Bently Nevada 26530-12-10-03-018-230-22-04-00 Dual Probe Transducer System

製品紹介

The Bently Nevada 26530-12-10-03-018-230-22-04-00 Dual Probe Transducer System is a precision-engineered solution designed for accurate vibration and displacement measurement in rotating machinery. As part / Bently Nevada’s highly reliable 26530 series, this model combines two identical probes into a single integrated assembly, /fering redundant signal measurement for increased reliability and system integrity.

This transducer system is optimized for use in turbines, compressors, generators, and other critical rotating equipment where continuous monitoring and fault prevention are essential. It measures the dynamic and static proximity / a rotating shaft relative to its bearing or casing, providing essential feedback for machinery protection and predictive maintenance.

The 1.0-meter probe lead length ensures flexible installation across a wide range / industrial setups, while the stainless-steel enclosure and EMI-shielded cable design guarantee durability and stable signal transmission even under high-temperature, vibration, and oil-contaminated environments.

Technical Specifications

Applications

The 26530-12-10-03-018-230-22-04-00 Dual Probe Transducer System is designed for industrial environments requiring continuous, high-precision vibration and displacement monitoring. It is widely used in critical rotating machinery where equipment protection and condition-based maintenance are vital.

• Turbomachinery Monitoring: Used in steam and gas turbines for measuring shaft radial displacement and vibration.

• Compressors and Pumps: Detects imbalance, cavitation, and bearing degradation.

• Electric Motors and Generators: Monitors shaft movement, bearing alignment, and vibration behavior.

• Petrochemical Equipment: Ensures operational safety in refinery and process plant environments.

• Power Generation Systems: Provides real-time feedback for machine protection systems.

• Industrial Fans and Blowers: Prevents failures through early detection / excessive shaft movement or mechanical looseness.

The system integrates directly with Bently Nevada protection platforms, allowing continuous real-time data acquisition for analysis, diagnostics, and predictive maintenance strategies.

Advantages

• Dual Probe Redundancy: Provides two independent signals for higher data reliability and diagnostic accuracy.

• High Measurement Precision: Offers excellent linearity across the full 2.0 mm range with 50 mV/mil sensitivity.

• Rugged Industrial Design: Stainless-steel housing ensures protection in oil-laden and vibration-intensive environments.

• Superior Signal Integrity: Differential output minimizes noise and interference over long cable runs.

• Wide Frequency Response: Captures a broad spectrum / vibration data from low to high frequencies.

• Temperature Resilience: Operates reliably under extreme temperature conditions (–40°C to +120°C).

• Low Power Consumption: Efficient 2 W operation supports energy-conscious monitoring systems.

• Simple Integration: Fully compatible with existing Bently Nevada 3300 and 3500 monitoring systems.

• Reduced Downtime: サポートs predictive maintenance, helping avoid unplanned shutdowns.

• Flexible Installation: 1.0-meter cable length supports a range / installation configurations.

FAQ

1. What measurement principle does this dual probe system use?
   It utilizes an eddy-current non-contact measurement principle to detect shaft vibration and displacement.

2. Why does the system have dual probes?
   The dual configuration provides redundancy, ensuring consistent readings and continued monitoring in case one probe signal is lost.

3. What type / signal does the transducer output?
   It provides a differential voltage output, which enhances imm台y to electrical noise and ensures signal stability.

4. What is the compatible monitoring equipment for this transducer?
   It is fully compatible with Bently Nevada 3300 and 3500 series monitoring systems.

5. What is the maximum measurable vibration frequency?
   The system supports measurement frequencies up to 10 kHz, covering both low and high-speed machinery.

6. How does it handle electromagnetic interference (EMI)?
   It uses shielded twisted-pair cables and a differential output configuration to minimize EMI impact.

7. Is this probe suitable for high-temperature applications?
   Yes, it operates reliably at temperatures up to +120°C and can withstand even higher short-term exposure.

8. What kind / materials does it measure most effectively?
   It performs best with ferromagnetic materials such as steel, iron, and nickel-based alloys.

9. Can it be used in hazardous or oil-rich environments?
   Yes, the IP65-rated construction ensures protection from oil, dust, and moisture, suitable for harsh industrial use.

10. How is the calibration maintained during long-term operation?
    The system’s factory calibration and stable electronics minimize drift, requiring only periodic system-level validation.

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