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The ruggedized M120-X-coded connector is designed for vibration and shock loads. Source: binder
As industries like transport, rail, and agriculture undergo digital transformation, the demand for dependable, high-performance communication solutions increases. Binder USA LP recognizes this trend and has upgraded its M12-X-coded connectors to cater to evolving needs, including those required for Ethernet communications and camera monitoring systems.
“Digital advancements in the rail and transport sectors are accelerating. We are refining the M12-X-coded connectors to meet the specific requirements of these markets,” noted Dieter Sandula, product manager at binder. These connectors are intended for critical backbone communication systems and passenger infotainment setups, underlining their versatility and importance.
Located in Camarillo, California, Binder USA is a subsidiary of the binder Group, which excels in manufacturing circular connectors, custom cordsets, and LED lighting solutions. The company asserts that its products are integral to various applications worldwide, including factory automation, process control, and medical technology. In a related development, binder announced the launch of M16 connectors in December 2024, aimed at equipment operating in challenging environments.
M12-X-coded connectors adhere to stringent standards
The M12-X-coded connectors from Binder are engineered to provide reliable data transmission that meets the Cat6A standard, even under harsh conditions characterized by heavy vibrations and shock impacts. Connectors designed for such demanding environments must fulfill rigorous performance criteria.
The DIN EN 61076-2-109 standard outlines critical aspects such as mechanical strength, vibration tolerance, and robust sealing, which are essential for connectors employed in industrial and severe settings.
According to Binder, emerging applications are pushing these standards even higher. Connectors utilized in railway systems, for instance, are subjected to additional shock and vibration assessments as per DIN EN 61373. Passing these rigorous tests is crucial to ensure they maintain full functionality, even during brief stress events encountered in tasks like shunting or coupling.
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Binder’s commitment to future mobility and agriculture
The vast and intricate machinery found in agriculture necessitates dependable and robust performance to minimize downtime. Furthermore, with the rise of data-heavy monitoring systems, real-time data management is becoming crucial. For instance, in combine harvesters, camera integration helps prevent collisions with wildlife, showcasing how technology is enhancing operational efficiency and safety in agriculture.
Source
www.therobotreport.com