Bently Nevada 330103-00-03-50-02-CN 3300 XL 8 mm Proximity Probe

Product Introduction

The Bently Nevada 330103-00-03-50-02-CN is a high-precision 8 mm proximity probe from the 3300 XL series, designed for non-contact monitoring of shaft vibration and displacement in industrial rotating machinery. It provides accurate and reliable measurements under demanding conditions. The probe comes with a 5-meter cable and a miniature coaxial ClickLoc™ connector, offering flexible installation options, especially for remote monitoring or complex layouts.

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Product Specifications

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Applications

• Vibration Monitoring: Real-time monitoring of radial and axial vibrations to prevent early equipment failures.

• Shaft Position Tracking: Precise measurement of rotating shaft positions to ensure stable operation.

• Keyphasor® Pulse Output: Provides accurate timing signals for control system synchronization.

• Harsh Environment Suitability: Designed to withstand high temperature, humidity, and general industrial contaminants.

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Product Advantages

• High Measurement Accuracy: Reliable non-contact shaft vibration data.

• Long-Distance Capability: 5-meter cable suitable for remote installations.

• Durable Construction: High-quality materials ensure long-term performance.

• Standard Compliance: Fully conforms to API 670 mechanical protection standards.

• Easy System Integration: Seamlessly integrates with Bently Nevada 3300 XL monitoring systems.

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FAQ

Q1: How do I adjust the probe gap?
A1: Use standard gauges to maintain the recommended gap between the probe tip and the shaft for accurate measurement.

Q2: How does the probe perform at high temperatures?
A2: The probe maintains stable signal output under high-temperature conditions.

Q3: What should I consider when routing the cable?
A3: Avoid running the cable parallel to high-voltage lines or strong magnetic fields, and ensure proper shielding and grounding.

Q4: How can I verify probe functionality?
A4: Use system diagnostics and Keyphasor® pulse output to check signal stability.

Q5: Is the probe suitable for high-speed machinery?
A5: Yes, it supports operation within the design speed range.

Q6: Can the probe operate in humid or dusty environments?
A6: Yes, but it should not be immersed in water or exposed to corrosive chemicals.

Q7: How can I quickly identify a probe fault?
A7: Monitor Keyphasor® pulses and vibration signal fluctuations for anomalies.

Q8: Does replacing the probe require recalibration?
A8: No, the 3300 XL series probes are interchangeable without recalibration.

Q9: How do I prevent signal interference during installation?
A9: Keep the probe away from electromagnetic interference sources, use shielded cables, and secure the probe firmly.

Q10: What steps should I take if the probe signal is abnormal?
A10: Check probe alignment, cable connections, system settings, and nearby interference sources.

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Recommended Models (Same Series / Related)

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Popular Models (Bently Nevada)

FAQ

Q1: How do I adjust the probe gap?
A1: Use standard gauges to maintain the recommended gap between the probe tip and the shaft for accurate measurement.

Q2: How does the probe perform at high temperatures?
A2: The probe maintains stable signal output under high-temperature conditions.

Q3: What should I consider when routing the cable?
A3: Avoid running the cable parallel to high-voltage lines or strong magnetic fields, and ensure proper shielding and grounding.

Q4: How can I verify probe functionality?
A4: Use system diagnostics and Keyphasor® pulse output to check signal stability.

Q5: Is the probe suitable for high-speed machinery?
A5: Yes, it supports operation within the design speed range.

Q6: Can the probe operate in humid or dusty environments?
A6: Yes, but it should not be immersed in water or exposed to corrosive chemicals.

Q7: How can I quickly identify a probe fault?
A7: Monitor Keyphasor® pulses and vibration signal fluctuations for anomalies.

Q8: Does replacing the probe require recalibration?
A8: No, the 3300 XL series probes are interchangeable without recalibration.

Q9: How do I prevent signal interference during installation?
A9: Keep the probe away from electromagnetic interference sources, use shielded cables, and secure the probe firmly.

Q10: What steps should I take if the probe signal is abnormal?
A10: Check probe alignment, cable connections, system settings, and nearby interference sources.

Recommended Models (Same Series / Related)

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Popular Models (Bently Nevada)

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