Product Description

The EL6652 is a small communication terminal utilized for interconnecting EtherCAT networks by means of an external RJ45 connection. The terminal can additionally be utilized as a gateway to interconnect segments or used to interconnect networks and exterior devices by making use of ordinary Ethernet cables.

The terminal allows for an interface so that the connection can be readily established and robust communication with terminals is possible. It has its power supplied via the E-bus, which eliminates the need for additional cabling and simple mounting in modular terminal arrays. For DIN rail mounting, the EL6652 is inserted into industrial control cabinets together with other Beckhoff modules in an optimized mounting configuration. Its internal isolation barrier is 500 V rated between protocol side and the E-bus side, which shields both network connections and control electronics from voltage spikes or noise interference. The isolation is an electrical attribute that delivers better signal integrity and fault protection, crucial for reliable operation in noisy electrical environments. The polycarbonate material gives mechanical protection. It resists environmental stress found in industrial installations. Its compact size ensures modular expansion. It is ideal for space-constrained installations. With point-to-point connection to terminals, this unit minimizes complex wiring schemes. It also helps in efficient data transfer between network zones. The terminal is ideal for those applications that require segmented EtherCAT topologies or the expansion of remote devices using standard Ethernet cables.

It provides greater design flexibility in assembling scalable automation systems and enhances communications reliability in large installations. For factory automation, process control, or distributed system applications, the EL6652 is renowned for its operational design, high-reliability isolation, and simple deployment. It simplifies infrastructure as well as maintaining stringent performance and safety requirements in harsh environments.