Description

Product Overview

The Bently Nevada 330106-05-30-50-02-05 serves as a specialized 3300 XL 8mm reverse mount proximity probe. Engineers utilize this system for high-precision vibration and displacement monitoring in rotating machinery. By integrating the Proximitor sensor directly into the housing assembly, this unit provides a self-contained transducer solution that minimizes installation complexity and reduces overall wiring requirements in the field.

Technical Specifications

• Model Number: 330106-05-30-50-02-05
• Transducer System: 3300 XL 8mm Proximity Transducer
• Mounting Configuration: Reverse Mount
• Thread Size: M10 x 1
• Cable Type: 5.0-meter Miniature ClickLoc Coaxial
• Housing Material: Polyphenylene Sulfide (PPS)
• Environmental Protection: Type 4X and IP66
• Certification: CSA, ATEX, and IECEx compliant
• Weight: 0.1 kg

Functional Characteristics

Bently Nevada engineers constructed this probe using reinforced PPS thermoplastic to ensure superior structural integrity. This material offers exceptional electrostatic charge dissipation, which protects the internal components from electrical interference. Because the design incorporates the proximity sensor within the housing cover, operators can perform direct field wiring to monitoring instrumentation without installing additional extension cables or secondary enclosures. These features ensure that the system functions reliably under harsh, corrosive, or dusty industrial conditions while maintaining signal accuracy.

Industry Applications

Maintenance teams deploy this sensor in critical asset management scenarios to detect shaft vibration, position, and speed. The probe adheres to strict international standards for hazardous locations, allowing for safe operation in explosive atmospheres. Its compact form factor facilitates straightforward integration into existing machinery protection systems where space remains limited. Consequently, plants achieve consistent, high-fidelity data collection necessary for predictive maintenance and long-term condition monitoring strategies.