Description
Overview
The Emerson PR6424/000‑101 CON031 is an electrodynamic vibration sensor from the EPRO series, engineered for precise, non‑contact monitoring of shaft displacement and vibration in rotating machinery. Its design supports continuous condition monitoring and machinery protection applications where accuracy and long‑term stability are essential.
Functional Characteristics
This sensor operates as part of an electrodynamic proximity measurement chain, delivering high‑resolution displacement and vibration data for turbines, compressors, pumps, and other high‑speed rotating assets. Its electronics are optimized for stable performance in harsh industrial environments, including elevated temperatures, oil contamination, and electromagnetic interference.
The PR6424/000‑101 CON031 integrates seamlessly with CON031‑series signal conditioning units, enabling real‑time data acquisition and diagnostics. Its non‑contact measurement principle eliminates mechanical wear, reducing maintenance requirements and improving system uptime.
Technical Specifications
| Parameter |
Specification |
| Model |
PR6424/000‑101 |
| Part Number |
CON031 |
| Product Type |
Electrodynamic Vibration Sensor |
| Measurement Principle |
Non‑contact eddy‑current displacement |
| Probe Diameter |
8 mm (typical PR6424 series) |
| Typical Applications |
Shaft vibration, axial/radial displacement |
| System Platform |
EPRO / CON031 signal conditioning |
| Operating Environment |
High‑temperature, oil‑contaminated, EMI‑resistant |
| Dimensions |
16 × 15 × 3 cm |
| Weight |
0.26 kg |
| Country of Origin |
USA |
| HS Code |
8537101190 |
| System Type |
DCS / Condition Monitoring |
| Availability |
In stock |
Performance Description
The PR6424/000‑101 CON031 provides accurate, real‑time vibration and displacement data, enabling early detection of mechanical issues such as bearing degradation, rotor instability, or misalignment. Its electrodynamic sensing technology offers excellent linearity and stability, making it suitable for critical rotating equipment.
The sensor’s rugged construction ensures long‑term reliability in demanding industrial environments. Its compatibility with EPRO monitoring systems allows straightforward integration into both legacy and modern automation architectures, supporting predictive maintenance strategies and improving operational safety.
Application Scenarios
-
Turbine and generator shaft monitoring
-
Compressor and pump vibration analysis
-
Machinery protection systems in petrochemical and power facilities
-
High‑speed rotating equipment in manufacturing
-
Predictive maintenance and continuous monitoring programs
FAQ
Q: What differentiates the PR6424/000‑101 from other PR6424 variants? A: The “000‑101” configuration defines probe length and calibration range, optimized for specific installation requirements and CON031 signal conditioning.
Q: What signal converter is required? A: It must be paired with a compatible CON031 signal conditioning module.
Q: Can this sensor operate in high‑temperature environments? A: Yes, the PR6424 series is engineered for elevated temperatures and harsh industrial conditions.
