| Type | Installation accessories |
- Size Diam.58 mm
- Precise optical sensing
- Output signal level HTL
- Pulses per revolution 1024
- High connection flexibility thanks to flexible connector M12
- Size Diam.58 mm
- Precise optical sensing
- Output signal level HTL
- Pulses per revolution 2048
- High connection flexibility thanks to flexible connector M12
- Size Diam.58 mm
- Precise optical sensing
- Output signal level HTL
- Pulses per revolution 4096
- High connection flexibility thanks to flexible connector M12
- Size Diam.58 mm
- Precise optical sensing
- Output signal level SinCos
- Sinewave cyclesВ per revolution 1024
- High connection flexibility thanks to flexibleВ connector M12
- Size Diam.58 mm
- Precise optical sensing
- Output signal level TTL
- Pulses per revolution 2048
- Connection: flange connector M23, 12-pin, CCW
- Size Diam.58 mm
- Precise optical sensing
- Output signal level SinCos
- Sinewave cyclesВ per revolution 1024
- High connection flexibility thanks to flexible connector M12
- Size Diam.58 mm
- Precise optical sensing
- Output signal level TTL
- Pulses per revolution 4096
- High connection flexibility thanks to flexibleВ connector M12
- Size Diam.58 mm
- Precise optical sensing
- Output signal level TTL
- Pulses per revolution 4096
- Connection: flange connector M23, 12-pin, CCW
- Size Diam.58 mm
- Precise optical sensing
- Output signal level HTL
- Pulses per revolution 1024
- High connection flexibility thanks to flexibleВ connector M12
- Size Diam.58 mm
- Precise optical sensing
- Output signal level HTL
- Pulses per revolution 4096
- High connection flexibility thanks to flexibleВ connector M12
- Size Diam.58 mm
- Precise optical sensing
- Output signal level TTL
- Pulses per revolution 1024
- High connection flexibility thanks to flexibleВ connector M12
- Size Diam.58 mm
- Precise optical sensing
- Output signal level TTL
- Pulses per revolution 2048
- High connection flexibility thanks to flexibleВ connector M12
- Size Diam.58 mm
- Precise optical sensing
- Output signal level TTL
- Pulses per revolution 4096
- High connection flexibility thanks to flexibleВ connector M12
- Absolute encoder multiturn
- Optical sensing method
- Resolution: singleturn 13В bit, multiturn 12В bit
- Clamping flange
- Maximum resistant against magnetic fields
- Connection: flange connector M23, 12-pin, CW (assignment according to option 3252)
- Absolute encoder multiturn
- Optical sensing method
- Resolution: singleturn 13В bit, multiturn 12В bit
- Clamping flange
- Maximum resistant against magnetic fields
- High connection flexibility thanks to flexible connector M12
- Absolute encoder multiturn
- Optical sensing method
- Resolution: singleturn 13В bit, multiturn 12В bit
- Clamping flange
- Maximum resistant against magnetic fields
- High connection flexibility thanks to flexible connector M12
- Absolute encoder multiturn
- Optical sensing method
- Resolution: singleturn 13В bit, multiturn 12В bit
- Synchro flange
- Maximum resistant against magnetic fields
- Connection: flange connector M23, 12-pin, CCW
- Absolute encoder multiturn
- Optical sensing method
- Resolution: singleturn 13В bit, multiturn 12В bit
- Maximum resistant against magnetic fields
- Connection: flange connector M23, 12-pin, CW (assignment according to option 3252)
- Absolute encoder multiturn
- Optical sensing method
- Resolution: singleturn 13В bit, multiturn 12В bit
- Maximum resistant against magnetic fields
- High connection flexibility thanks to flexible connector M12
- Absolute encoder multiturn
- Optical sensing method
- Resolution: singleturn 13В bit, multiturn 12В bit
- Maximum resistant against magnetic fields
- Connection: flange connector M23, 12-pin, CCW
- Absolute encoder multiturn
- Optical sensing method
- Resolution: singleturn 13В bit, multiturn 12В bit
- Maximum resistant against magnetic fields
- Connection: flange connector M23, 12-pin, CCW
- Absolute encoder multiturn
- Optical sensing method
- Resolution: singleturn 13В bit, multiturn 12В bit
- Maximum resistant against magnetic fields
- Connection: flange connector M23, 12-pin, CCW
- Very small housing
- Up to 31 bit overall resolution
- CANopen interface
- Free of wear magnetic sampling
- High resolution and accuracy
- High climatic resistance
- Very small housing
- Analog interface
- 13 bit overall resolution
- Free of wear magnetic sampling
- High climatic resistance
- Very small housing
- High climatic resistance
- 4 Bit multiturn
- Models with analog voltage or current output
- Surge and reverse polarity protection
- Very small housing
- Up to 31 bit overall resolution
- CANopen interface
- Free of wear magnetic sampling
- High resolution and accuracy
- Very small housing
- Up to 31 bit overall resolution
- CANopen interface
- Free of wear magnetic sampling
- High resolution and accuracy
- Solid shaft
- Up to 31 bit overall resolution
- CAN bus with SAE J1939 protocol
- Free of wear magnetic sampling
- High resolution and accuracy
- Highly shock / vibration and soiling resistant
- Sturdy construction
- Increased shaft load capacity
- Stainless steel housing
- IP69K