Sick 1055334

Sick AFM60 Multi Turn Absolute Encoder; Mechanical Interface: Solid Shaft, Face Mount Flange; Connection Type: 3 x Connector, M12, 4-Pin, Axial; Shaft Diameter: 10 mm; Shaft Length: 19 mm; Supply Voltage: 10 to 30 VDC; Permissible Relative Humidity: 90 % (Condensation of the Optical Scanning not Permitted); Angular Acceleration: ≤ 500000 rad/s²; Operating Torque: 0.3 Ncm (20°C); Error Limits: ± 0.03°; Start Up Torque: 0.5 Ncm (20°C); Moment of Inertia of the Rotor: 6.2 gcm²; Number of Steps Per Revolution: 262,144; Number of Revolutions: 4,096; Initialization Time: 12 s (Approximately); Data Transmission Rate: 10 Mbit/s, 100 Mbit/s; Permissible Load Capacity of Shaft: 80 N/Radial, 40 N/Axial; Maximum Resolution (Singleturn): 262,144 (18 bit); Maximum Resolution (Multiturn): 4,096 (12 bit); Material: Stainless Steel Shaft, Aluminum Flange, Aluminum Housing; Operating Temperature: -40 to 85°C; Storage Temperature: -40 to 100°C (Without Package); Weight: 0.2 kg

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  Brochure 1
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  Brochure 2
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  Catalog
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  Installation Instructions 1
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  Installation Instructions 2
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  Specification Sheet
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  Technical Drawing 1
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  Technical Drawing 2

The outstanding feature of the absolute encoder AFM60 Ethernet/IP is the Device-Level-Ring functionality (DLR). DLR is a revolutionary ring topology that requires no additional switches. The cabling is done directly from encoder to encoder. This reduces effort and costs compared to the cabling of a star-topology. In this way, AFM60 Ethernet/IP leads to a failure-tolerant, fast and above all operationally safe network. With its extensive self-monitoring and diagnostics possibilities the AFM60 Ethernet/IP encoder clearly offers more when it comes to availability. With a 30-bit resolution and a highly robust, the new AFM60 absolute multi-turn encoder sets new standards and the same is true for the 18-bit absolute single turn encoder. This makes them particularly suitable for harsh application conditions in which maximum accuracy and availability are of the essence. A shaft bearing distance of 30 mm means the AFM60 family is significantly more robust than encoders with blocked ball bearings. The AFM60 with Ethernet/IP interface is equipped with a configuration assembly, which makes configuration of controls significantly easier. Maximum machine availability is assured even in case of cable breakages due to the Device Level Ring (DLR) function. Additionally equipped with a multitude of diagnostics functions, the AFM60 opens up entirely new options for the user for evaluation.

• 30-bit (AFM60), 18-bit (AFS60) Multi-functional absolute encoders
• Device level ring
• Extensive diagnostics - minimum/maximum values for temperature, position, speed, operating hours counter, display of flags, alarms and warnings using eg. a fault header (32-bit)
• Status display via 5 duo LEDs
• Rotary axis function
• IP Address via DHCP/DEC switches
• Ethernet/IP interface (extended profile 0x22)
• DLR Functionality for reliability with simple maintenance, fewer cables and lower installation costs, simple adaptation to existing network topologies
• Lower installation costs due to fewer external switches
• Superior diagnostics with 32-bit fault header, fast communication and high level of redundancy provides high level of productivity
• Early warning and fault detection system provides optimal machine availability
• Rotary axis function offers simple setting for various applications
• Simple installation due to user-friendly on-board configuration assembly
• Industrial application design for use in particularly cramped space conditions
• CAT-5e cable transmission medium, reverse polarity protection
• Complies to EN 61000-6-2 and EN 61000-6-3 (EMC according to the standards quoted is achieved if shielded cables are used)
• IP65, Shaft side (according to IEC 60529) (with mating connector inserted), IP67, housing side (according to IEC 60529)
• Bearing lifetime of 3.0 x 10^9 revolutions
• 100 g, 6 ms (According to EN 60068-2-27) Shock resistant
• 30 g, 10 Hz to 2,000 Hz (according to EN 60068-2-6) Vibration resistant
• 80 Years (EN ISO 13849-1) mean time to dangerous failure
• Current, minimum and maximum temperature, maximum speed, power-on counter, operating hours counter for power-on/motion, counter of direction changes/number of movements CW/number of movements CCW, minimum and maximum operating voltage, signal monitoring for single and multiturn
• DLR (Device Level Ring)
• 0 x 22 Encoder profile
• 5 to 750 ms RPI

Standard/Approvals:EU Declaration of Conformity, China RoHS, CE Certified, TUVRheinland CUS