Features:
- Wide frequency response up to 20,000 Hz enables accurate monitoring of fast-changing mechanical signals.
- Compact PA 6.6 housing with DIN rail mounting simplifies installation in industrial cabinets.
- Stable operation from -30 to 100°C combined with 5g vibration resistance enhances reliability in demanding environments.
Emerson PR6423/009-031 CON041 Eddy Current Signal Converter is designed for precise conversion of eddy current sensor signals in rotating machinery monitoring applications. A frequency range from 0 to 20,000 Hz and a rise time below 15 µs allow rapid response to dynamic shaft movement. The unit offers a standard measuring range of 2.0 mm with linearity error not exceeding 1.0%. DIN rail mounting and screw terminal connections supporting wire-end sleeves up to 1.5 mm² simplify field installation. Industrial users employ Emerson PR6423/009-031 CON041 Eddy Current Signal Converter in condition monitoring systems where dependable signal processing is essential.
Reliable operation under harsh environmental conditions makes Emerson PR6423/009-031 CON041 Eddy Current Signal Converter suitable for vibration and displacement measurement tasks. The device operates within a temperature range of -30 to 100°C and withstands shock and vibration levels of 5g at 60 Hz and 25°C. A protection class of IP20 provides basic enclosure protection for cabinet applications. Housing material is PA 6.6 and overall weight is approximately 60 grams, supporting compact control panel layouts. Emerson PR6423/009-031 CON041 Eddy Current Signal Converter is widely applied in power generation, process industries, and machinery protection systems.
For control cabinets requiring flexible power configurations, Emerson PR6423/009-031 CON041 Eddy Current Signal Converter supports supply voltage ranges of -23V to -32V with output range from -4V to -20V, and -21V to -32V with output range from -2V to -18V. Screw terminal connections accommodate conductors up to 1.5 mm² with wire-end sleeves for secure wiring. Compact dimensions and low weight help reduce installation space requirements. Emerson PR6423/009-031 CON041 Eddy Current Signal Converter is commonly integrated into turbine monitoring and predictive maintenance systems where fast and linear signal conversion contributes to equipment reliability.
The PR6423/009-031 CON041 Emerson Eddy Current Signal Converter may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Emerson PR6423/009-031 CON041 Eddy Current Signal Converter Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Emerson PR6423/009-031 CON041 Eddy Current Signal Converter Specs
General
- Manufacturer Emerson
- Model PR6423/009-031 CON041
- Condition New Original ready stock
- Product Family PR6423/00R-111 CON041,PR6423/011-010 CON021,PR6423/014-110 CON021
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Sensor Interface: Connects to the input terminal of the PR6423 eddy current probe.
- Preamplifier Terminal: Transmits high-frequency signals via a dedicated coaxial cable.
- Power Input: Connects to a standard 24VDC regulated power supply.
- Signal Output: Outputs current or voltage via shielded twisted-pair cable.
- Steam Turbine Shaft Vibration: Real-time monitoring of high-power steam turbine journal vibration.
- Compressor Shaft Displacement: Measures the axial movement of a turbine compressor.
- Hydrogen Turbine Shaft Runout: Monitors the shaft trajectory of a hydroelectric generator set.
- Motor Speed Measurement: Obtains precise rotor speed through a speed measuring disc.
- Gap Voltage Calibration: Adjusts the initial installation distance to match the linear zero point.
- Range Setting: Configures the mechanical displacement change corresponding to the full-scale range.
- Frequency Response Filtering: Filters out high-frequency machine noise through internal circuitry.
- System Fault Monitoring: Automatically detects probe disconnection and triggers an alarm.