats, packaging systems, conveyors, chip mounting systems etc.
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