Magnetic motor - Import export

Better insulation and high heat dissipation capacity Compact enclosure design for high power density Y-shape/construction for high rigidity — Product for high travel speeds and high precision. — High rigidity with direct drive in closed loop, combined with high accuracy. — High efficiency — The linear motor can be used within clean environments — No pitch error and backlash — Very quiet even at high and low travel speeds — No lubrication required — Very suitable for use in clean rooms — Easy to create systems with multiple motors Magnetic track

The synchronous servomotors of the series MT are brushless permanent magnet synchronous servomotors with sinusoidal back EMF and with neodym permanent magnets at the rotor. Therefore they are particulary suitable for high-quality servo applications, for example positioning demanding high standards of dynamics and accuracy. Standard configuration of the motors: 2-pole resolver feedback connectors, straight, 1" flange design B5 thermo protection PTC protection class IP65 plain shaft RAL 9005 Further options and equipment are available on request. Maybe options and non-standard equipment can have an effect on the dimensions of the motors. We therefore recommend to consult about it with us before ordering.

The synchronous servomotors of the series MN are brushless permanent magnet synchronous servomotors with sinusoidal back EMF and with neodym permanent magnets at the rotor. Therefore they are particulary suitable for high-quality servo applications, for example positioning demanding high standards of dynamics and accuracy. Standard configuration of the motors: 2-pole resolver feedback connectors, straight, 1" flange design B5 thermo protection PTC protection class IP65 plain shaft RAL 9005 Further options and equipment are available on request. Maybe options and non-standard equipment can have an effect on the dimensions of the motors. We therefore recommend to consult about it with us before ordering.

The Series MPM – That makes the difference: — Sustainable reduction of energy costs by efficieny IE4 — Highly efficient usage of material and resources — Reduced type number and lower motor weights — Constant torque covering the whole speed range — Better performance in part load operation — Innovative sensorless speed control# — Suitable for “frequency injection” — Free choice of frequency inverter The advanced motor design allows higher speed and torque in combination with a smaller motor design and lower losses. Even today the challenges of the future, for example efficency according IE5, are achieved. The syn-chronous motor technology in a classic standard motor housing fulfills the economic requirements and making it ideal for speed controlled operations or applications with high duty cycles and/or high partial loads.

The Series MPM – That makes the difference: — Sustainable reduction of energy costs by efficieny IE4 — Highly efficient usage of material and resources — Reduced type number and lower motor weights — Constant torque covering the whole speed range — Better performance in part load operation — Innovative sensorless speed control# — Suitable for “frequency injection” — Free choice of frequency inverter The advanced motor design allows higher speed and torque in combination with a smaller motor design and lower losses. Even today the challenges of the future, for example efficency according IE5, are achieved. The synchronous motor technology in a classic standard motor housing fulfills the economic requirements and making it ideal for speed controlled operations or applications with high duty cycles and/or high partial loads.

The Series MPM – That makes the difference: — Sustainable reduction of energy costs by efficieny IE4 — Highly efficient usage of material and resources — Reduced type number and lower motor weights — Constant torque covering the whole speed range — Better performance in part load operation — Innovative sensorless speed control# — Suitable for “frequency injection” — Free choice of frequency inverter The advanced motor design allows higher speed and torque in combination with a smaller motor design and lower losses. Even today the challenges of the future, for example efficency according IE5, are achieved. The syn-chronous motor technology in a classic standard motor housing fulfills the economic requirements and making it ideal for speed controlled operations or applications with high duty cycles and/or high partial loads.