Memosens Measurement Principle Video Introduction
This video comes from the official Endress+Hauser YouTube channel and visually demonstrates the measurement principle of Memosens digital sensors. Through the video, you can quickly understand its non-contact signal transmission mechanism and core advantages.
Memosens Core Technical Advantages
Eliminate Measurement Errors
Memosens uses non-contact digital signal transmission, completely avoiding the influence of moisture, corrosion, and salt bridges on measurement results. When signal transmission is interrupted, the system immediately sends an alarm signal to ensure process safety.
Ensure Electromagnetic Compatibility (EMC) Safety
Through galvanic isolation design, Memosens ensures that measurement signals are not affected by external electromagnetic interference, meeting EMC requirements in harsh industrial environments.
User-Friendly Operating Interface
Sensors can be calibrated under optimal laboratory conditions. On site, a lockable snap-on connector is used for plug-and-play operation, and it features automatic sensor recognition, greatly simplifying the operation process.
Reduce Operating Costs
- Use pre-calibrated sensors for easy replacement and shorter process downtime;
- Regular regeneration can extend sensor service life and reduce spare parts consumption.
Optimal Data Management
The sensor internally stores calibration parameters, sensor parameters, and process parameters, supporting more accurate process management and optimized maintenance strategies, including predictive maintenance and preventive maintenance.
Memosens Technical Parameters Overview
| Feature | Description |
|---|---|
| Signal Transmission | Non-contact digital signal, galvanically isolated |
| Connection Method | Lockable snap-on connector, plug-and-play |
| Recognition Function | Automatic sensor recognition |
| Data Storage | Calibration parameters, sensor parameters, process parameters |
| Maintenance Strategy | Predictive maintenance, preventive maintenance |
Memosens On-Site Replacement Steps
- Complete sensor calibration under laboratory conditions;
- Carry the pre-calibrated sensor to the site;
- Disconnect the old sensor connector;
- Connect the new sensor, and the snap-on connector locks automatically;
- The system automatically recognizes sensor parameters without manual configuration;
- Confirm normal signal transmission and resume process measurement.
The entire replacement process takes only a few seconds, significantly reducing downtime.
Summary
Through non-contact transmission, galvanic isolation, and intelligent data management, Memosens digital sensors provide a highly reliable, low-maintenance-cost solution for industrial process measurement. Its plug-and-play design and predictive maintenance capability are especially suitable for industries with high requirements for continuous operation.