Wieland: Robust Ethernet Switch for Use in the Field
January 12, 2023
The new IP67 ethernet switch from Wieland Electric enables reliable operation in harsh industrial and other environmental conditions.
Industrial automation is increasingly relying on the decentralized and flexible connection of automation components. This also applies to IP or ethernet switches, which are no longer only mounted in the control cabinet, but also directly on the machine. In order to ensure the reliable operation of the network components under these circumstances, the devices must meet the requirements of harsher working environments. After all, they are directly exposed to harmful elements such as dust, moisture, and electromagnetic radiation. Wieland Electric offers a suitable solution for this with the new wienet IP67 switch.
The wienet IP-SWITCH UMS 8-W-M12 is equipped with robust metal housing and is used under the most adverse environmental conditions. Water splashes, other contaminants, and high temperatures of up to 75° Celsius are handled without any problems. In addition, the switch complies with the EN 50155 standard, making it suitable for the higher requirements of railroad applications. Fluctuations and interruptions in the power supply are tolerated, as are vibrations, shocks, and high humidity. The compact device is easy to maintain, features a long service life, and has high electromagnetic compatibility (EMC).
The plug & play feature of the new IP67 switch from Wieland Electric enables fast commissioning even without programming experience. Sensors and actuators can be connected robustly and reliably via eight M12 Fast Ethernet ports, which contributes to low failure rates. Its compatibility in conjunction with programmable logic controllers (PLCs) within the IEC 61131-2 framework also ensures reliable network operation with the lowest probability of failure.
Optimally suited for modular systems: The robust and compact IP67 unmanaged ethernet switch from Wieland Electric ensures reliable operation even in harsh environmental conditions.