Memosens Digital Sensor Technology Analysis and Selection Guide

Memosens Technology Overview

Memosens is an innovative liquid analysis technology currently supported jointly by four major manufacturers: E+H, KNICK, Hamilton, and SI Analytics. Analytical instruments based on this technology can achieve seamless replacement, converting measured values into digital signals and transmitting them inductively to the transmitter, completely eliminating the effects of moisture and corrosion. Sensors can even be used submerged in water, and automatically alarm when transmission is interrupted, ensuring the highest data security and process reliability.

Core Technical Features

Electromagnetic Induction Transmission

Electromagnetic induction technology is used to achieve non-contact digital signal transmission, avoiding interference from moisture, corrosion, and salt bridges, eliminating measurement errors at the root.

Plug-and-Play Connection

Uses a lockable snap-on connector, supports plug-and-play, and features automatic sensor recognition, allowing on-site replacement in just seconds.

Electrical Isolation and Protection

Electrical isolation ensures measurement is unaffected by interference and meets electromagnetic compatibility (EMC) safety requirements. Sensors can be used submerged in water and adapt to harsh operating conditions.

Main Advantages

• Eliminates measurement errors: Non-contact digital signal transmission avoids the effects of moisture, corrosion, and salt bridges; an alarm signal is issued when transmission is interrupted.
• Ensures electromagnetic compatibility safety: Electrical isolation ensures measurement is unaffected by interference.
• User-friendly operating interface: Calibration under optimal laboratory conditions, use of a lockable snap-on connector, plug-and-play, and automatic sensor recognition.
• Reduces operating costs: Use of pre-calibrated sensors, easy replacement, and shortened process downtime; regular regeneration extends sensor service life.
• Optimal data management: Stores calibration parameters, sensor parameters, and process parameters, enabling more precise process management and optimized maintenance strategies (predictive maintenance and preventive maintenance).

Data Management and Maintenance

Digital sensors store calibration parameters, sensor parameters, and process parameters, allowing calibration and regeneration under laboratory conditions, extending sensor service life and minimizing maintenance downtime. With the lockable snap-on connector and automatic sensor recognition, sensors can be easily replaced on site in just seconds. The stored parameters can be used for predictive maintenance and process optimization.

Selection and Compatibility Reference

Analytical instruments based on Memosens technology can all achieve cross-brand seamless replacement, providing flexible selection options for engineering technicians and procurement.