Featuring very high system accuracies, angle encoders with an integral bearing are ideal for demanding applications such as machine tools and printing machines. Thanks to the built-in bearing, the measuring accuracy of the encoder does not depend on the machine's bearing.
Heidenhain RCN 2001 and RCN 5001 Angle Encoder Series with Integral Bearing


- Absolute angle encoders
- System accuracy of ±2” / ±4”
- Integrated stator coupling and temperature sensor
- Hollow through shaft
- High permissible shaft speeds
- Available with functional safety
Heidenhain RCN 8001 Angle Encoder Series with Integral Bearing


- Absolute angle encoders
- System accuracy of ±1” / ±2”
- Integrated stator coupling and temperature sensor
- Hollow through shaft
- High permissible shaft speeds
- Available with functional safety
Heidenhain RCN 6000 Angle Encoder Series with Integral Bearing


- Absolute angle encoders
- System accuracy of ±2”
- Integrated stator coupling
- Hollow through shaft
- Available with functional safety
Heidenhain ECN 2000 Angle Encoder Series with Integral Bearing


- Absolute angle encoders
- System accuracy of ±10”
- Mounted stator coupling
- Hollow through shaft
Heidenhain ROC 2000 Angle Encoder Series with Integral Bearing


- Absolute angle encoders
- System accuracy of ±5”
- Separate shaft coupling
- Solid shaft
Heidenhain ROC 7000 Angle Enoder Series with Integral Bearing


- Absolute angle encoders
- System accuracy of ±2”
- Separate shaft coupling
- Solid shaft
Heidenhain RON 785, RON 786, RON 886, and RPN 886 Angle Encoder Series with Integral Bearing


- Incremental angle encoders
- System accuracy of ±1” / ±2”
- Integrated stator coupling
- Hollow through shaft
Heidenhain ROD 200 Angle Encoder Series with Integral Bearing


- Incremental angle encoders
- System accuracy of ±5”
- Separate shaft coupling
- Solid shaft
Heidenhain ROD 780 and ROD 880 Angle Encoder Series with Integral Bearing


- Incremental angle encoders
- System accuracy of ±1” / ±2”
- Separate shaft coupling
- Solid shaft
Contact ATI Systems for Heidenhain Angle Encoders with Integral Bearing

