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Asynchronous servo motors – forced ventilation

MAD


  • Rated power PN 13.1 … 93.1 kW
  • Maximum speed nmax 3,750 ... 11,000 rpm
  • Single-turn, multi-turn, absolute and incremental encoders
  • High protection type IP65, including fan motor
  • Service-friendly motor design

The high power density predestines the MAD motor series for applications in machine tools and printing machines as well as in metal forming. Fine-resolution encoder systems in single-turn or multi-turn design as well as outstanding radial runout ensure maximum machining precision. In addition to options such as keyway and holding brake, these motors are also available with special bearings for high-speed applications or for applications with increased radial loads. The motor degree of protection IP65 includes the blower motor and thus enables use even in rough industrial environments. The service-friendly motor design even allows easy fan replacement while the motor is running – particularly interesting in the printing industry.

 

  • Rated power PN 13.1 kW
  • Maximum speed nmax 11000 rpm
  • Single-turn, multi-turn, absolute and incremental encoders
  • High protection type IP65, including fan motor
  • Service-friendly motor design
  • Rated power PN 31.4 kW
  • Maximum speed nmax 10000 rpm
  • Single-turn, multi-turn, absolute and incremental encoders
  • High protection type IP65, including fan motor
  • Service-friendly motor design
  • Rated power PN 44 kW
  • Maximum speed nmax 8000 rpm
  • Single-turn, multi-turn, absolute and incremental encoders
  • High protection type IP65, including fan motor
  • Service-friendly motor design
  • Rated power PN 62.8 kW
  • Maximum speed nmax 6000 rpm
  • Single-turn, multi-turn, absolute and incremental encoders
  • High protection type IP65, including fan motor
  • Service-friendly motor design
  • Rated power PN 93.1 kW
  • Maximum speed nmax 3750 rpm
  • Single-turn, multi-turn, absolute and incremental encoders
  • High protection type IP65, including fan motor
  • Service-friendly motor design


Subject to change, status 2022-02-07 14:05:41