Bently Nevada 330171-00-08-20-02-00 3300 Series 5 mm Proximity Probe

Description

Functional Features

• Dual Data Acquisition Capacity: The probe can simultaneously collect static position data and dynamic vibration data of rotating machinery. This dual – function capability allows it to comprehensively reflect the operating state of equipment and lay a solid foundation for comprehensive condition analysis.
• Robust Structural Bond: It adopts a patented tip loc molding method that strengthens the bond between the probe tip and the probe body. This design avoids structural loosening of the probe tip caused by long – term equipment vibration and extends the service life of the product.
• Secure and Convenient Connection: The miniature coaxial click loc connector only requires finger – tight torque to lock, and the dedicated locking mechanism prevents loosening due to equipment vibration. No special tools are needed for installation and removal, improving on – site maintenance efficiency.
• Strong Environmental Adaptability: The combination of AISI 303 or 304 stainless steel case and polyphenylene sulfide probe tip resists corrosion from industrial oils, fumes and moisture. It can maintain stable performance in harsh working environments with large temperature fluctuations and heavy pollution.
• Full Component Interchangeability: It achieves complete interchangeability with other matching 3300 series probes, extension cables and proximitor sensors. This eliminates the need for individual component matching or bench calibration, greatly reducing maintenance time and costs when parts need to be replaced.
• Stable Signal Output: The probe provides accurate and stable electrical signals even in long – term continuous operation. It minimizes signal interference and distortion, ensuring that the monitoring system receives true and effective data to judge the equipment state.

Application Scenarios

• Steam Turbines: Installed near the rotor shafts of steam turbines in thermal power and nuclear power plants. It monitors shaft displacement and vibration under high – temperature and high – pressure conditions, alerting operators to potential faults in advance to avoid sudden shutdowns that affect power supply stability.
• Industrial Compressors: Deployed on natural gas, air and other types of compressors in petrochemical and metallurgical industries. It tracks the vibration and position changes of compressor shafts, preventing equipment damage caused by shaft misalignment or bearing wear and ensuring the efficiency of the gas compression process.
• Large Electric Motors: Used in large – power industrial motors in manufacturing workshops such as automobile and machinery processing. It monitors rotor runout and eccentricity, helping to identify problems such as bearing aging in a timely manner and ensuring the continuous operation of the production line driven by the motor.
• Turbogenerators: Integrated into turbogenerator units in various power generation facilities. It monitors key parameters of the generator rotor, providing data support for the stable operation of the power generation system and ensuring the reliability of the power grid.
• Gearboxes: Mounted on the input and output shafts of industrial gearboxes in mining and construction machinery. It detects shaft displacement caused by gear wear or insufficient lubrication, preventing further damage to the gear system and reducing the overall maintenance cost of the equipment.
• Centrifugal Pumps: Applied to centrifugal pumps in chemical plants and water treatment facilities. It monitors the vibration and runout of pump shafts, avoiding leaks or mechanical jams caused by shaft faults and ensuring the smooth progress of fluid transportation work.