The Westermo ODW-710-F2 Profibus to fiber converter is an advanced industrial device that connects PROFIBUS networks to fiber optic infrastructures and delivers enhanced performance, reliability, and data integrity. This reliable Profibus converter, part of the highly regarded ODW-700 series, has been specifically created for demanding environments where data integrity, long-distance communication, and resistance to interference are crucial, like Marine, Railway, Water and Wastewater, and Road Transportation. The ODW-710-F2 excels in converting PROFIBUS DP protocols to fiber optics (convert fiber to Profibus) and ensures minimal signal loss and optimal network performance. Its compact housing completes with an integral DIN rail clip to allow for easy installation in space-constrained environments. The ODW-710-F2 converter provides a robust solution, long-distance data transfer, and immunity to electromagnetic interference (EMI).
Rugged Design for Industrial Applications
The ODW 710 F2 converter has been engineered for resilience and features a rugged and IP21-rated housing to ensure protection against dust and moisture, and its wide operating temperature range of -40 to +60°C (-40 to +140°F) ensures functionality under extreme conditions. Its compact design includes an integral DIN rail clip for easy installation in constrained spaces. This Westermo Profibus converter has been equipped with DIP switches, enabling precise adjustments for data rate and delay settings to suit specific network needs. Its compatibility with Westermo-verified SFP transceivers enhances performance, allows fiber distances of up to 80 km per leg, and enables expansive network configurations exceeding 1000 km.
Superior Protocol Support and Versatility
The Westermo ODW-710-F2 Profibus to fiber converter supports PROFIBUS DP protocols across all networks. Its ability to automatically detect data rates between 300 bit/s and 12 Mbit/s minimizes setup requirements for automation. The Westermo ODW-710-F2 Profibus converter has been built as a point-to-point fiber converter for PROFIBUS, eliminates data jitter with its retiming function, and ensures smooth and reliable communication.
Enhanced Reliability and Monitoring
The Westermo ODW-710-F2 features redundant power supply inputs and LED indicators for operational diagnostics and provides ease of monitoring and reliability in mission-critical operations. Its LED indicators offer immediate visual feedback on network status, and relay contacts enable centralized fault diagnostics through integration with PLCs or other systems. This capability ensures that with the help of Westermo ODW 710 F2, any network issues can be quickly identified and addressed to minimize downtime. Its compliance with high-speed PROFIBUS DP data rates and BiDi single-fiber support solidifies its position as a trusted industrial Profibus converter.
Westermo ODW-710-F2 Certifications
The Westermo ODW-710-F2 Profibus to fiber converter meets stringent global industrial standards. It guarantees safety and operational efficiency with CE, UL, and DNV certifications across diverse automation. The Westermo ODW-710-F2 datasheet highlights its compliance with EMC specifications for environments with high electromagnetic interference. This media converter adheres to EN 50121-4 standards for trackside installations and ensures dependable performance in transportation infrastructure. These certifications validate the ODW-710-F2 as a reliable and industry-compliant solution for critical operations.
The Westermo ODW-710-F2 converter is a robust, high-performing solution for industries requiring integration between PROFIBUS networks and fiber optics. Its user-friendly features, rugged design, and extensive certifications make it a dependable choice for harsh industrial environments. Buy the Westermo ODW-710-F2 Profibus to fiber converter at a reasonable price from Easy World Automation in the Middle East (UAE (Dubai, Abu Dhabi), KSA (Al Khobar, Riyadh), Kuwait, Qatar, and Oman). This device provides unmatched value for reliable network performance.
