$ 1,106.50
SICK AFM60A-S1NB018x12 absolute encoder with PROFINET delivers high-resolution multi-turn position feedback for precise, reliable industrial motion control.
The SICK AFM60A-S1NB018x12 PROFINET absolute encoder is a compact multi-turn rotary encoder engineered for accurate position feedback in advanced industrial automation systems. Using an absolute measurement principle, it provides immediate and reliable position data even after power interruptions, removing the need for reference runs. With high-resolution single-turn and multi-turn capability and integrated PROFINET communication, it is designed for fast, deterministic data exchange. This encoder solves the core challenge of maintaining precise, network-based motion control in high-speed and high-demand industrial environments.
The SICK AFM60A-S1NB018x12 delivers consistent position accuracy and repeatability, making it suitable for applications such as servo-driven machinery, indexing systems, and automated handling equipment. Its robust housing and secure shaft design support long-term operation in environments with vibration, temperature variation, and continuous motion. Real-time PROFINET communication enables efficient integration with modern control architectures, supporting advanced diagnostics and faster commissioning. In practical use, this results in smoother motion control, improved process stability, and reduced unplanned downtime across production and automation systems.
Why SICK AFM60A-S1NB018x12?
The SICK AFM60A-S1NB018x12 is chosen when precision, reliability, and real-time network integration are equally critical. Its absolute multi-turn design ensures position data is always available, even after unexpected power loss, removing time-consuming homing routines. Combined with high resolution and PROFINET-based communication, it fits seamlessly into modern, decentralized automation architectures. For engineers aiming to improve motion accuracy while reducing commissioning effort and long-term maintenance risk, this encoder provides a balanced and future-ready solution.
What problem does it solve?
The SICK AFM60A-S1NB018x12 addresses the common challenge of unreliable or delayed position feedback in complex automated systems. Incremental encoders often lose position during power interruptions, leading to downtime and reinitialization errors. This absolute encoder preserves exact position information at all times and transmits it deterministically over PROFINET. As a result, machines can restart instantly with consistent positioning, improving productivity, protecting mechanical components, and ensuring stable, repeatable operation in demanding industrial applications.
| Feature | Details | Benefit |
|---|---|---|
| Encoder Type | Absolute multi-turn rotary encoder | Maintains exact position data even after power loss, eliminating homing cycles |
| Brand / Series | SICK AFM60A series | Proven industrial encoder platform with long-term reliability |
| Article Number | 1059040 | Ensures correct product identification for procurement and support |
| Communication Interface | PROFINET (Encoder Profile V4.1, Class 3) | Enables real-time, deterministic communication with modern PLC systems |
| Single-Turn Resolution | 18-bit (262,144 steps per revolution) | Delivers ultra-fine angular position accuracy for precise motion control |
| Multi-Turn Resolution | 12-bit (4,096 revolutions) | Accurately tracks position over many revolutions without external counters |
| Total Resolution | 18-bit × 12-bit | Supports complex positioning tasks in servo and indexing applications |
| Repeatability | ±0.002° (standard deviation) | Ensures stable and repeatable positioning in continuous operation |
| Maximum Operating Speed | Up to 9,000 rpm | Suitable for high-speed machinery and dynamic motion systems |
| Cycle Time | ≤ 1 ms | Supports fast control loops and responsive automation systems |
| Mechanical Design | Solid shaft, servo flange mounting | Simplifies integration into servo-driven and rotary systems |
| Shaft Diameter | 6 mm, stainless steel | Provides mechanical durability and accurate torque transmission |
| Housing / Flange Material | Aluminum | Lightweight yet robust for industrial environments |
| Protection Rating | IP65 (shaft side), IP67 (housing side) | Reliable operation in dusty, humid, or washdown-prone areas |
| Operating Temperature | –40 °C to +85 °C | Ensures performance stability in extreme industrial conditions |
| Shock & Vibration Resistance | High shock and vibration tolerance | Maintains accuracy in machines subject to mechanical stress |
| Supply Voltage | 10…30 V DC | Flexible power integration across automation platforms |
| Power Consumption | ≤ 3 W (without load) | Energy-efficient operation for continuous-duty systems |
| Diagnostics Functions | Temperature, speed, operating hours, counters | Enables predictive maintenance and reduced unplanned downtime |
Download SICK AFM60A-S1NB018x12 (1059040) Datasheet
| Commercial Data | Details |
|---|---|
| EAN Number | 4047084274633 |
| Weight | 0.368 kg |
| Country of Origin | Germany |
In high-speed packaging equipment, accurate rotary position feedback is critical for coordinating sealing jaws, cutters, and labeling mechanisms. The AFM60A-S1NB018x12 absolute encoder ensures that exact shaft position is always known, even after sudden stops or power interruptions. Its high-resolution multi-turn capability allows rotating components to maintain precise alignment over long production runs. Fast industrial Ethernet communication supports tight control cycles, helping machines operate smoothly at high speeds. As a result, manufacturers can reduce material waste, maintain consistent product quality, and achieve higher overall line efficiency.
Automated assembly lines often use rotary indexing tables to position parts accurately between workstations. The AFM60A-S1NB018x12 provides stable, repeatable angular feedback across many revolutions, preventing cumulative positioning errors that affect assembly accuracy. Because the encoder retains absolute position information, systems can resume operation immediately after shutdown without recalibration. Its compact mechanical design simplifies installation on servo motors, while integrated diagnostics help identify abnormal operating conditions early, supporting consistent cycle times and improved process reliability.
Modern material handling systems require precise control of conveyor speed and position to avoid misrouting and mechanical stress. The AFM60A-S1NB018x12 supports deterministic communication that allows controllers to react instantly to load changes and direction shifts. Absolute position tracking ensures conveyors restart smoothly without re-indexing after maintenance or power loss. This improves system availability and protects drive components from shock loads. In large distribution or intralogistics environments, these benefits translate into higher throughput, fewer interruptions, and more predictable material flow.
Robotic cells frequently rely on external axes such as rotary positioners or transfer units that must stay synchronized with robot motion. The AFM60A-S1NB018x12 delivers precise multi-turn position feedback for these axes, enabling smooth coordinated movement and accurate path control. Its resistance to vibration and ability to operate across wide temperature ranges support continuous-duty robotic applications. Reliable real-time position data improves repeatability, reduces mechanical wear, and helps maintain consistent process quality in complex robotic automation systems.
| Category | Model Name | Part Number | Benefits |
|---|---|---|---|
| Power Cable (M12 A-coded) | YF2A14-020UB3XLEAX | 2095607 | Reliable power connection for compact installations |
| Power Cable (M12 A-coded) | YF2A14-050UB3XLEAX | 2095608 | Flexible wiring for standard machine layouts |
| Power Cable (M12 A-coded) | YF2A14-100UB3XLEAX | 2095609 | Suitable for long cable routing in industrial systems |
| Power Cable (M12 A-coded) | YF2A14-250UB3XLEAX | 2095615 | Supports large machines and conveyor systems |
| Power Cable (Angled) | YG2A14-020UB3XLEAX | 2095766 | Reduces bending stress in tight spaces |
| Power Cable (Angled) | YG2A14-050UB3XLEAX | 2095767 | Improves cable longevity in moving applications |
| PROFINET Cable (M12 D-coded) | YM2D24-020PN1XLEAX | 2106171 | Deterministic Ethernet communication for short runs |
| PROFINET Cable (M12 D-coded) | YM2D24-050PN1XLEAX | 2106172 | Stable data transfer for medium-distance layouts |
| PROFINET Cable (M12 D-coded) | YM2D24-100PN1XLEAX | 2106173 | Reliable high-speed communication over longer distances |
| PROFINET Cable (Angled) | YN2D24-050PN1XLEAX | 2106175 | Minimizes connector strain in dynamic machinery |
| PROFINET Cable (Angled) | YN2D24-100PN1XLEAX | 2106176 | Ideal for drag-chain and robotic applications |
| Flange Adapter | BEF-FA-036-050 | 2029160 | Adapts encoder to 50 mm servo flange mounting |
| Flange Adapter | BEF-FA-036-060REC | 2029162 | Enables mounting to 60 mm square plates |
| Flange Adapter (Shock Absorbing) | BEF-FA-036-060RSA | 2029163 | Protects encoder from vibration and mechanical shock |
| Flange Adapter | BEF-FA-036-063REC | 2034225 | Supports heavy-duty machine frame installation |
| Measuring Wheel | BEF-MR006020R | 2055222 | Converts rotary motion into accurate linear measurement |
| Measuring Wheel | BEF-MR006030R | 2055634 | Extends linear measuring range with stable traction |
| Measuring Wheel | BEF-MR010020R | 2055224 | High-grip aluminum wheel for precise tracking |
| Measuring Wheel | BEF-MR010030R | 2049278 | Suitable for longer-distance linear measurements |
| Measuring Wheel | BEF-MR010050R | 2055227 | Ideal for high-resolution length measurement |
| Replacement O-Ring | BEF-OR-053-040 | 2064061 | Restores grip and accuracy on measuring wheels |
| Replacement O-Ring | BEF-OR-083-050 | 2064076 | Maintains consistent traction over long-term use |
For expert guidance before placing your order.
Warranty – 1-year warranty for your peace of mind.
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Technical Support – Contact us for professional after-sales technical assistance.
