Eddy Current Sensor System EPRO CON031 + PR6423/11R-131
Description
TheEPRO CON021is aprecision signal converterdeveloped byEmerson(formerlyEPRO) for use with thePR642x series non-contact eddy current sensors. It converts theraw analog signalsfrom the probes into standardized output signals (such as4-20 mAor0-10 V DC), allowing for seamless integration withcontrol systems,protection relays, andcondition monitoring platforms. This converter is deployed across various critical applications such assteamandgas turbines,hydroelectric generators, andindustrial compressors, where accurateshaft displacementandvibrationmeasurements are essential forpredictive maintenanceandmachine protection. Its high-frequency range and fast response time make it ideal fordynamic fault detectionandhigh-speed applications. TheCON021is built with arugged design,wide operating temperature range, and anIP65-rated enclosure, ensuring reliable performance inharsh industrial environments. Furthermore, it is compatible with a wide range of sensor models, includingPR6422,PR6423,PR6424,PR6425,PR6426, andPR6453, making it highly flexible and suitable for various asset types. TheEPRO PR6423/11R-131is a high-precisioneddy current sensordesigned for critical turbomachinery applications, paired with theCON031 signal converter. This system is used to measureradialandaxial shaft displacement,vibration, andposition, providing high accuracy forpredictive maintenanceandearly fault detectionin rotating machinery. ThePR6423sensor features an11R reverse-mount configuration, allowing installation from behind the target surface. This makes it ideal for environments where space is limited or when access to the target surface is restricted, such astightorrear-access installations. TheCON031 converterprocesses the analog signal from the sensor and outputs standardized data, which is compatible withcontrol systemsandprotection platformssuch asEmerson’s MMS 6000andMMS 3000. This ensures seamless integration into monitoring architectures and effective machinery protection. The system’s rugged design,wide frequency range, and ability to operate inextreme temperaturesandhazardous zonesmake it perfect forpower generation,oil & gas, andheavy industrial applicationswhere equipment reliability and continuous operation are crucial.