PR6423/018-030/C0N011 CSI 6500 Machinery Health™ Monitor

Description

Overview

Essential details：PR6423/018-030/C0N011 CSI 6500 Machinery Health™ Monitor

The PR 6423 is a non-contact eddycurrent transducer with a ruggedconstruction and designed forextremely critical turbomachineryapplications such as steam,gas, compressor and hydroturbomachinery, blowers and fans.The purpose of a displacementprobe is to measure position orshaft movement without contactingthe measured surface – the rotor.In the case of sleeve bearingmachines, the shaft is separatedfrom the bearing material by athin film of oil. The oil acts asa dampener and therefore thevibration and position of the shaftare not transmitted through thebearing to the bearing case.

The use of case vibration sensorsis discouraged for monitoringsleeve bearing machines since thevibration produced by shaft motionor position is greatly attenuatedthrough the bearing oil film.The ideal method of monitoringshaft position and motion is bymounting a non-contact eddysensor through the bearing, orinside the bearing, measuringthe shaft motion and positiondirectly. The PR 6423 is commonlyused to measure vibration ofmachine shafts, eccentricity, thrust(axial displacement), differentialexpansion, valve position, and airgaps.

Q Non-contact measurement of static and dynamic shaft displacement
– Axial and radial shaft displacement (position)
– Shaft eccentricity
– Shaft vibration (motion)
Q Meets international standards, DIN 45670, ISO 10817-1 and API 670
Q Rated for explosive area, Eex ib IIC T6/T4
Q Other displacement sensor selections include PR 6422, PR 6423, PR 6424 and PR 6425
Q Select converter, such as CON 011/91, 021/91, 041/91, and cable for complete transducer system

PR6423/003-030-CN

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PR6423/018-030/C0N011 CSI 6500 Machinery Health™ Monitor

The PR6423/018-030/C0N011 CSI 6500 Mechanical Health ™ monitor is an advanced diagnostic tool specifically designed to monitor the health of mechanical equipment. This monitor can collect and analyze the operation data of machinery and equipment in real time, helping users to identify and predict potential mechanical failures in time, thereby effectively preventing production interruptions and improving equipment reliability and production efficiency.

This monitor has the following outstanding features:

Real-time monitoring and data analysis: The PR6423/018-030/C0N011 CSI 6500 Machine Health ™ monitor monitors the operating status of machinery in real time, including vibration, temperature, pressure and many other key parameters. With built-in advanced algorithms, it is able to conduct in-depth analysis of this data and extract useful information to help users understand the health of the device.
Fault warning and prediction: Through the real-time monitoring and analysis of the operation data of the mechanical equipment, this monitor can detect the potential trouble of the equipment in advance and send an early warning signal. In addition, it can also predict the future failure trend of equipment based on historical data and algorithm model, and provide users with a more comprehensive failure prevention program.
Easy to operate and integrate: The PR6423/018-030/C0N011 CSI 6500 Mechanical Health ™ monitor is designed with an intuitive user interface that makes it easy for users to get started. At the same time, it also supports a variety of communication protocols and data interfaces to facilitate integration with other systems to achieve data sharing and remote monitoring.
High reliability and stability: This monitor is designed with high quality hardware and software to ensure stable performance even in harsh operating environments. In addition, it also has a strong anti-interference ability, can effectively resist the influence of electromagnetic interference and other external factors.
Overall, the PR6423/018-030/C0N011 CSI 6500 Mechanical Health ™ monitor is a powerful, easy to operate and highly reliable mechanical health monitoring tool. It can help users find and solve mechanical problems in time, improve the operation efficiency and production efficiency of equipment.