Description
Overview
The PR6423/101‑101 CON031 eddy current sensor from Emerson’s EPRO series is a precision displacement and vibration measurement device engineered for continuous monitoring of rotating machinery. Designed for long‑term stability in demanding industrial environments, it provides accurate non‑contact measurement essential for turbine, compressor, and pump condition monitoring.
Key Features
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High‑resolution non‑contact displacement and vibration measurement
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Robust construction suitable for high‑temperature and contaminated environments
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Fast response for real‑time machine condition evaluation
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Compatible with CON031 signal converter for multiple output formats
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Designed for integration into DCS and condition monitoring systems
Technical Specifications
| Parameter |
Specification |
| Model |
PR6423/101‑101 CON031 |
| Product Type |
Eddy Current Sensor |
| Brand |
Emerson / EPRO |
| Origin |
USA |
| Weight |
0.26 kg |
| Dimensions |
16 × 16 × 4 cm |
| System Compatibility |
DCS |
| Communication (Converter) |
Ethernet‑based interface via CON031 |
| Minimum Order Quantity |
1 |
| Lead Time |
In Stock |
| HS Code |
8537101190 |
Functional Characteristics
The PR6423/101‑101 CON031 sensor is optimized for high‑precision shaft displacement and vibration monitoring. Its coil design ensures stable sensitivity across a wide temperature range, while the rugged housing protects against oil, dust, and mechanical stress. When paired with the CON031 converter, the system supports analog and digital outputs, enabling seamless integration into modern monitoring platforms.
Typical Applications
FAQ
Q: Is the PR6423/101‑101 CON031 still in production? A: No. It was discontinued on December 31, 2018, but remains widely used in legacy systems.
Q: Can it be used with other EPRO monitoring modules? A: Yes. It is compatible with EPRO/Emerson monitoring platforms designed for eddy current displacement sensors.
Q: What makes this sensor suitable for harsh environments? A: Its sealed construction, temperature‑resistant materials, and stable coil design ensure reliable operation under oil, heat, and vibration exposure.
