SICK AFS/AFM60 Series Absolute Absolute Encoder, Profinet Signal, Blind Hollow Type, 8mm Shaft

The high-resolution AFS/AFM60 Ethernet absolute encoders take high-precision measurements of the absolute position and speed. Comprehensive smart functions for diagnosing parameters such as temperature or operating time and for early error detection increase the machine and plant availability. Various configuration options – for example, modifying the resolution – simplify installation and enable customized adjustment to each application. SICK provides function blocks for the encoders with a PROFINET and Ethernet/IP™ interface, and the AFS/AFM60 Ethernet/IP™ variants also come with an active web server. Their compact design also makes AFS/AFM60 Ethernet absolute encoders suitable for applications where space is at a premium.

SICK provides function blocks for the encoders with a PROFINET and Ethernet/IP™ interface, and the AFS/AFM60 Ethernet/IP™ variants also come with an active web server. Their compact design also makes AFS/AFM60 Ethernet absolute encoders suitable for applications where space is at a premium.

High-resolution absolute encoder with up to 30 bits (AFM60) or 18 bits (AFS60)
Face mount flange, servo flange, blind hollow shaft
Connection type: 3 x M12 axial plug
Communication interfaces: PROFINET, Ethernet/IP™, Ether CAT®
Round axis functionality
Diagnostic functions
Status display via 5 LEDs

Their high resolution and measurement accuracy enable them to be used in demanding applications
Application-specific solutions thanks to a variety of mechanical interfaces
Smart diagnostics functions for increasing the availability of the overall system
Easy installation due to various configuration options and function blocks (type-dependent)
Fully scalable for binary, non-binary, and non-integer resolutions thanks to round axis functionality
Compact and cost-efficient design
Integrated web server for easy parameterization without the need for specialized interface knowledge (type-dependent)

Measurement of absolute position and speed in various machines and systems used in industrial automation as well as production and process technology, e.g., in storage systems, packaging machines, hydraulic presses, printing machines, rotating tables.