INCRIMENTAL ROTARY ENCODER

Industrial standard incremental rotary encoder with integral bearing and separate Shaft coupling with 5v TTL Quadrature output and clamping flange

HEIDENHAIN's ROD family of rotary encoders are characterized by their rugged design and compact dimensions.

ROD encoders are coupled to the drive or the spindle via a separate rotor coupling. Axial motion and misalignment (radial and angular offset) between the encoder shaft and the drive shaft are compensated by the coupling. The ROD 420 has a clamping flange for mounting.

Industrial standard incremental rotary encoder with integral bearing and separate Shaft coupling with 5v TTL Quadrature output and synchro flange

HEIDENHAIN's ROD family of rotary encoders are characterized by their rugged design and compact dimensions.

ROD encoders are coupled to the drive or the spindle via a separate rotor coupling. Axial motion and misalignment (radial and angular offset) between the encoder shaft and the drive shaft are compensated by the coupling. The ROD 428 has a synchro flange for mounting.

Industrial standard incremental rotary encoder with integral bearing and separete chaft coupling with 5v TTL Quadrature output and synchro flange

HEIDENHAIN's ROD family of rotary encoders are characterized by their rugged design and compact dimensions.

ROD encoders are coupled to the drive or the spindle via a separate rotor coupling. Axial motion and misalignment (radial and angular offset) between the encoder shaft and the drive shaft are compensated by the coupling. The ROD 420 has a synchro flange for mounting.

This is a Heidenhain sealed angle encoder from the RON 221 series with 16mm tapered hollow shaft diameter dimensions with integrated bearing.  The HEIDENHAIN RON221 encoder photoelectrically scans pure binary patterns on a glass graduated disk to determine the position.

Industrial standard incremental rotary encoder with integral bearing and separete chaft coupling with 5v TTL Quadrature output and synchro flange

HEIDENHAIN's ROD family of rotary encoders are characterized by their rugged design and compact dimensions.

ROD encoders are coupled to the drive or the spindle via a separate rotor coupling. Axial motion and misalignment (radial and angular offset) between the encoder shaft and the drive shaft are compensated by the coupling. The ROD 426 has a synchro flange for mounting.

Industrial standard incremental rotary encoder with integral bearing and separate shaft coupling with 5v TTL Quadrature output and synchro flange

HEIDENHAIN's ROD family of rotary encoders are characterized by their rugged design and compact dimensions.

ROD encoders are coupled to the drive or the spindle via a separate rotor coupling. Axial motion and misalignment (radial and angular offset) between the encoder shaft and the drive shaft are compensated by the coupling. The ROD 426 has a synchro flange for mounting.

Industrial standard incremental rotary encoder with integral bearing and separate shaft coupling with 5v TTL Quadrature output and synchro flange

HEIDENHAIN's ROD family of rotary encoders are characterized by their rugged design and compact dimensions.

ROD encoders are coupled to the drive or the spindle via a separate rotor coupling. Axial motion and misalignment (radial and angular offset) between the encoder shaft and the drive shaft are compensated by the coupling. The ROD 426 has a synchro flange for mounting.

Industrial standard incremental rotary encoder with integral bearing and separate shaft coupling with 5v TTL Quadrature output and synchro flange

HEIDENHAIN's ROD family of rotary encoders are characterized by their rugged design and compact dimensions.

ROD encoders are coupled to the drive or the spindle via a separate rotor coupling. Axial motion and misalignment (radial and angular offset) between the encoder shaft and the drive shaft are compensated by the coupling. The ROD 426 has a synchro flange for mounting.

Industrial standard incremental rotary encoder with integral bearing and separate shaft coupling with 5v TTL Quadrature output and clamping flange

HEIDENHAIN's ROD family of rotary encoders are characterized by their rugged design and compact dimensions.

ROD encoders are coupled to the drive or the spindle via a separate rotor coupling. Axial motion and misalignment (radial and angular offset) between the encoder shaft and the drive shaft are compensated by the coupling. The ROD 420 has a clamping flange for mounting.

INCREAMENTAL