The PR6423/014-010 CON021 Eddy Current Sensor from EMERSON’s EPRO series is a precision signal conversion device engineered for displacement, position, and speed measurement in industrial automation systems. Designed for seamless integration into distributed control systems (DCS), it ensures accurate, real-time monitoring and diagnostics in demanding environments.
Technical Specifications
Model Number:PR6423/014-010 CON021
Product Type: Eddy Current Sensor
Manufacturer: EMERSON
Condition: Brand New
Product Line: EPRO Series
Weight: 0.2 kg
Dimensions: 20 × 18 × 4 cm
HS Code: 8537101190
Minimum Order Quantity (MOQ): 1
Origin: USA
System Compatibility: DCS
Communication Interface: Ethernet router
Lifecycle Status: Discontinued as of December 31, 2018
Lead Time: In Stock
Functional Highlights
Converts analog signals from eddy current sensors into precise digital outputs.
Advanced algorithms compensate for temperature variations and sensor drift, ensuring consistent accuracy.
Provides reliable displacement, position, and speed measurements for machinery monitoring.
Seamless integration with PLCs and automation systems reduces configuration time.
Rugged construction ensures durability and long-term stability in harsh industrial conditions.
Supports predictive maintenance by enabling accurate diagnostics and reducing downtime.
Application Scenarios
Rotating machinery monitoring in power generation and petrochemical industries.
Process control systems requiring precise displacement and position feedback.
Condition-based maintenance programs for industrial automation.
Environments with temperature fluctuations and electrical interference.
FAQ
Q: Is the PR6423/014-010 CON021 still available? A: While discontinued in 2018, brand-new stock remains available for procurement.
Q: What makes this sensor suitable for harsh environments? A: Its robust design and advanced compensation algorithms ensure reliable performance under extreme conditions.
Q: Can it be integrated with modern PLCs? A: Yes, it supports Ethernet-based communication and integrates smoothly with current automation systems.
