ifm electronic gmbh Datasheets for Rotary Encoders

Rotary encoders convert the angular position of a shaft or axle to an analog or digital code. There are two types of rotary encoders, absolute and incremental encoders, which can be controlled by various technologies which include mechanical, optical, magnetic and fiber optic.
Rotary Encoders: Learn more

Product Name Notes
Hollow shaft encoder open to one side; Shaft diameter 12 mm; Resolution 1...10000; IO-Link; 2 m
Hollow shaft encoder open to one side; Shaft diameter 12 mm; Resolution 1...10000; IO-Link; M12 Connector
Hollow shaft encoder open to one side; Shaft diameter 15 mm; Resolution 1...10000; IO-Link; M12 Connector
Hollow shaft encoder open to one side; Shaft diameter 15.875 mm; Resolution 1...10000; IO-Link; M12 Connector
Hollow shaft encoder open to one side; Shaft diameter 9.525 mm; Resolution 1...10000; IO-Link; M12 Connector
Multiturn solid shaft encoder; Shaft diameter 10 mm; Resolution 4096 steps; 4096 revolutions; 24 bit; CAN; M12 Connector
Multiturn solid shaft encoder; Shaft diameter 6 mm; Resolution 4096 steps; 4096 revolutions; 24 bit; CAN; M12 Connector
Absolute position traceability even when unpowered Diagnostic information on temperature, bearing operating time, etc. for real-time maintenance planning Freely programmable total resolution up to 31 bits Programmable digital switching input/output...
Can be configured as encoder, speed monitor or counter Clearly visible LED display with red/green color change User-friendly communication and parameterization via IO-Link High shock and vibration resistance Resolution freely...
Defined pulse sequence for the reliable detection of rotational speeds For precise position determination and linear measurement User-friendly communication and parameterization via IO-Link High shock and vibration resistance Resolution freely...
Direct output of the values via CANopen interface High shock and vibration resistance
For precise position, speed, angular and linear measurement Direct output of the values via CANopen interface Robust housing for use in harsh industrial environments High shock and vibration resistance Easy...
For precise position, speed, angular and linear measurement Direct output of the values via DeviceNet interface Robust housing for use in harsh industrial environments High shock and vibration resistance Easy...
For precise position, speed, angular and linear measurement Direct output of the values via PROFIBUS interface Robust housing for use in harsh industrial environments High shock and vibration resistance Easy...
For precise position, speed, angular and linear measurement Direct output of the values via PROFINET interface Robust housing for use in harsh industrial environments High shock and vibration resistance Easy...
For precise position, speed, angular and linear measurement Direct output of the values via SSI interface Robust housing for use in harsh industrial environments High shock and vibration resistance Easy...
High protection rating for the food and beverage industry