Explore performance details, construction highlights, applications, and technical information in one clear overview.
The SICK ARS60 Absolute Singleturn Encoder is a compact, modular absolute encoder designed for precision positioning in a wide range of industrial applications. Built on the proven CoreTech technology, it offers a highly customizable solution that adapts to diverse operational needs. Available in multiple mechanical variants, the ARS60 delivers reliable position feedback with any number of increments between 2 and 32,768. With support for both SSI and parallel output interfaces, this encoder ensures compatibility across various control systems and automation environments. Its compact design and flexible configuration make it ideal for integration into tight spaces or complex machinery where space efficiency and performance are critical.
The ARS60 leverages SICK’s CoreTech technology to deliver a modular, scalable solution tailored to specific application requirements. This technology enables the encoder to be customized in both mechanical design and output configuration, ensuring optimal performance for each use case. The ability to select any number of increments from 2 to 32,768 provides precise resolution options across applications. With dual interface support—SSI or parallel—the ARS60 ensures compatibility with a broad range of industrial controllers and drives. This flexibility allows engineers to choose the most suitable signal type based on system requirements, reducing integration complexity and enhancing overall reliability in dynamic environments.
The ARS60 absolute singleturn encoder features a resolution range from 2 to 32,768 increments, providing precise position feedback for accurate motion control. It supports two standard output types: SSI and parallel interface, enabling seamless integration with different automation systems. The modular design allows for adaptation to various mechanical configurations, including shaft types and mounting options. All variants are engineered for high reliability and long-term performance under continuous operation. The encoder maintains absolute position data even after power loss or reset, ensuring accurate startup without requiring a reference point.
The ARS60 is designed for easy configuration and integration into existing systems through its flexible interface options. Users can select either SSI or parallel output depending on compatibility with their control system. The modular structure allows customization of mechanical variants to match specific mounting and shaft requirements. No additional hardware or complex setup is needed—just standard wiring and parameterization. This makes the ARS60 suitable for both new installations and retrofitting existing machinery. Its universal design ensures it can be implemented across a wide array of automation tasks, from simple position sensing to high-precision feedback in motion control systems.
The ARS60 absolute encoder is designed to operate reliably under standard industrial conditions. It performs effectively within ambient temperatures ranging from -40°C to +85°C and can withstand humidity levels up to 95% non-condensing. The device is built to resist mechanical shock and vibration, making it suitable for use in demanding environments such as manufacturing lines or heavy-duty machinery. While not explicitly rated for specific IP ratings, its robust construction supports operation in typical industrial settings with minimal maintenance requirements. Performance remains stable across a wide range of environmental conditions, ensuring consistent accuracy and durability over time.
The ARS60 is ideal for applications requiring precise single-turn position feedback, such as machine tool positioning, robotic arm control, and process automation systems. Its versatility in resolution options and interface types makes it suitable for use in packaging, material handling, and assembly lines where accurate position sensing is essential. Whether used in a simple linear actuator or complex motion system, the ARS60 delivers reliable absolute position data without requiring recalibration after power loss. Its compact size and modular design allow integration into space-constrained environments while maintaining high performance standards across diverse industrial sectors.
| Specification | Value |
|---|---|
| interface | for numerous applications |