Conductivity
AM-CON Inductive Conductivity Sensor
Inductive conductivity sensor for aggressive, scaling or fouling liquids, with no electrodes in contact with the medium.
- Model
- AM-CON
- Category
- Conductivity
- Outputs
- Modbus RTU, 4–20 mA
- Lead time
- 8 working days
- MOQ
- 1 unit; 10 pcs for OEM branding
- OEM available
- Yes
Technical specifications
| Measuring range | 0–2000 mS/cm, four ranges by model |
|---|---|
| Accuracy | ±1.0% of reading after calibration |
| Cell constant | Toroidal, electrode-free, no polarisation |
| Temperature compensation | Automatic, Pt1000, adjustable coefficient |
| Wetted material | PEEK or PP body, no metal in contact with the liquid |
| Protection and output | IP68; RS485 Modbus RTU, 4-20 mA option |
What it is not the answer for
Read this before asking for a price: one of these conditions is what turns a good meter into a bad installation.
- Pure water below about 20 µS/cm: inductive cells lose resolution at very low conductivity
- Sanitary installations where the bore cannot be cleaned in place
- Media with entrained air or heavy solids that break the inductive loop
Maintenance and service life
Clean the toroid bore monthly in scaling or biological service; scale inside the bore is the usual cause of a drifting reading. Verify against a standard solution once a year. There are no electrodes to replace, which is the point of the design.
Applications
Where this model is used
Each application names a measuring point and the conditions that decide the selection.
Content plan — certificates and case references
- The declarations that apply to this model: CE, RoHS and any hazardous-area approval, each with its certificate number and the body that issued it.
- One or two installations: plant type, medium, model supplied and what the reading is used for. Customer name only where written permission exists.
Measuring point does not match the table above?
Send the medium, the pipe size and the output your control system expects. We answer with the principle that fits, or with the reason none of ours does.