Bently Nevada 330180-50-00 3300 XL Proximitor Sensor

Description

Functional Features

• Strong Anti – Interference Capability: It has high resistance to radio interference. Even when installed inside fiberglass shields, it will not be affected by nearby radio signals, ensuring stable signal transmission without distortion in complex electromagnetic industrial environments.
• Dual Flexible Installation Methods: It supports both compact rail mounting and traditional panel mounting. This adaptability allows it to fit into different installation spaces and layout requirements of industrial control cabinets and on – site equipment.
• Secure and Tool – Free Wiring: The terminal strips do not require special installation tools for fastening. The absence of screws prevents loosening issues caused by long – term machinery vibration, ensuring firm and reliable wiring connections during long – term operation.
• Customizable Calibration: Beyond the default AISI 4140 steel calibration, it can be calibrated according to user specifications for targets made of other materials. This customization enables it to meet the monitoring needs of various specialized mechanical components.
• Seamless System Compatibility: It integrates perfectly with a range of Bently monitoring equipment. It can efficiently transmit processed signals to matching modules and monitors, forming a complete and coherent machinery condition monitoring system without compatibility conflicts.
• Multifunctional Measurement Support: It can handle multiple key monitoring tasks, including radial vibration, axial displacement measurement, as well as keyphasor, rotational speed and zero – speed measurement, providing comprehensive data support for comprehensive equipment condition assessment.

Application Scenarios

• Steam Turbines: Deployed in thermal power plants and nuclear power plants, it monitors radial vibration and axial displacement of turbine shafts under high – temperature and high – pressure conditions. It sends real – time data to the central monitoring system to ensure the stable operation of the power generation core equipment.
• Industrial Compressors: Used in chemical and petrochemical plants for natural gas, air and chemical compressors. It tracks the operating status of compressor shafts, timely detecting problems such as shaft misalignment and bearing wear to avoid sudden shutdowns that affect the continuity of the production process.
• Water Turbines: Installed in hydropower stations, it monitors the vibration and displacement of water turbine rotors and shafts. It adapts to the humid working environment of hydropower facilities and provides reliable data for the safe and efficient operation of water turbines.
• Industrial Fans and Blowers: Applied to large – scale fans and blowers in steel mills and cement plants. It monitors the vibration of fan shafts and impellers, helping maintenance personnel identify imbalance or resonance issues early and preventing equipment damage due to prolonged abnormal operation.
• Gearboxes: Installed on gearboxes used in mining and construction machinery. It measures vibration and displacement caused by gear wear, tooth damage or insufficient lubrication, enabling timely maintenance and avoiding catastrophic damage to the entire transmission system.
• Generators and Motors: Used in large generators and high – power industrial motors in manufacturing and power supply fields. It monitors parameters such as rotor eccentricity and bearing vibration, ensuring the continuous and stable operation of these power – providing equipment which are critical to production lines and power grids.
• Centrifugal Pumps: Utilized in water treatment plants and oil refineries for centrifugal pumps. It monitors the shaft vibration and displacement of pumps during fluid transportation, preventing leaks and mechanical jams caused by shaft deviation and safeguarding the smooth progress of fluid conveying processes.