EPRO PR6424/000-101+CON041 flow sensor

Product composition
Eddy current Sensor EPRO PR6424/000-101:
Type: Eddy current sensor
Series: PR6424 series
Function: Usually used for non-contact measurement, such as shaft vibration, shaft displacement and other physical quantities. Although this is not a flow sensor, eddy current sensor technology can also be applied to other types of measurements.
Preprocessor CON041:
Type: Signal Converter (preprocessor)
Compatibility: Designed for PR6422-PR6426 series sensors
Function: The signal detected by the eddy current sensor is converted into a standard voltage output, which is convenient for subsequent data processing or monitoring.
Technical parameters (based on similar models and reference articles)
Eddy current sensor:
Measuring range: It depends on the model and application, but eddy current sensors typically have a wide measuring range.
Accuracy: High precision measurement capability to ensure the accuracy of data.
Response speed: Fast response, real-time monitoring of the state of the measured object.
Reliability: High-quality components and strict production process to ensure long-term stable operation.
Preprocessor CON041:
Dynamic performance frequency range: 0 to 20,000 Hz
Rise time: <15μs
Operating temperature range: -30℃ to 100℃
Supply voltage range: -23V to -32V (or -21V to -32V, depending on output range)
Application field
This combination is commonly used in various turbomachinery and industrial equipment, such as steam turbines, compressors, fans, etc.
Suitable for industrial environments where precise measurement and control of physical quantities is required.
conclude
The EPRO PR6424/000-101+CON041 combination is a system composed of eddy current sensors and preprocessors, although not directly described as a flow sensor, its high precision, high reliability and non-contact measurement characteristics make it a wide range of applications in a variety of industrial applications. The signal detected by the eddy current sensor is converted by the preprocessor and can be easily used for subsequent data processing or monitoring, which provides strong support for the normal operation and maintenance of the equipment.