SICK DFS60B-S1PC10000 High-Resolution Incremental Encoder

SICK DFS60B-S1PC10000 High-Precision Incremental Encoder

The SICK DFS60B-S1PC10000 incremental encoder is engineered for applications that demand exceptionally fine motion feedback. With its 10,000 pulses per revolution, it provides detailed position and speed information suitable for advanced automation systems. Built with a solid 6 mm stainless-steel shaft, a durable aluminum housing, and high-quality bearings, it delivers stable performance even in harsh industrial conditions. Its wide operating temperature capability and protection against shock, vibration, and moisture ensure long-term reliability in continuous-duty environments, making it a dependable choice for machinery requiring accurate rotational monitoring.

The DFS60B-S1PC10000 combines high resolution with versatile electronics, offering TTL/HTL compatible outputs, multiple signal channels, and a programmable zero pulse to match different control requirements. Its fast output frequency and low power consumption help maintain responsive motion control without increasing system load. The encoder is designed to withstand significant radial and axial forces, supporting stable operation in systems with belts, gears, or couplings. With a long bearing lifetime and strong resistance to environmental stress, it delivers consistent accuracy over extended operating cycles—reducing downtime and improving process efficiency in fields such as packaging, conveyor automation, robotics, and printing.

Why DFS60B-S1PC10000?

The DFS60B-S1PC10000 is chosen when ultra-fine rotational feedback truly matters. Its exceptionally high resolution, rugged shaft design, and programmable signal features make it ideal for machines that must respond quickly and move with precision. It blends durability with flexibility, allowing engineers to fine-tune control performance without compromising long-term reliability.

What Problem Does It Solve?

This encoder eliminates inaccuracies in speed and position detection, especially in systems that suffer from vibration, load variations, or fast directional changes. By providing detailed pulse feedback and stable output signals, it helps machinery achieve smoother motion, reduce scrap, maintain alignment, and operate at higher speeds—solving the persistent issue of inconsistent or low-resolution feedback in demanding automation environments.

Key Features & Specifications – SICK DFS60B-S1PC10000 (Part No. 1036756)

Download SICK DFS60B-S1PC10000 (1036756) Datasheet

Commercial Information – SICK DFS60B-S1PC10000 (1036756)

The Applications

1. Precision Indexing for Automated Packaging Lines

Packaging machines depend on extremely accurate timing to ensure products stop at the right positions for sealing, printing, or cutting. The DFS60B-S1PC10000 supports this by providing very fine rotational feedback, allowing the controller to detect even small movements of the drive. This accuracy helps prevent misalignment and keeps the line moving efficiently even when speeds change frequently. Its ability to handle vibration and shaft loads ensures stable readings, reducing errors caused by sudden shifts in product weight or belt tension. The result is smoother motion, fewer rejected packages, and an overall boost in production stability.

2. Web Handling and Tension Stability in Printing Systems

In printing, laminating, or film-processing, maintaining consistent web tension is critical to avoid wrinkling, color drift, and misregistration. The DFS60B-S1PC10000 offers the high-detail feedback needed to monitor roller movement with exceptional precision. Its fast response helps controllers correct tension changes before they escalate into defects. Since these systems often run continuously for long hours, the encoder’s durable bearings and robust housing help maintain accuracy over extended use. By enabling reliable tension control, it contributes to cleaner print results, less material waste, and more stable processing of thin or flexible materials.

3. Joint Position Feedback for Robotic Arms

Robotic arms require accurate and repeatable positioning to handle tasks ranging from delicate assembly to high-speed picking. The DFS60B-S1PC10000 provides high-resolution pulse feedback that allows motion controllers to calculate joint positions with exceptional clarity. Its ability to operate at high velocities helps robots perform rapid motions without losing positional accuracy. The rugged mechanical design supports continuous start-stop movements and sharp motion transitions that are common in robotic applications. This ensures the robot maintains smooth trajectories, consistent repeatability, and precise tool placement—key factors in maintaining efficiency and minimizing calibration downtime.

4. Speed Control for Motors in Material Handling Systems

Material-handling equipment such as lifts, conveyors, and automated shuttles depend on stable speed control to move goods safely and efficiently. The DFS60B-S1PC10000 delivers detailed speed information that helps motor drives adjust performance in real time, even when loads shift suddenly. Its capacity to withstand radial and axial forces makes it suitable for systems using couplings or belts. Because the encoder maintains accuracy at high rotational speeds, machines can accelerate, decelerate, and stop smoothly without introducing instability. This leads to gentler material transport, reduced mechanical stress, and more consistent system behavior under demanding operating conditions.

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