Memosens technology is an innovative liquid analysis technology. Memosens technical organizations now support the four major manufacturers of E H, KNICK, Hamilton , SI Analytics, as long as the analytical instruments based on memosens technology can be seamlessly replaced. It converts the measured value into a digital signal and transmits it inductively to the transmitter, eliminating the effects of moisture and corrosion-the sensor can even be used immersed in water! When the information transmission is interrupted, an alarm signal is issued, Memosens the highest security of data transmission, the reliability of the measuring point is improved, and the process is safe and fault-free.
uses electromagnetic induction technology
Use lockable snap connectors, plug and play
electrical isolation ensures that the measurement is not affected by interference
sensors can even be used immersed in water
advantage
Eliminates measurement errors: non-contact digital signal transmission avoids the influence of water vapor, corrosion and salt bridges on measurement; an alarm signal is issued when information transmission is interrupted.
ensures electromagnetic compatibility (EMC) safety: electrical isolation ensures that the measurement is not affected by interference.
-friendly user interface: calibration under the best laboratory conditions, using lockable buckle connectors, plug and play, with automatic sensor recognition function.
Reduced operating costs: With pre-calibrated sensors, sensor replacement is easy and process downtime is reduced; regular regeneration extends sensor life.
optimal data management: store calibration parameters, sensor parameters and process parameters for more precise process management and optimized maintenance strategies (predictive and preventive maintenance).
digital sensors store calibration parameters, sensor parameters and process parameters, allowing calibration and regeneration under laboratory conditions, extending sensor life and minimizing downtime during maintenance. With lockable snap connectors and automatic sensor recognition, sensors can be easily replaced in the field in seconds. The stored parameters can be used for pre-maintenance and process optimization.