AMCs EtherCAT slave coupler AMAX-5074 combined with the AMAX-5000 I/O modules delivers a scalable and flexible automation interface for EtherCAT networks. It supports multiple analog inputs, including RTDs, thermocouples, voltage and current channels, as well as digital channels in sink or source configurations. The fanless, compact AMAX-5500 controllers provide system intelligence, while standardized 100BASE-TX RJ45 ports facilitate simple integration. Users benefit from space-saving design, reliable performance and seamless smart-factory deployment.
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Flexible Modular I/O System Empowers Automation Companies With EtherCAT
Anwendungsbeispiel EtherCAT I/O System mit Steuerungskontroller (Foto: AMC – Analytik & Messtechnik GmbH Chemnitz)
AMC provides the EtherCAT Slave Coupler AMAX-5074 paired with the AMAX-5000 series as a modular I/O solution tailored for automation companies. Leveraging EtherCAT as its bus protocol, the system ensures high-performance data exchange and deterministic timing. The modules integrate seamlessly into existing machinery with compact and flexible connectivity. Users can customize their setup by selecting from a range of analog and digital input and output modules matched to application requirements.
AMAX-5074 coupler operates standalone or extends with AMAX-5580 controller
The AMAX-5074 coupler can operate autonomously as a remote EtherCAT slave I/O system, offering seamless distributed interface capabilities for various field devices. Alternatively, it integrates with the AMAX-5580 controller to function as a direct expansion of an existing EtherCAT master. In this configuration, the AMAX-5580 assumes full master responsibilities, orchestrating network communication, while the AMAX-5074 coupler manages the connectivity and data exchange with attached AMAX-5000 series I/O modules reliably efficiently.
AMAX-5000 provides extensive analog and digital I/O module flexibility
The AMAX-5000 platform provides a broad selection of analog and digital I/O modules suited for diverse automation tasks. Analog cards accommodate RTD probes, thermocouples, current loops, and voltage signals, including high-speed sampling options for dynamic measurements. Digital modules offer 8 or 16 isolated channels configured for sink or source operation, ensuring signal integrity in noisy environments. This modular architecture enables precise alignment of I/O capabilities with process requirements and scalability.
AMAX-5074 EtherCAT Slave Supports 256 IDs Over 100BASE-TX Network
Supporting up to 256 unique node IDs, the AMAX-5074 EtherCAT slave coupler integrates I/O modules over a 100BASE-TX EtherCAT network. Its communication interface features two shielded RJ45 ports for in and out connections, enabling reliable data exchange across distances up to 100 meters between stations. Designed to operate with Category 5 or better shielded Ethernet cables, the device guarantees robust signal integrity and immunity against electromagnetic interference in industrial environments.
AMAX-5580 Offers Fanless Compact Enclosure with Front Access Design
The AMAX-5500 series delivers a fanless, compact enclosure with convenient front-access ports for streamlined installation and maintenance. This robust platform ensures reliable operation across industrial environments while supporting multiple expansion interfaces. Integrated GigE PoE and USB 3.0 provide high-speed data transfer, accompanied by serial connections, CAN bus support, and optional wireless modules. A side-mounted EtherCAT slice I/O port enables seamless system scaling, facilitating flexible configuration tailored to evolving process requirements.
EtherCAT AMAX-5074 and AMAX-5000 Offer Highly Scalable I/O System
Featuring a modular architecture centering on the AMAX-5074 EtherCAT slave coupler combined with the versatile AMAX-5000 series I/O modules and compact AMAX-5500 controllers, AMC delivers a scalable I/O solution for industrial Ethernet networks. Users can integrate assorted analog and digital channels tailored to application requirements, leveraging standardized RJ45 Gigabit interfaces for quick deployment. With minimal footprint, high reliability, and straightforward expansion, it excels in Smart Factory and diverse automation applications.
