The NEVER-FAIL bearing sensor
Conax Technologies’ Ex/MBS Series explosion-proof rated miniature bearing sensors feature our exclusive redundant seal technology, setting a new standard for safety, performance, and reliability in demanding rotary equipment applications.
Bearings in rotating equipment operate under extreme conditions. In typical sensors, seals can break down over time, causing oil leaks and wicking. This creates a serious risk of oil ignition, which can lead to catastrophic failures at the junction box and surrounding area.
Our Ex/MBS Series sensors are specially designed to excel in these harsh environments where standard miniature bearing sensors often fail. Utilizing a proprietary, redundant sealing process, they eliminate the risk of oil leakage and wicking—creating your NEVER-FAIL solution.
See it in action here.
Certified safe in explosive environments
Conax Technologies’ Ex/MBS Series explosion-proof rated sensors have achieved the industry’s most stringent certifications, ensuring safety in explosive atmospheres.
Proven benefits you can trust
Ex/MBS Series sensors deliver measurable advantages for rotating equipment operating in challenging environments:
- Reduced downtime: The superior reliability of Ex/MBS sensors ensures accurate, consistent temperature monitoring—virtually eliminating equipment shutdowns caused by failed bearing temperature sensors.
- Enhanced safety: Our exclusive redundant sealing technology prevents oil from leaking into the junction box, protecting equipment and reducing the risk of accidents.
- Proven reliability: One major turbine manufacturer has relied exclusively on Conax Technologies’ miniature bearing sensors since 2003. For over 20 years, not a single Conax sensor has failed.
Discover the advantages of Ex/MBS explosion-proof rated sensors
Ex/MBS miniature bearing sensors are trusted across industries, including power generation, water treatment, oil refining, and more. To learn how our NEVER-FAIL solution can elevate the performance and safety of your application, click here.