Next-Level IO-Link Technology for decentralised pneumatic actuator control

The AL52xx series is purpose-built to provide precise control of pneumatic cylinders, switches, and actuators. Each module combines both valves and inputs into a single housing, reducing system complexity and significantly cutting installation time. This decentralised design allows the modules to be mounted directly onto pneumatic actuators, minimising tubing, shortening switching times, and improving energy efficiency while lowering the risk of leaks.

Simplified installation and diagnostics are another key feature of the AL52xx series. Powered by a standard 24 V supply, these modules eliminate the need for additional screened cables, streamlining setup. Integrated IO-Link technology offers detailed diagnostics, including logging of operating hours, internal temperatures, and switching operations, enabling predictive maintenance. External issues, such as digital input short circuits, are reliably detected, facilitating quicker and more efficient servicing.

Designed for a wide range of industrial applications, the AL52xx air boxes are ideal for mechanical engineering, logistics, conveyor systems, and robotics. They perform exceptionally in high-precision tasks like pick-and-place operations, machine tool control, and filling systems. The range includes four models tailored to different requirements, offering options for simple pneumatic switching, precise single-direction movement, bi-directional motion control, and fail-safe functionality with a blocked middle position. All models feature quick-mount technology to further simplify installation and reduce setup time.

The AL52xx series integrates valves and I/O modules within a single compact housing. This design not only simplifies installation but also enhances process efficiency, making it an ideal choice for decentralised actuator control systems.

With advanced IO-Link capabilities, these air boxes enable engineers to adopt modern predictive maintenance strategies while enhancing operational transparency. Their compact and versatile design makes them suitable for space-constrained applications, enabling optimised layouts and reduced downtime.