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Synchronous linear motors with iron core

MLF


  • Maximum force FMax 1,150 … 21,500 N
  • Nominal speed VN 150 ... 500 m/min
  • Full stainless steel enclosure of secondary components in IP65
  • Minimum heat dissipation in the application by water cooling
  • Increasing the feed forces using series or parallel circuit

Compact design, high degree of protection and enormous maximum forces – these are the characteristics with which MLF synchronous linear motors meet the challenges of machine tools. Together with the low force ripple, these motors are ideal for fast movement of large masses in rough environments. Due to the complete encapsulation with titanium-alloyed stainless steel sheet, the motors are suitable for use in the immediate machining area of machine tools. Practical sizes in standard encapsulations or thermal encapsulation for minimal heat input into the machine are available. The combination of several linear motors – whether in series or parallel – leads to completely new machine concepts with significantly increased machining forces.

An MLF linear motor consists of one MLP primary part (coil) and one or more MLS secondary parts (magnetic plates).

  • Maximum force FMax 1150 N
  • Nominal velocity VN 500 m/min
  • Full stainless steel enclosure of secondary components in IP65
  • Minimum heat dissipation in the application by water cooling
  • Increasing the feed forces using series or parallel circuit
  • Maximum force FMax 3800 N
  • Nominal velocity VN 450 m/min
  • Full stainless steel enclosure of secondary components in IP65
  • Minimum heat dissipation in the application by water cooling
  • Increasing the feed forces using series or parallel circuit
  • Maximum force FMax 7150 N
  • Nominal velocity VN 350 m/min
  • Full stainless steel enclosure of secondary components in IP65
  • Minimum heat dissipation in the application by water cooling
  • Increasing the feed forces using series or parallel circuit
  • Maximum force FMax 10000 N
  • Nominal velocity VN 400 m/min
  • Full stainless steel enclosure of secondary components in IP65
  • Minimum heat dissipation in the application by water cooling
  • Increasing the feed forces using series or parallel circuit
  • Maximum force FMax 17750 N
  • Nominal velocity VN 220 m/min
  • Full stainless steel enclosure of secondary components in IP65
  • Minimum heat dissipation in the application by water cooling
  • Increasing the feed forces using series or parallel circuit
  • Maximum force FMax 21500 N
  • Nominal velocity VN 190 m/min
  • Full stainless steel enclosure of secondary components in IP65
  • Minimum heat dissipation in the application by water cooling
  • Increasing the feed forces using series or parallel circuit


Subject to change, status 2022-02-07 14:08:06