Bently Nevada 330104-02-24-10-01-00 3300 XL 8 mm Proximity Probe

Applications

• Steam turbine rotor vibration and shaft position monitoring in continuous power generation operations

• Gas compressor radial displacement detection to support early warning of surge and imbalance conditions

• Hydro turbine shaft dynamics monitoring under fluctuating hydraulic load conditions

• Industrial pump cavitation, misalignment, and vibration trend analysis for predictive maintenance systems

• Gearbox and heavy rotating equipment bearing condition monitoring in high-load industrial environments

Key Advantages

• 3300 XL platform design ensures stable, high-accuracy proximity measurement in industrial environments

• 8 mm probe tip provides strong sensitivity for precise shaft vibration and displacement detection

• Robust construction supports long-term operation under continuous mechanical stress and vibration

• High EMI resistance improves signal stability in electrically noisy plant conditions

• Optimized for integration with Bently Nevada 3300 monitoring architecture for seamless system compatibility

• Reliable calibration stability reduces long-term maintenance frequency and operational cost

Technical FAQs

Q1: What type of measurement does this probe provide?
It provides non-contact measurement of shaft vibration and axial/radial displacement.

Q2: Is this probe compatible with all 3300 XL systems?
Yes, it is fully compatible with the Bently Nevada 3300 XL monitoring platform.

Q3: Can it be used in high-temperature industrial environments?
Yes, when properly installed within system specifications, it performs reliably in high-temperature applications.

Q4: What machinery types is it most commonly used on?
It is commonly used on turbines, compressors, pumps, and large rotating equipment.

Q5: Does it support continuous monitoring applications?
Yes, it is designed for 24/7 condition monitoring systems.

Q6: How does it help in predictive maintenance?
It detects early vibration pattern changes that indicate imbalance, misalignment, or bearing wear.

Q7: Is signal stability affected by cable length?
When used within recommended system configuration, signal stability remains consistent.

Q8: Does it require frequent recalibration?
No, it offers long-term stable calibration performance with minimal adjustment needs.

Q9: Can it operate in high-EMI environments?
Yes, it is designed with strong electromagnetic interference resistance.

Q10: What is its primary industrial benefit?
It improves machinery reliability by enabling early fault detection and reducing unplanned downtime.