Internal rotary encoders

KCI/KBI 100 series Absolute ...

• Absolute rotary encoders without integral bearing
• Added second position measuring functionality
• Hollow through shaft
• Robust inductive scanning principle
• Comprised of one scanning unit and two rotor units
• Available with up to SIL 3 functional safety
• High positioning accuracy
• Housing diameter ≈ 81 mm

• Absolute rotary encoders with integral bearing
• Stator coupling for plane surface
• Blind hollow shaft
• Very high positioning accuracy
• Available with functional safety
• Housing diameter ≈ 35 mm

• Absolute rotary encoders with integral bearing
• Stator coupling for axial mounting
• Taper shaft
• Very high positioning accuracy
• Available with functional safety
• Housing diameter ≈ 56 mm

• Absolute rotary encoders without integral bearing
• Comprised of scanning unit and rotor unit
• Robust inductive scanning principle
• Very low-profile design
• High positioning accuracy
• Housing diameter ≈ 56 mm

• Absolute rotary encoders without integral bearing
• Robust inductive scanning
• Blind hollow shaft
• Low-profile design
• High positioning accuracy
• Available with up to SIL 3 functional safety
• Housing diameter ≈ 35 mm

• Absolute rotary encoders without integral bearing
• Robust inductive scanning principle
• Low-profile design
• High positioning accuracy
• Blind hollow shaft or tapered shaft
• Available with up to SIL 3 functional safety
• Housing diameter ≈ 56 mm

• Absolute rotary encoders without integral bearing
• Robust inductive scanning principle
• Very low-profile design
• Hollow through shaft diameter: up to 50 mm
• High positioning accuracy
• Housing diameter ≈ 91 mm

• Absolute rotary encoders without integral bearing
• Robust inductive scanning
• Comprised of scanning unit and rotor unit
• Low-profile design
• Hollow through shaft diameters: 90 mm and 180 mm
• Available with up to SIL 3 functional safety
• High positioning accuracy

• Incremental rotary encoders with integral bearing
• Stator coupling for axial mounting
• Tapered shaft
• Very high positioning accuracy
• With block and sinusoidal commutation signals
• Housing diameter ≈ 56 mm

• Incremental rotary encoder with integral bearing
• Stator coupling for plane surface
• Blind hollow shaft
• Block commutation signals
• Housing diameter ≈ 35 mm

• Incremental rotary encoders with integral bearing
• Stator coupling for plane surface
• Hollow through shaft
• High positioning accuracy
• Block commutation signals
• Housing diameter ≈ 35 mm

• Electronic handwheel with integral bearing
• Version for integration
• Mechanical detent
• Housing diameter: 60 mm

• Incremental rotary encoders without integral bearing
• Low-profile design
• Blind hollow shaft and hollow through shaft
• High positioning accuracy
• Housing diameter ≈ 35 mm

• Incremental rotary encoders without integral bearing
• Comprised of scanning unit and rotor unit
• Low-profile design
• Hollow through shaft
• High positioning accuracy
• Housing diameter ≈ 56 mm

• Absolute rotary encoders with integral bearing
• Stator couplings for axial mounting
• Very high positioning accuracy
• Housing diameter ≈ 56 mm