Technical Specifications

FAQ

1. What is the main function of Bently Nevada 164517-110-20-02-05 3300 Ceramic-Tip Near-Field Probe?

Bently Nevada 164517-110-20-02-05 3300 Ceramic-Tip Near-Field Probe is a non-contact displacement probe designed for rotating machinery condition monitoring. Its primary function is to measure shaft vibration, shaft displacement, and mechanical operating changes during equipment operation.

The probe uses eddy current measurement technology to detect the distance variation between the probe tip and the rotating shaft surface. The detected displacement information is converted into an electrical signal and transmitted to the Bently Nevada monitoring system for analysis.

By continuously collecting shaft movement data, the monitoring system can identify abnormal conditions such as excessive vibration, abnormal shaft movement, or unstable mechanical operation. The ceramic-tip design improves durability and stability, making the probe suitable for long-term monitoring of critical rotating equipment.

2. What types of industrial equipment are suitable for 164517-110-20-02-05?

164517-110-20-02-05 is mainly used for rotating machinery applications that require accurate and continuous condition monitoring. Typical equipment includes steam turbines, compressors, pumps, motors, and other industrial rotating machines.

The condition of the shaft system is critical for equipment safety and performance. By installing a near-field probe, the monitoring system can continuously collect shaft vibration and displacement data and evaluate equipment operating conditions.

Because the probe operates through non-contact measurement technology, it does not physically contact the rotating shaft. This reduces mechanical wear and makes it suitable for high-speed and continuous-duty industrial equipment protection applications.

3. How does 164517-110-20-02-05 work with Bently Nevada monitoring systems?

164517-110-20-02-05 is typically used with Bently Nevada Proximitor sensors and 3300 series monitoring modules to create a complete machinery condition monitoring system.

During operation, the probe detects changes in the distance between the probe tip and the shaft surface and sends displacement signals to the signal processing module. The monitoring system then analyzes the collected data to calculate shaft vibration and displacement conditions.

Correct installation position, proper signal wiring, and accurate system configuration are essential to ensure measurement accuracy. When properly integrated, the probe provides real-time equipment protection and early fault detection capability.

4. What are the common causes of measurement problems with 164517-110-20-02-05?

Measurement problems with 164517-110-20-02-05 may be caused by incorrect probe installation clearance, cable connection failures, probe damage, abnormal shaft surface conditions, or incorrect monitoring system configuration.

When monitoring data becomes unstable or the signal is lost, the first step is to inspect the probe connection and signal cable condition. Users should check for loose connections, damaged cables, electrical interference, or incorrect installation conditions.

For rotating machinery applications, troubleshooting should also consider actual equipment operating conditions, including vibration trends, mechanical load changes, and other monitoring parameters to accurately determine the source of the problem.

5. What should be considered when installing 164517-110-20-02-05?

When installing 164517-110-20-02-05, the installation procedure should follow Bently Nevada monitoring system requirements. The probe position must be accurately adjusted to maintain proper measurement conditions.

During installation, the probe should be protected from mechanical impact, and signal cables should be arranged properly to reduce the influence of electromagnetic interference.

After installation, system commissioning should be performed to verify that the probe output signal is stable and that the monitoring module correctly receives measurement data. Proper installation improves measurement accuracy and ensures reliable long-term operation.

6. What advantages does the 3300 Ceramic-Tip Near-Field Probe have compared with standard probes?

164517-110-20-02-05 features a ceramic-tip structure that provides improved environmental resistance and long-term operational stability compared with standard probe designs.

The ceramic material improves the durability of the probe tip, making it suitable for demanding industrial environments. In addition, the non-contact measurement method eliminates direct mechanical contact with the rotating shaft, reducing wear and improving monitoring reliability.

The probe provides stable displacement measurement signals and is well suited for industrial rotating machinery applications where accurate equipment protection and condition monitoring are required.

7. How can users determine whether 164517-110-20-02-05 is operating normally?

The operating condition of 164517-110-20-02-05 can be evaluated by checking monitoring system signal status, data stability, and equipment diagnostic information.

Under normal conditions, the probe should continuously provide stable shaft displacement measurement signals. If abnormal signal fluctuations, incorrect readings, or signal loss occur, users should inspect the probe connection, cable condition, installation position, and related monitoring modules.

Maintenance personnel can use Bently Nevada diagnostic functions to analyze signal quality and equipment operating data, helping identify potential faults quickly and accurately.

8. How can the reliability of 164517-110-20-02-05 be improved in industrial environments?

To improve the long-term reliability of 164517-110-20-02-05, proper installation, regular inspection, and environmental management are essential.

First, the probe should be securely installed, and signal connections should remain stable to prevent measurement errors caused by vibration or poor contact. Second, the installation environment should be protected from excessive electromagnetic interference, contamination, and abnormal operating conditions.

For critical machinery applications, preventive maintenance programs should be implemented to regularly inspect probe signal quality, monitoring system performance, and equipment vibration trends.

Through correct installation, proper configuration, and continuous maintenance, 164517-110-20-02-05 can provide stable and reliable machinery condition monitoring data, improving the safety and operational efficiency of rotating equipment.