The PR6424/01 CS CON021 16mm Eddy Current Sensor from Emerson’s EPRO series is a high-precision monitoring device designed for vibration and displacement measurement in critical rotating machinery. Built for predictive maintenance and condition monitoring, it provides accurate real-time data to detect potential equipment issues early, reducing downtime and improving operational efficiency.
Technical Specifications
Parameter
Value
Model Number
PR6424/01 CS CON021
Product Type
16mm Eddy Current Sensor
Manufacturer
Emerson
Condition
Brand New
Dimensions
18 × 18 × 5 cm
Weight
0.5 kg
System Compatibility
EPRO, DCS
Sensor Type
Eddy Current Vibration/Displacement
Diagnostic Features
Advanced signal processing, predictive maintenance
HS Code
8537101190
Origin
USA
Minimum Order Quantity
1
Availability
In Stock
Lifecycle Status
Discontinued (Dec 31, 2018)
Functional Highlights
Provides high-accuracy vibration and displacement monitoring for turbines, compressors, and generators.
Advanced signal processing ensures sensitivity and stability in harsh operating conditions.
Rugged design withstands extreme temperatures, mechanical shocks, and electromagnetic interference.
Seamless integration with Emerson EPRO and other industrial monitoring systems.
Enables predictive maintenance and proactive diagnostics to minimize unplanned downtime.
Long service life and minimal maintenance requirements make it cost-effective for industrial applications.
Application Scenarios
Oil & gas facilities requiring vibration monitoring for rotating equipment.
Power generation plants with turbines and critical machinery.
Chemical processing industries needing predictive maintenance solutions.
Manufacturing environments requiring robust eddy current sensors for continuous monitoring.
FAQ
Q: What type of measurements does the PR6424/01 CS CON021 provide? A: It measures vibration, displacement, and position using eddy current technology.
Q: Is this sensor compatible with Emerson EPRO systems? A: Yes, it integrates seamlessly with Emerson’s EPRO and DCS platforms.
