MEJ-ADE3500 Inductive Conductivity Electrode is a non-contact measuring device that uses the principle of electromagnetic induction to measure conductivity by generating induced current in a solution through an alternating magnetic field.
Characteristics:
Communication:RS485
Process pressure:≤0.5MPa
Power supply:（20~28）VDC
Power consumption:≤2W
Intro to MEJ-ADE3500 Inductive conductivity electrode
The MEJ-ADE3500 inductive conductivity electrode has significant advantages due to its unique technical principles and structural design. The following is a detailed explanation for you:
Non contact measurement:
using the principle of electromagnetic induction, the electrode does not come into direct contact with the solution, effectively avoiding electrode contamination, corrosion, or wear. It is suitable for complex liquids with strong corrosiveness, high viscosity, and a large amount of particle impurities, and has high measurement stability and reliability.
Wide adaptability:
It can adapt to various harsh working conditions, whether it is high temperature, high pressure environment, or solutions containing strong electrolytes and organic solvents, and can stably measure, expanding its application scenarios.
High precision and repeatability:
Advanced sensing technology ensures high measurement accuracy and good repeatability of multiple measurement data, providing reliable data support for water quality monitoring, chemical production process control, etc.
Maintenance free or low maintenance:
Due to the non-contact design, the frequency of electrode cleaning, calibration, and replacement is reduced, reducing maintenance costs and workload, especially suitable for continuous production scenarios that are difficult to shut down for maintenance.
Quick response:
It can quickly sense changes in solution conductivity, output measurement results in a timely manner, meet the needs of real-time monitoring and rapid control, and improve production efficiency and quality control capabilities.
Long service life:
Avoiding the loss problem of contact measurement, the electrode has a long service life, reduces equipment replacement frequency, and lowers overall operating costs.
Easy to install and integrate:
The standardized interface and structural design make it easy to install and integrate into various automation control systems, making it convenient to work together with existing equipment.
| Measurement | Conductivity, concentration, TDS, temperature | |
| Model | MEJ-ADE3500 | |
| Measure range | Conductivity | 500μS/cm~2000mS/cm |
| Concentration | NaOH：(0~15)% or (25~50)% | |
| HNO3：(0~25)% or (36~82)% | ||
| User-defined | ||
| Temperature | (0~120）℃ | |
| Accuracy | Conductivity | （500～1999）μS/cm，±1.5%FS |
| （2～2000）mS/cm，±1.0% FS | ||
| Temperature | 0.5℃ | |
| Temp compensation | Compensation element | Pt1000 |
| Range | （0～120）℃ linear compensation | |
| Communication | RS485 | |
| Process pressure | ≤0.5MPa | |
| Power supply | （20~28）VDC | |
| Power consumption | ≤2W | |
| Ingress protection | Sensor：IP68 Cable interface: IP65 | |
| Working environment | Temperature：（0~50）℃ Humidity: ≤95%RH (no condensation) | |
| Storage environment | Temperature：（-20~60）℃ Humidity: ≤85%RH (no condensation) | |
| Cable length | 10m（standard)）,others customizable | |
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Component workshop
Calibration workshop
Product verification
