製品紹介
The Bently Nevada 164517-090-05-01-00 3300 XL Ceramic Capped Proximity Probe is a high-performance sensing device designed for accurate measurement / shaft displacement and vibration in rotating machinery. As part / the 3300 XL series, it is widely used in industrial condition monitoring and machinery protection systems.
This model is equipped with a ceramic capped tip, which provides superior resistance against mechanical wear, chemical exposure, and high temperatures. By integrating advanced eddy-current sensing technology with rugged construction, the probe ensures precise, stable, and reliable measurements over extended operating cycles.
The 3300 XL series is renowned for its compatibility and long-term stability, making this probe a trusted choice in turbines, compressors, pumps, and other critical machinery across industries such as oil & gas, power generation, and heavy manufacturing.
製品仕様
| Parameter | 説明 |
|---|---|
| モデル Number | 164517-090-05-01-00 |
| Type | 3300 XL Ceramic Capped Proximity Probe |
| Compatible Systems | Bently Nevada 3300 XL Monitoring Systems |
| Probe Tip Material | Ceramic |
| Housing Material | Stainless Steel |
| Measurement Technology | Eddy-current displacement sensing |
| Frequency Response | DC to 10 kHz (typical for XL series) |
| Operating Temperature Range | -40°C to +125°C |
| Environmental Resistance | Resistant to oils, coolants, and industrial chemicals |
| Mounting | Threaded housing for secure installation |
| Total Length | 0.5 meter |
| 配送 重量 | 3 kg |
Applications
The 164517-090-05-01-00 proximity probe is designed to support precise machinery diagnostics and long-term protection. Its typical applications include:
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Steam and Gas Turbines: Continuous monitoring / shaft vibration and axial position to prevent catastrophic failure.
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Compressors: Detecting rotor instability, imbalance, and surge conditions.
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Pumps: Monitoring shaft displacement to identify misalignment or early bearing damage.
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Motors and Generators: Providing predictive maintenance insights through shaft movement data.
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Petrochemical Industry: Reliable in chemically aggressive environments due to ceramic and stainless-steel construction.
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Industrial 状態 Monitoring: Serving as a vital component / predictive maintenance systems and automatic shutdown logic.
Advantages
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Ceramic Tip Durability: Offers superior wear resistance compared to standard probes, ensuring stable long-term measurements.
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High Precision Measurement: Provides accurate shaft displacement data essential for machine protection and diagnostic systems.
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Broad Environmental Compatibility: Resistant to oils, coolants, and aggressive chemicals found in industrial environments.
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Temperature Resilience: Maintains performance over a wide temperature range, suitable for harsh operating conditions.
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Reliable Integration: Fully compatible with Bently Nevada 3300 XL systems, enabling easy deployment without complex recalibration.
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Enhanced Machine Protection: Ensures safe operation / critical machinery by enabling continuous monitoring and early detection / faults.
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Reduced Maintenance Costs: Long-lasting construction minimizes downtime and replacement frequency.
FAQ
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Which monitoring platforms support this probe?
It is designed for use with Bently Nevada 3300 XL series monitoring systems. -
What sensing principle does this probe use?
It employs eddy-current displacement sensing technology to measure shaft vibration and position. -
Does the ceramic tip affect signal sensitivity?
No, the ceramic tip preserves sensitivity while enhancing wear resistance and long-term measurement stability. -
What is the probe’s frequency response range?
It typically responds from DC to 10 kHz, supporting accurate dynamic vibration measurement. -
Can this probe withstand exposure to oil and industrial chemicals?
Yes, the ceramic tip and stainless-steel housing provide high resistance to such environments. -
What is the main difference between ceramic capped and standard probes?
Ceramic capped probes /fer longer service life and higher resistance to wear in harsh environments. -
How does the probe handle high-vibration conditions?
It is specifically engineered for rotating machinery, ensuring stable operation in high-vibration applications. -
Is the probe field-calibrated or factory-calibrated?
It is factory-calibrated, though system-level adjustments may be performed for optimal performance. -
What shaft measurements can the probe provide?
It measures both radial vibration and shaft position (axial displacement) depending on installation. -
Why is ceramic material important for proximity probes?
Ceramic prevents tip wear and degradation, allowing consistent eddy-current signal output over long-term use.
Related モデルs (Same Series)
| モデル Number | 説明 |
|---|---|
| 164517-050-10-01-RU | 3300 XL Ceramic Capped Probe, 5 mm diameter |
| 164517-060-10-01 | 3300 XL Heavy-Duty Probe, 6 mm diameter |
| 164517-070-20-01 | 3300 XL Probe, extended calibration range |
| 164517-080-15-01 | High-temperature 3300 XL Ceramic Probe |
| 164517-090-10-01 | Shielded version / 9 mm Ceramic Capped Probe |
| 164517-100-20-01 | Long-range 3300 XL Ceramic Capped Probe |
Popular Bently Nevada モデルs
| モデル Number | 説明 |
|---|---|
| 3300 XL Proximity Probe | Standard probe for shaft vibration monitoring |
| 3500/22M | Transient Data Interface Module for 3500 series |
| 3500/42M | Proximitor/Seismic Monitor for machinery protection |
| 3500/50 | Tachometer Module for speed and phase detection |
| 7200 Series Probes | General-purpose eddy current probes |
| 330500 Velocity Sensor | Compact seismic velocity sensor for machinery |
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