Bently Nevada 26530-12-10-02-018-038-22-04-00 Dual-Probe Transducer System

Applications

The Bently Nevada 26530-12-10-02-018-038-22-04-00 Dual-Probe Transducer System is designed for advanced machinery condition monitoring where both shaft relative vibration and casing absolute vibration measurements are required simultaneously.

It is widely used in:

• Steam and gas turbine diagnostic systems
• Compressor train vibration and position monitoring
• High-speed rotating machinery protection systems
• Petrochemical and refinery rotating equipment monitoring
• Power plant critical asset condition monitoring
• API 670 compliant dual-sensor diagnostic architectures

The dual-probe configuration allows combined measurement of shaft displacement and casing vibration, improving diagnostic accuracy for complex machinery behavior analysis.

Advantages

• Dual measurement capability: shaft relative + casing vibration
• High diagnostic accuracy for complex rotating machinery dynamics
• Integrated probe and velocity sensing architecture
• Optimized for high-temperature industrial environments
• Strong signal stability in continuous operation
• Fully compatible with Bently Nevada 3300 XL probe systems
• Improved fault detection sensitivity for early failure prediction
• Robust mechanical design for harsh industrial installations
• Reduced system complexity through integrated transducer housing
• Designed for long-term reliability in mission-critical applications

Technical FAQs (10)

Q1: What is a dual-probe transducer system used for?
It combines proximity and seismic sensing to measure both shaft motion and casing vibration.

Q2: Does it measure absolute or relative vibration?
It measures both shaft relative motion and casing absolute vibration.

Q3: Is it compatible with 3300 XL probes?
Yes, it is designed to integrate with 3300 XL proximity probe systems.

Q4: What industries use this system most?
Power generation, oil & gas, petrochemical, and heavy industrial rotating machinery.

Q5: Why use a dual-probe system instead of a single probe?
It provides more complete diagnostic data by capturing multiple vibration references.

Q6: Is it suitable for high-temperature environments?
Yes, selected configurations support high-temperature operation.

Q7: Can it be used for predictive maintenance programs?
Yes, it is widely used in condition-based maintenance strategies.

Q8: Does it require special calibration?
No field calibration is required beyond system-level configuration.

Q9: What kind of signal output does it provide?
It outputs proximity and velocity signals for monitoring systems.

Q10: Is it suitable for API-standard protection systems?
Yes, it is commonly used in API 670-compliant monitoring systems.