HEIDENHAIN CAN rotary encoders

Incremental encoder résolution (pulses per revolution: 4,096 unit
Housing diameter: 56 mm
Shaft diameter: 6 mm

... coupling A separate rotor coupling is used to couple the rotary encoder. This coupling compensates for axial movements, radial misalignment, and angular offset, thereby preventing loads on the rotary ...

Housing diameter: 56 mm
Process temperature: 100 °C

... the rotary encoder. This coupling compensates for axial movements, radial misalignment, and angular offset, thereby preventing loads on the rotary encoder's bearing and ...

Housing diameter: 66 mm
Shaft diameter: 15 mm
Process temperature: 85 °C

... the rotary encoder. This coupling compensates for axial movements, radial misalignment, and angular offset, thereby preventing loads on the rotary encoder's bearing and ...

Housing diameter: 120 mm
Process temperature: 70 °C

... to ±27 arc seconds are attained. Robust design Thanks to their robust design, the ROD 1900 rotary encoders can be used under extreme conditions. They can handle high forces, with ...

Housing diameter: 35 mm
Process temperature: 90 °C

... Block commutation signals Along with TTL signals, the rotary encoders of this series also output U, V, and W block commutation signals for direct commutation control. These rotary encoders ...

Housing diameter: 56 mm
Process temperature: 100 °C

... Flexible coupling The stator coupling compensates for play between the motor and the rotary encoder, thereby reliably correcting inaccuracy. Even tilt and axial play can be compensated for. The stator ...