Smart I/O Solutions

Rugged Design for Reliable Data Device Connectivity
Mission-critical automation environments present the greatest challenges for data acquisition products. To ensure better reliability and longer device life, Moxa offers robust data acquisition solutions for critical applications that are subject to harsh temperatures, explosive atmospheres, shock, vibration, and other harsh conditions.
Rugged Products for Extreme Environments
Moxa’s industrial data acquisition solutions share a common set of robust features designed to eliminate device failure in harsh environments.
Extended Operating Temperature
Extended operating temperatures ranging from -40 to 75ºC for non-stop operation
Fanless Operation
Fanless design for a longer MTBF
Industrial-Grade Housing
The I/O circuit uses 100% industrial components, and a special, rigorously tested PC or metal housing ensures greater operability
High MTBF with Low RMA Rate
All of Moxa’s data acquisition devices boast a higher MTBF (Mean Time Between Failures), and an RMA rate under 0.5% to ensure long-term operation. We confidently guarantee the quality of our products with a solid 3 or 5-year warranty.
 
Proven Standard for Industrial Applications
Moxa is leading the way in overcoming the major challenges of developing industrial solutions for vertical markets: interoperability, reliability, and environmental suitability. Moxa's data acquisition solutions come with the necessary safety certifications and meet industry-proven standards to provide consistent, reliable operation in harsh environment applications, including railway, oil and gas, and marine.
     
 
Rugged system isolation design
 
 
3-way isolation design (power, I/O, and Ethernet) prevents damage to other assets when one device is damaged by an unexpected high voltage.
All DO channels are equipped with over-voltage/ over-current/over-temperature protections.
 
 
     
 
Reliable connection design
 
  Moxa’s DIN-rail, M12 network connectors and spring-type terminal blocks ensure a secure I/O connection for high vibration applications.