Bently Nevada 330171-00-12-10-01-05 3300 Series 5 mm Proximity Probe

Description

Functional Features

• Dual Data Measurement Capability: The probe can simultaneously collect static position data and dynamic vibration data of rotating machinery when integrated into the complete transducer system. It also supports keyphasor measurement and speed measurement, providing comprehensive data support for multi-dimensional equipment condition analysis.
• Reinforced Probe Tip Bond: It adopts a patented tip loc molding method that strengthens the connection between the probe tip and the probe body. This design effectively avoids structural loosening caused by long-term high-intensity machinery vibration, significantly extending the product’s service life.
• Tool-Free and Secure Connection: The gold-plated brass click loc connector only requires finger-tight torque to lock into place, with a distinct “click” sound indicating a secure connection. The specialized locking mechanism prevents loosening due to equipment vibration, and no special tools are needed for installation or removal, improving on-site maintenance efficiency.
• Strong Liquid Leakage Prevention: The fluid loc cable option is a standout feature that blocks industrial oils and other liquids from seeping out of the machine through the cable’s interior. This protects both the probe’s internal components and the overall machinery from damage caused by fluid leakage.
• Full Component Interchangeability: It achieves complete interchangeability with other 3300 series probes, 3300 XL extension cables, and 3300 XL proximitor sensors. This eliminates the need for individual component matching or bench calibration during replacement, greatly reducing maintenance time and costs.
• Stable Signal Output: The probe maintains accurate and stable signal transmission across a wide temperature range. It minimizes signal interference and distortion even during long-term continuous operation, ensuring the monitoring system receives true and reliable data for accurate equipment fault diagnosis.

Application Scenarios

• Industrial Fans: Installed near the bearing seats and rotor shafts of large industrial fans used in power plants and steel mills. It monitors vibration and position changes of key components, preventing equipment damage and production interruptions caused by fan imbalance or bearing wear.
• Industrial Compressors: Deployed on natural gas, air, and chemical compressors in petrochemical and chemical industries. It tracks shaft vibration and displacement, helping detect issues such as shaft misalignment and bearing failure early to ensure the efficiency and safety of the compression process.
• Centrifugal Pumps: Applied to centrifugal pumps in water treatment plants, chemical plants, and oil refineries. It monitors the vibration and runout of pump shafts, avoiding leaks or mechanical jams caused by shaft deviation and ensuring the smooth progress of fluid transportation.
• Steam Turbines: Mounted on the rotor and bearing parts of steam turbines in thermal power and nuclear power plants. It measures static position and dynamic vibration of the turbine shaft under high-temperature and high-pressure conditions, providing data support for the stable operation of the power generation system.
• Gearboxes: Installed on the input and output shafts of industrial gearboxes in mining and construction machinery. It detects vibration and displacement caused by gear wear or insufficient lubrication, alerting maintenance personnel to perform repairs in advance and preventing catastrophic damage to the entire gear system.
• Large Electric Motors: Used in high-power industrial motors for manufacturing fields such as automobile production and heavy machinery processing. It monitors rotor eccentricity and bearing vibration, timely identifying problems like bearing aging and rotor misalignment to ensure the continuous operation of production lines driven by the motors.