Features and Benefits

• Stainless Steel Armor Protection: Provides high-durability protection for the FEP coaxial cable lead against physical scraping, sharp machinery cuts, and continuous mechanical wear.
• Confined Space Optimization: Built with specialized unthreaded and case length dimensions to clear targeted installation obstructions inside customized rotating asset housings.
• Gold-Plated ClickLoc Interconnect: Features premium coaxial connection terminals that offer low electrical impedance and highly robust resistance to vibration-induced disconnects.
• Hazardous Area Certification: Comes fully certified with comprehensive explosion protection ratings to allow safe implementation inside explosive gas or process environments.

System Compatibility and Alternative Models

System Compatibility

• Connects directly to matching 9.0-meter Bently Nevada 3300 XL Proximitor Sensors.
• Functions as a complete single-cable 9.0-meter loop system without requiring intermediate extension cables.
• Fully interchangeable with legacy non-XL 3300 5mm and 8mm transducer systems in compliance with API 670 guidelines.

Alternative Models & Differences

• 330101-00-37-05-02-05: Standard catalog series probe utilizing standard metric or imperial option sizing rather than customized physical code designations.
• 168209-0317-127-90-02-01: Features the exact same physical dimensions and armor but utilizes standard unarmored leading coaxial cable paths.
• 168209-0317-127-90-05-00: Provides identical mechanical configurations but lacks multi-agency hazardous area safety certifications.

Ordering Information

Installation & Troubleshooting FAQ

Q1: What is the correct midpoint gap voltage for setting up this 3300 XL 8mm proximity probe?
A1: The correct field setup voltage is -10.0 VDC, which corresponds exactly to the physical midpoint of the eddy current sensor's 2.0 mm linear range.
Q2: Why does the system indicate false dynamic vibration or massive runout tracking during a slow roll?
A2: This response stems from physical or electrical runout on the target surface, such as scratches, rust, or magnetic anomalies, which the sensor misreads as motion.
Q3: What step should be taken if heavy fluid washdowns cause the proximity signal to clip or glitch?
A3: This points to moisture ingress inside the coaxial ClickLoc connector junction, requiring cleaning and sealing with silicone protectors or self-fusing tape.