Bently Nevada 330101-00-58-10-02-00

1.Using Parameters

Power supply: The normal operating voltage is -17.5Vdc to -26Vdc. This specific voltage range provides stable operation and reliable power supply for various sensors and related circuits. Current: The operating current is about 12mA. Low current means less energy consumption overall, which can be integrated into any power-sensitive environment, thereby optimizing its application.

Linear range: Within 2mm, it describes the way the sensor converts or measures information in a mode that is linearly related to the output signal corresponding to the measured physical quantity, thereby ensuring the accuracy and reliability of the measurement results.

Sensitivity: The sensitivity is 7.87V/mm (200mV/mil) ±5%. The high sensitivity characteristics of the sensor help to more accurately evaluate small changes in the measured physical quantity and convert these changes back to electrical levels, thereby helping to most accurately understand the condition of the monitored object.

Frequency response: The frequency response range is 0~10KHz. Its wide frequency response can provide fast and accurate control engineering detection based on the measurement results of the evaluated equipment at different frequencies and its operating status.

2.Functions

Vibration monitoring: Accurately measure the vibration of rotating machinery, including shaft vibration, bearing vibration, etc. The sensor converts mechanical vibration into electrical signals. After signal processing and analysis, the amplitude, frequency and other key information of the vibration can be obtained in real time to help users identify abnormal vibration of the monitored object and prevent fault escalation.

Displacement measurement: Bently Nevada 330101-00-58-10-02-00 is achieved by measuring the axial or radial displacement of the shaft. For precision gear systems that require a shaft position range in applications such as turbines or compressors, this product can provide accurate displacement measurement to ensure the operating integrity of the machine.

Signal conversion and transmission: The set mechanical vibration and displacement physical quantity signals are converted into standard electrical process signals and transmitted to the monitor or control system through a three-core field connection shielded cable. Shielded cable structure is generally an effective method to reduce the possibility of external electromagnetic interference, thereby ensuring a stable and reliable transmission signal, and ultimately determining the accurate basis of instrument data.

System compatibility: Bently Nevada 330101-00-58-10-02-00 is compatible with any other series of Bentley products, such as 3300xl series probes, extension cables and various monitors, which can easily form a full-range monitoring system for mechanical rotation monitoring and protection.

Assisted diagnosis: Accurate measurement data is an important basis for correct diagnosis of fault settings. In the event of equipment failure, technicians will easily diagnose the cause of the failure by analyzing the abnormal data collected by the sensor. Then, they will be able to take corresponding maintenance measures, thereby reducing equipment repair time and cost, improving equipment availability, and thus improving production performance.

3.Application scope

Power industry: Bently Nevada 330101-00-58-10-02-00  is mainly used in power plants to monitor large rotating mechanisms such as steam turbines, generators and exciters. Real-time monitoring of the vibration and displacement of these machines can immediately detect potential safety problems, thereby ensuring the stable performance of power equipment and the reliability of power supply.

Petrochemical industry: Compressors, fans, pumps and other mechanical equipment in refineries and chemical plants all have their own operating level monitoring. During the production process, these equipment are subject to huge loads and complex working conditions. Bentley 330101-00-58-10-02-00 can be used to accurately monitor them, enabling enterprises to play a role in preventive maintenance and improve the continuity and safety of production.

Steel industry: Used to monitor the vibration of equipment such as rolling mill stations in steel plants during operation, fatigue damage and equipment failure signs can be discovered in time, providing a scientific basis for equipment maintenance and overhaul, extending equipment life, and improving production efficiency and product quality.

Machinery manufacturing industry: For various types of machine tools, gearboxes and other mechanical equipment, vibration and displacement monitoring is the key to ensuring processing and equipment performance, which can meet the high-precision requirements of machinery manufacturing companies for equipment monitoring and provide strong protection for enterprises.