
Product Introduction
The Bently Nevada 330881-16-12-165-07-02 PROXPAC XL Proximity Transducer is designed for accurate measurement of shaft vibration and position in critical rotating equipment. As part of the PROXPAC XL series, it provides stable and reliable signals for machinery protection and condition monitoring systems.
The unit operates based on eddy current technology, enabling non-contact measurement of shaft displacement. This ensures high repeatability and eliminates mechanical wear. Its rugged construction allows operation in environments with strong vibration, oil contamination, and temperature variations.
It is commonly applied in turbines, compressors, and other high-speed rotating assets where precise monitoring is essential to detect early-stage mechanical issues and avoid unplanned shutdowns.
Product Specifications
| Parameter |
Description |
| Manufacturer |
Bently Nevada |
| Series |
PROXPAC XL Proximity Transducer |
| Model Number |
330881-16-12-165-07-02 |
| Measurement Principle |
Eddy Current (Non-contact) |
| System Compatibility |
PROXPAC XL Monitoring Systems |
| Output Type |
Analog voltage proportional to shaft displacement |
| Operating Environment |
Industrial environments with vibration, oil, and dust exposure |
| Mounting Type |
Panel or bracket mounting |
| Connector Type |
Standard industrial connector |
| Dimensions |
91.4 × 144.8 mm |
| Weight |
1.44 kg |
Applications
• Steam and Gas Turbines – Used for continuous monitoring of shaft vibration and position under high-speed conditions
• Large Compressors – Detects dynamic shaft movement and supports performance analysis
• High-Speed Motors – Ensures operational stability by tracking rotor displacement
• Pumps and Process Equipment – Monitors mechanical condition to prevent unexpected failures
• Power Generation Units – Supports long-term reliable operation in continuous-duty environments
• Oil & Gas Rotating Machinery – Performs reliably under harsh and contaminated conditions
Advantages
• Stable Signal Output – Maintains measurement consistency even under fluctuating load and vibration
• Non-Contact Measurement – Eliminates mechanical wear and reduces maintenance requirements
• Rugged Industrial Design – Withstands oil, dust, and temperature variations without performance loss
• Easy System Integration – Compatible with PROXPAC XL monitoring systems
• High Sensitivity – Capable of detecting small changes in shaft displacement
• Long Service Life – Designed for extended operation with minimal drift
FAQ
1. What type of measurement does this transducer provide?
Primarily radial vibration and shaft position, depending on installation and system configuration.
2. Where is this model typically installed?
Usually mounted on a panel or bracket, with probes positioned close to the shaft surface.
3. What kind of machines is it best suited for?
High-speed or high-value rotating equipment such as turbines and compressors.
4. How does it behave under strong vibration conditions?
Signal stability is maintained, which is critical for accurate trending and alarm functions.
5. Is it sensitive to environmental contamination like oil or dust?
The design accounts for these conditions, so performance is not significantly affected in typical industrial environments.
6. What is the main advantage of eddy current sensing here?
It allows precise displacement measurement without physical contact, avoiding mechanical wear.
7. Can it be used for both vibration and position monitoring?
Yes, depending on how the monitoring system is configured.
8. Does installation position affect measurement accuracy?
Yes, probe gap and alignment directly influence signal quality and should follow installation guidelines.
9. How is the output signal used in monitoring systems?
The analog signal is processed by monitoring modules for trending, alarms, and protection logic.
10. What makes this model suitable for critical equipment?
Its combination of stability, durability, and measurement precision makes it reliable for continuous condition monitoring.
Related Models
| Model |
Type |
Series |
Application |
| 330881-16-12-160-07-02 |
Proximity Transducer |
PROXPAC XL |
Shaft vibration monitoring |
| 330881-16-12-170-07-02 |
Proximity Transducer |
PROXPAC XL |
Turbine monitoring |
| 330881-16-08-165-07-02 |
Proximity Transducer |
PROXPAC XL |
High-speed machinery |
| 330800-28-15-048-00-02 |
Proximity Transducer |
PROXPAC XL |
Compressor systems |
| 330801-28-05-101-03-02 |
Proximity Transducer |
PROXPAC |
Motor monitoring |
| 330800-28-20-030-00-02 |
Proximity Transducer |
PROXPAC XL |
Process equipment |
Popular Models
| Model |
Type |
Series |
Application |
| 330881-16-12-165-07-02 |
Proximity Transducer |
PROXPAC XL |
Turbine / compressor monitoring |
| 330881-16-12-160-07-02 |
Proximity Transducer |
PROXPAC XL |
Shaft vibration |
| 330881-16-12-170-07-02 |
Proximity Transducer |
PROXPAC XL |
High-speed motors |
| 330800-28-15-048-00-02 |
Proximity Transducer |
PROXPAC XL |
Rotating machinery |
| 330800-28-15-027-00-02 |
Proximity Transducer |
PROXPAC XL |
Pumps |
| 330800-28-20-030-00-02 |
Proximity Transducer |
PROXPAC XL |
Process systems |
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