Bently Nevada 3500/45-01-00 Four-Channel Position Monitoring Module

Function Features

• Pair – Programmed Multi – function Monitoring: The four channels are programmed in pairs, and can perform up to two monitoring functions at the same time. It can realize multiple functions such as axial thrust position, various types of differential expansion, case expansion and valve position. This design enables the module to meet the diverse monitoring needs of different rotating equipment with one device.
• Extensive Sensor Compatibility: It can be connected with a variety of common industrial transducers. This strong compatibility eliminates the need for additional signal conversion accessories, reduces the complexity of system configuration, and saves equipment investment costs for users.
• Flexible Alarm Configuration: It supports user – defined alert and danger thresholds. It also has adjustable alarm delay time. The non – latching alarms can reset automatically, which avoids false alarms caused by transient signal fluctuations and ensures that the alarm information is accurate and effective.
• Convenient Hot – swap and Wiring: It supports hot – swap operation, so maintenance personnel can replace the module without shutting down the entire system, which greatly reduces production losses caused by equipment maintenance. The internal termination design simplifies wiring and reduces signal noise interference.
• Strong Software Compatibility: It can work with System 1 software. The software can conduct in – depth diagnosis of the data collected by the module and analyze data trends. This helps technical personnel find potential equipment faults in advance and formulate scientific and reasonable maintenance strategies.

Application Scenarios

• Power Industry: It is used in steam turbines and generator sets to monitor the axial displacement and differential expansion of the rotor in real time, preventing collision damage between the rotor and the stator. It can also monitor the vibration and displacement of boiler feed pumps and cooling water pumps to ensure the continuous and stable operation of power generation equipment.
• Petrochemical Industry: It is applied to rotating equipment such as centrifugal compressors, process pumps and industrial fans. It monitors the axial position deviation and case expansion of the equipment. It can predict faults caused by thermal expansion or mechanical wear in time and reduce the risk of unplanned shutdown of the production line.
• Metallurgical Industry: It plays a role in high – load equipment such as blast furnace fans and rolling mills. By monitoring the axial vibration and differential expansion of the equipment in real time, it helps operators optimize the operation parameters of the equipment, reduce the wear speed of bearings and seals, and extend the service life of the equipment.
• Aviation and Railway Transportation: It is used to monitor the rotating components of aircraft engines and high – speed rail motors. It monitors the stability of the shaft center position of the components under high – speed and high – temperature operating conditions, which is crucial to ensuring the safe operation of aircraft and high – speed rail.
• General Manufacturing: It is installed on various large – scale rotating equipment in the production lines of automobile manufacturing, machinery processing and other industries. It monitors the valve position and rotating part displacement of the equipment, ensuring the stable operation of the production line and improving the qualified rate of products.