Bently Nevada 330103-02-10-05-02-05 3300 XL 8 mm probes

Overview

The Bently Nevada 330103-02-10-05-02-05 proximity probe delivers precise vibration and position measurements for industrial rotating machinery. The 8 mm sensing design supports high‑accuracy eddy‑current monitoring across a wide linear range. The probe integrates with the 3300 Proximity Transducer System and supports TSI‑based protection platforms.

Structural Design

The 330103-02-10-05-02-05 uses TipLoc molding technology that strengthens the bond between the probe tip and body. The patented CableLoc design provides 330 N (75 lbf) pull strength, ensuring secure cable retention during continuous operation. Optional FluidLoc cable versions block internal oil migration and protect the probe in lubricated environments.

Gold‑plated ClickLoc connectors lock securely with finger‑tight torque and eliminate the need for special tools. The corrosion‑resistant construction and connector protectors increase durability in harsh industrial conditions. The probe includes a 1.0‑meter cable and maintains compatibility with extended‑temperature‑range components.

Technical Specifications

Mechanical & Electrical Parameters

Additional Attributes

• The probe supports precise vibration and static position measurements.

• The ClickLoc connector ensures secure, slip‑resistant installation.

• The FluidLoc option increases protection in oil‑rich environments.

• The design withstands harsh industrial conditions and thermal cycling.

Application & Compatibility

Where the 330103-02-10-05-02-05 Performs Best

The Bently Nevada 330103-02-10-05-02-05 supports turbines, compressors, pumps, and gear‑driven equipment requiring accurate displacement monitoring. The probe suits predictive maintenance programs that rely on stable vibration and position data. The design maintains reliable performance in environments with mechanical stress and high temperatures.

Compatible Use Cases

• Turbine bearing vibration monitoring

• Shaft position measurement on rotating machinery

• Oil and gas equipment diagnostics

• High‑temperature industrial environments

• Systems requiring robust 8 mm probe construction