Bently Nevada AAP1407030-02006 Cooper Vibration Probe

Company Information
E-mail		[email protected]
Mobile		+8613666033393
Whatsapp		+8613666033393
WeChat		13666033393
Add		Room 1004, No. 62 Xiangxiu Li, Siming District, Xiamen City, Fujian Province, China

Product Introduction

The Bently Nevada AAP1407030-02006 Cooper Vibration Probe is a high-precision industrial vibration sensing device designed for accurate monitoring of machinery vibration in critical rotating equipment. This probe is a part of Bently Nevada’s advanced vibration monitoring solutions, widely used in predictive maintenance and machine protection systems across various industrial sectors such as oil and gas, power generation, petrochemical, and manufacturing industries.

Engineered for compatibility and long-term performance, the AAP1407030-02006 probe provides non-contact vibration and displacement measurements by detecting the relative motion between a machine’s rotating shaft and its stationary housing. It is built using Cooper alloy components, which ensure high durability, corrosion resistance, and excellent temperature stability. The probe operates based on eddy current principles, generating precise electrical signals proportional to shaft vibration or displacement, which can then be processed by proximitor systems or vibration monitors.

This vibration probe is ideal for installation in harsh industrial environments, where accuracy, reliability, and stability are essential. It supports various total length configurations (optional), providing flexibility in setup and integration with standard Bently Nevada proximitor sensors and monitoring systems.

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Technical Specifications

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Applications

The Bently Nevada AAP1407030-02006 Cooper Vibration Probe is used extensively in vibration monitoring systems for industrial rotating machinery. It is designed to provide accurate, real-time vibration data for machine health assessment and predictive maintenance.

Typical application areas include:

• Turbomachinery: Shaft vibration measurement in gas turbines, steam turbines, and hydro turbines for operational safety and performance optimization.

• Compressors: Continuous monitoring of bearing and rotor vibration to detect imbalance or misalignment.

• Motors and Generators: Detecting mechanical looseness, rotor eccentricity, or bearing wear in electrical rotating machines.

• Pumps: Monitoring vibration to identify cavitation, imbalance, or coupling misalignment.

• Fans and Blowers: Assessing rotor condition and dynamic balance during operation.

• Gearboxes: Measuring vibration and displacement to detect gear mesh abnormalities and mechanical faults.

• Industrial Process Equipment: Integrated within condition monitoring systems for critical production assets.

This probe can be directly interfaced with Bently Nevada proximitor systems (e.g., 3300, 3500) to form a complete vibration measurement loop, providing both amplitude and frequency data essential for predictive maintenance and failure prevention.

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Product Advantages

• High Accuracy and Stability: Delivers precise vibration and displacement data even under extreme operating conditions.

• Wide Compatibility: Fully compatible with Bently Nevada proximitor and vibration monitoring systems.

• Durable Construction: Cooper alloy probe design ensures corrosion resistance and extended service life.

• Non-Contact Measurement: Prevents mechanical wear and provides reliable readings without direct shaft contact.

• Excellent Temperature Tolerance: Maintains calibration accuracy over a broad temperature range.

• Strong EMI Resistance: Shielded cable and probe design reduce electrical interference in harsh environments.

• Flexible Installation Options: Available in different total length and thread configurations.

• High Signal Linearity: Provides consistent performance across the full linear measurement range.

• Ruggedized for Industrial Use: Resistant to shock, vibration, and oil contamination.

• Proven Reliability: Based on Bently Nevada’s industry-leading vibration measurement technology.

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FAQ

1. What sensing principle does the AAP1407030-02006 probe use?
   It operates based on the eddy current principle, detecting changes in magnetic fields caused by the movement of a conductive target surface such as a rotating shaft.

2. Is this probe compatible with the Bently Nevada 3300 and 3500 proximitor systems?
   Yes, it is fully compatible with these systems and can be used as part of a complete vibration monitoring loop.

3. What type of signal does the probe output?
   The probe generates an analog voltage signal proportional to the displacement or vibration amplitude of the target surface.

4. How is the probe typically installed on machinery?
   It is threaded into a mounting adapter or bracket, positioned so that the probe tip faces the rotating shaft with a calibrated gap distance.

5. Can this probe be used in high-temperature environments?
   Yes, it is rated for continuous operation up to +180°C, making it suitable for turbines and compressors.

6. Does the probe require calibration after installation?
   Factory calibration ensures precise sensitivity; however, gap and signal verification are recommended during system commissioning.

7. What is the frequency range capability of this vibration probe?
   The probe can accurately measure vibration signals from DC up to 10 kHz, suitable for a wide range of rotating machinery.

8. How does the Cooper alloy construction benefit the probe’s performance?
   The Cooper alloy provides superior corrosion resistance, mechanical strength, and temperature stability compared to standard steel probes.

9. Can the probe be used with different cable lengths?
   Yes, total length is optional and can be configured based on installation requirements without signal loss when paired with the correct proximitor.

10. How does the probe maintain signal accuracy in electrically noisy environments?
    It includes internal shielding and coaxial cabling that minimize electromagnetic interference, ensuring stable and accurate signal transmission.

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FAQ

1. What sensing principle does the AAP1407030-02006 probe use?
   It operates based on the eddy current principle, detecting changes in magnetic fields caused by the movement of a conductive target surface such as a rotating shaft.

2. Is this probe compatible with the Bently Nevada 3300 and 3500 proximitor systems?
   Yes, it is fully compatible with these systems and can be used as part of a complete vibration monitoring loop.

3. What type of signal does the probe output?
   The probe generates an analog voltage signal proportional to the displacement or vibration amplitude of the target surface.

4. How is the probe typically installed on machinery?
   It is threaded into a mounting adapter or bracket, positioned so that the probe tip faces the rotating shaft with a calibrated gap distance.

5. Can this probe be used in high-temperature environments?
   Yes, it is rated for continuous operation up to +180°C, making it suitable for turbines and compressors.

6. Does the probe require calibration after installation?
   Factory calibration ensures precise sensitivity; however, gap and signal verification are recommended during system commissioning.

7. What is the frequency range capability of this vibration probe?
   The probe can accurately measure vibration signals from DC up to 10 kHz, suitable for a wide range of rotating machinery.

8. How does the Cooper alloy construction benefit the probe’s performance?
   The Cooper alloy provides superior corrosion resistance, mechanical strength, and temperature stability compared to standard steel probes.

9. Can the probe be used with different cable lengths?
   Yes, total length is optional and can be configured based on installation requirements without signal loss when paired with the correct proximitor.

10. How does the probe maintain signal accuracy in electrically noisy environments?
    It includes internal shielding and coaxial cabling that minimize electromagnetic interference, ensuring stable and accurate signal transmission.

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Popular Models from the Same Brand

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