Servo-Kits ILM25x08 80 W | 0.063 Nm | 13530 rpm | 24 V

Frameless, hollow-shaft ILM25x08 stator-rotor kits with market-leading torque density and maximum freedom of design for structurally integrated drive engineering.

frameless motors ILM25x08
  • Frameless motors for highest design flexibility
  • Hollow-shaft capability
  • Low voltage 12V - 24V
  • Highest torque density and dynamics due to excellent copper fill factor
  • Low thermal losses by concentrated coils
  • Thermally optimized actuator design by structural integration and thermally conductive epoxy casting
  • Weight and installation space optimized drive system design based on load profile analysis
  • High control quality by high bandwidth and lowest harmonic component (lowest ripple)
The ILM Series of frameless, stator-rotor installation kits from TQ-RoboDrive utilize integrated drive engineering originally developed by the German Aerospace Center (DLR).
They are ideally suited for applications in extremely demanding environments, delivering market-leading torque density, unsurpassed precision and excellent overload capability in an exceptionally compact design.

General data/basic data

Power:
  • 80 W
Nominal torque:
  • 0.063 Nm
Peak torque:
  • 0.204 Nm
Speed:
  • 13530 rpm
Weight:
  • 25 g

Performance characteristics

Nominal voltage:
  • 24 V
Nominal current:
  • 4.3 A
Torque constant:
  • 14.7 mNm/A
Terminal resistance:
  • 740 mΩ
Number of pole pairs:
  • 7
Max. Efficiency:
  • 86 %

Dimensions

Outer diameter of stator:
  • 25 mm
Length Stator:
  • 15.2 mm
Inner diameter rotor:
  • 11.6 mm
Length Rotor:
  • 9.7 mm

Additional information

Detail specification:
  • See data sheet
Interconnection:
  • The above data is for star-serial interconnection. Please download the datasheet for other interconnection values.

Drawing ILM25x08 (714 KB, pdf)

3D File ILM25x08 (265 KB, zip)

Extended datasheet ILM25x08 (460 KB, pdf)

Assembly Instructions ILM Servo-Kits (3 MB, pdf)

Delivery time: 10-12 weeks

Got more questions? Check our FAQ for further information.

 

FAQ

 

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