Bently Nevada 330180-X0-05 145347-11 3300 XL 8mm Proximitor Sensor

Product Introduction

The Bently Nevada 330180-X0-05 145347-11 3300 XL 8mm Proximitor Sensor is a highly precise displacement sensor used for monitoring the position and vibration of rotating machinery shafts. As part of the widely respected 3300 XL series, this sensor features an 8mm sensing range, making it suitable for close-clearance applications in turbines, compressors, pumps, and other critical rotating equipment. Designed to provide stable, reliable measurements under harsh industrial conditions, it is a key component in machinery protection and condition monitoring systems. The sensor’s accurate real-time data helps prevent equipment failure and supports effective predictive maintenance strategies.

Product Specifications

Applications

This 3300 XL 8mm Proximitor Sensor is widely applied in:

• Turbomachinery Monitoring: Tracking shaft displacement and vibration in steam and gas turbines for operational safety.

• Compressor and Pump Monitoring: Ensuring shaft alignment and early detection of faults.

• Rotating Equipment Protection: Preventing mechanical failures through early abnormality detection.

• Predictive Maintenance: Supporting condition-based maintenance programs with accurate shaft movement data.

• Power Generation: Continuous monitoring of critical rotating machinery.

• Industrial Manufacturing: Maintaining machine health in heavy industrial processes.

Product Advantages

• High Precision Measurement: Offers accurate shaft displacement detection within a tight 8mm range.

• Robust Construction: Built to withstand extreme temperatures, vibrations, and harsh industrial environments.

• Wide Frequency Range: Capable of sensing vibration frequencies from 0.5 Hz up to 10 kHz.

• Versatile Mounting Options: Supports threaded stud and flange mounting to fit diverse setups.

• Stable and Reliable Signal: Provides consistent AC displacement voltage output.

• System Compatibility: Integrates seamlessly with Bently Nevada 3300 XL systems and compatible monitoring platforms.

• Energy Efficient: Low power consumption supports efficient system design.

• EMI Resistance: Shielded cable and sensor design minimize electromagnetic interference.

• Trusted Reliability: Globally recognized for dependable performance in critical machinery applications.

• Minimal Maintenance: Factory calibration ensures long-term stable operation with little need for recalibration.

Frequently Asked Questions (FAQ)

1. What sensing technology does this Proximitor sensor use?
   It utilizes eddy current displacement technology to measure shaft position changes accurately.

2. Can it perform reliably in high vibration conditions?
   Yes, it is designed to maintain accuracy and robustness under high vibration and shock environments.

3. What is the excitation voltage requirement?
   The sensor needs an AC excitation voltage, typically 6 Vrms nominal.

4. What mounting options are available?
   It supports both threaded stud and flange mounting for flexible installation.

5. How does temperature impact the sensor’s accuracy?
   The sensor maintains accurate readings between -40°C and +120°C.

6. What output does the sensor produce?
   An AC displacement voltage signal proportional to the shaft displacement.

7. Is this sensor compatible with non-Bently Nevada systems?
   While optimized for Bently Nevada 3300 XL systems, it can be integrated with other compatible monitoring systems.

8. What materials are used in the sensor construction?
   The sensor tip is made from non-magnetic stainless steel; the housing is rugged and industrial-grade.

9. Is frequent calibration necessary?
   Factory calibration provides long-term stability, minimizing field calibration requirements.

10. How does the sensor resist electromagnetic interference?
    The sensor features shielding and filtering to minimize EMI effects and ensure signal integrity.

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Frequently Asked Questions (FAQ)

1. What sensing technology does this Proximitor sensor use?
   It utilizes eddy current displacement technology to measure shaft position changes accurately.

2. Can it perform reliably in high vibration conditions?
   Yes, it is designed to maintain accuracy and robustness under high vibration and shock environments.

3. What is the excitation voltage requirement?
   The sensor needs an AC excitation voltage, typically 6 Vrms nominal.

4. What mounting options are available?
   It supports both threaded stud and flange mounting for flexible installation.

5. How does temperature impact the sensor’s accuracy?
   The sensor maintains accurate readings between -40°C and +120°C.

6. What output does the sensor produce?
   An AC displacement voltage signal proportional to the shaft displacement.

7. Is this sensor compatible with non-Bently Nevada systems?
   While optimized for Bently Nevada 3300 XL systems, it can be integrated with other compatible monitoring systems.

8. What materials are used in the sensor construction?
   The sensor tip is made from non-magnetic stainless steel; the housing is rugged and industrial-grade.

9. Is frequent calibration necessary?
   Factory calibration provides long-term stability, minimizing field calibration requirements.

10. How does the sensor resist electromagnetic interference?
    The sensor features shielding and filtering to minimize EMI effects and ensure signal integrity.

Related and Similar Models

Popular Bently Nevada Models (Same Brand)

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