The IFM DTA100 is a high-performance read head engineered for industrial identification tasks where reliability, efficiency, and integration flexibility are essential. Designed with AS-Interface (AS-i) technology, it offers a streamlined approach to data transfer and networking, making it a valuable component for decentralised automation systems. With its extended read distance, low power demand, and rugged construction, the DTA100 is purpose-built for demanding field applications.

Operating at a frequency of 0.125 MHz, the DTA100 provides dependable read performance in applications that require precise and consistent identification. Its 200 mm front-facing read distance allows for extended detection capability, reducing the need for close sensor placement and enabling flexible installation in a wide range of setups. This long detection range is particularly advantageous in material handling, conveyor systems, and automated logistics processes, where reliable tag or target detection over distance is essential.

The device is optimised for environments where objects move at relatively slow speeds. With a maximum travel speed of < 0.5 m/s, it ensures accurate read performance in applications such as part tracking, pallet identification, or slow conveyor movement. This makes the DTA100 ideal for industries where controlled movement and precise identification are integral to process efficiency.

From a power perspective, the DTA100 is designed for safe and efficient operation. It requires an operating voltage of 26.5…31.6 V DC and consumes less than 50 mA, making it energy-efficient and well-suited for continuous use. Certified for operation with a cULus Class 2 source, the module complies with international safety standards, ensuring safe installation and operation in industrial environments.

Built to withstand the challenges of industrial automation, the DTA100 is rated to Protection Class III, ensuring low-voltage safety for operators and systems. Its robust design guarantees reliable operation even under the stresses of daily production cycles, supporting long-term dependability and reduced downtime.

The AS-i electrical design of the DTA100 provides a significant advantage for system integration. AS-i simplifies wiring, reduces installation time, and enhances communication efficiency within decentralised automation architectures. This design enables engineers to integrate the DTA100 seamlessly into larger systems while maintaining streamlined control and communication pathways.

In practical terms, the DTA100 is well-suited for a wide variety of industrial identification and traceability tasks. Applications include automated logistics, packaging, assembly line tracking, and material handling systems, where precise detection and communication efficiency are critical. Its combination of long detection range, low energy consumption, and AS-i integration ensures that it meets the performance and efficiency demands of modern industrial processes.

In summary, the IFM DTA100 is a reliable and efficient read head tailored for industrial automation. With its 200 mm read distance, AS-i communication, low power consumption, and suitability for controlled travel speeds, it offers a robust and future-proof solution for identification and traceability tasks in decentralised automation environments.