Bently Nevada 330704-00-70-10-02-00 3300 XL 11 mm Proximity Probes

The Bently Nevada 330704-00-70-10-02-00 is part of the 3300 XL series of 11 mm Proximity Probes, designed for precise, non-contact measurement of shaft displacement in high-speed rotating machinery. Utilizing eddy-current sensing technology, it delivers accurate and reliable signals for monitoring rotor position, vibration, and overall machinery health. This probe is engineered to maintain signal integrity in challenging industrial environments, providing consistent performance under vibration, temperature variations, and electromagnetic interference.

Product Specifications

Product Applications

The 330704-00-70-10-02-00 probe is suitable for:

• Continuous monitoring of high-speed turbines, generators, and compressors.

• Measurement of rotor displacement and vibration analysis in industrial machinery.

• Integration with Bently Nevada 3300 XL monitoring systems for real-time condition monitoring.

• Detection of shaft misalignment, unbalance, or other dynamic anomalies.

• Use in critical rotating equipment where high accuracy and reliability are required.

Product Advantages

• Non-Contact Measurement: Ensures zero wear on the probe tip and the rotating shaft.

• High Accuracy: Maintains precise readings across the 11 mm measurement range.

• Robust Design: Stainless steel housing and ceramic tip resist vibration, shock, and abrasion.

• EMI Resistance: Shielded design minimizes interference from electrical noise in industrial settings.

• Compatibility: Directly integrates with Bently Nevada 3300 XL Proximitor® systems.

• Fast Response: Frequency response up to 10 kHz allows detection of transient vibrations.

• Temperature Compensation: Maintains accuracy across a wide range of operating temperatures.

• Reliable Performance: Designed for long-term industrial use under harsh conditions.

Frequently Asked Questions (FAQ)

1. What sensing principle does this probe use?

   It employs eddy-current sensing to measure shaft displacement without physical contact.

2. How is signal linearity maintained?

   Internal calibration circuits and temperature-compensated materials ensure consistent, linear output.

3. Can it be used with Bently Nevada 3300 XL Proximitor® modules?

   Yes, it is fully compatible for accurate displacement monitoring.

4. How does the probe handle electromagnetic interference?

   Shielded housing and proper grounding minimize signal distortion caused by EMI.

5. Is it capable of capturing high-frequency vibrations?

   Yes, its frequency response up to 10 kHz allows detection of rapid shaft motion.

6. What is required for proper mounting?

   Install on a rigid, flat surface with correct alignment and recommended probe-to-shaft gap.

7. Which shaft types are supported?

   Conductive metallic shafts work best; non-conductive coatings can interfere with measurement.

8. Does temperature affect accuracy?

   Low-expansion materials and built-in compensation minimize errors from temperature changes.

9. What routine checks are recommended?

   Inspect connectors, verify signal output, and ensure correct probe alignment.

10. How does the probe resist vibration and shock?

    Stainless steel housing and ceramic tip design ensure stability under high vibration conditions.