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LIC 4100 series
- Absolute linear encoders
 - High accuracy and large measuring lengths
 - Different mounting options
 - Graduation on steel scale tape, glass-ceramic, or glass
 - Available with functional safety
 
LIC 4100 V series
- Absolute linear encoders
 - For high-vacuum applications
 - High accuracy and long measuring lengths
 - Different mounting options
 - Graduation on glass, steel tape, or glass-ceramic
 
ECI/EBI/EQI 1100 series
- 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
 
ECI/EBI/EQI 1300 series
- 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
 
ECN/EQN 1000 series
- Absolute rotary encoders with integral bearing
 - Stator coupling for plane surface
 - Blind hollow shaft
 - Very high positioning accuracy
 - Housing diameter ≈ 35 mm
 
ERA 4000 series
- Incremental angle encoders
 - Optical scanning
 - High accuracy
 - Protective cover
 - Graduation accuracy: ±2” to ±5”
 
LIC 3100 series
- Absolute linear encoders
 - High accuracy and long measuring lengths
 - Various mounting options
 
ECI/EBI 100 series
- 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
 
ERN 1000 series
- Incremental rotary encoders with integral bearing
 - Stator coupling for plane surface
 - Blind hollow shaft
 - Very high positioning accuracy
 - Housing diameter ≈ 35 mm
 
ECM 2400 series
- Absolute angle encoders
 - Magnetic scanning
 - Robust and resistant to contamination
 - Also available with functional safety
 - Graduation accuracy: ±3.5” to ±8”
 

		
		
		
		
		
		
		
		
		