Search
Search result for:
RCN 8001 series
- 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
 
LIC 2100 series
- Absolute linear encoders
 - Wide mounting tolerances
 - For simple applications
 
ERN 1023
- Incremental rotary encoders with integral bearing
 - Stator coupling for plane surface
 - Blind hollow shaft
 - High positioning accuracy
 - Block commutation signals
 - Housing diameter ≈ 35 mm
 
RCN 6000 series
- Absolute angle encoders
 - System accuracy of ±2”
 - Integrated stator coupling
 - Hollow through shaft
 - Available with functional safety
 
ECN/EQN 400 series
- Absolute rotary encoders with integral bearing
 - Stator coupling for plane surface
 - Blind hollow shaft or hollow through shaft
 - Very high positioning accuracy
 - Available with functional safety
 - Housing diameter ≈ 56 mm
 
ERM 2000 series
- Incremental angle encoders
 - Magnetic scanning
 - Sturdy and tolerant to contamination
 - Easy mounting
 - Graduation accuracy: ±2.5” to ±72”
 
ECI/EBI 4000 series
- 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
 
ND 200 series
- Digital readouts for measuring and inspection stations or simple measuring and positioning tasks
 - 4.3-inch screen and keyboard
 - Up to two axes (1 VPP, 11 µAPP, EnDat 2.2)
 - Switching functions for simple automated tasks
 
ERN 400 series
- Incremental rotary encoders with integral bearing
 - Stator coupling for plane surface
 - Blind hollow shaft or hollow through shaft
 - Very high positioning accuracy
 - Housing diameter ≈ 56 mm
 
ERP 1000 series
- Incremental angle encoders
 - Optical scanning
 - Very high resolution and accuracy
 - Compact design
 - Graduation accuracy: ±0.9” to ±4”
 

		
		
		
		
		
		
		
		
		