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Brushless servomotors use neodymium magnets

A PennEngineering Motion Technologies - Europe product story
Edited by the Engineeringtalk editorial team Oct 1, 2004

MAE BM10 series brushless servomotors combine neodymium magnets and Hall effect commutation for high performance and competitive pricing for demanding motion control applications.

MAE BM10 series brushless servomotors combine neodymium magnets and Hall effect commutation for high performance and competitive pricing for demanding motion control applications in the 500W to 1.5kW range.

Available in three lengths, each with two winding variants, the standard BM10 has a nominal case size of 100mm and can deliver continuous torque of 1.6Nm for the 175mm length motor, 3Nm for the 225mm motor and 4.5Nm for the 275mm motor; peak torque, rated at 10% duty cycle, is 6, 12 and 18Nm, respectively.

The standard specification includes a 1000pulse/rev quadrature encoder with integral Hall effect sensors; other encoder resolutions, resolvers for position/speed feedback and absolute encoders for sinusoidal commutation are available on request.

The modular range can also be supplied with different windings, special shaft configurations, customised gearbox and mounting arrangements.

Protection is rated at IP54 and all MAE motors are manufactured according to EN60034-1:1995-02.

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