Conductivity sensors
ABB
Conductivity sensors
Our broad range of conductivity cells encompasses three measuring techniques:
- 2-electrode cells for µS/cm ranges
- 4 and 6 electrode sensors for mS/cm ranges
- non-contact, electrode-less sensors.
Multi-electrode and electrode-less (toroidal) sensors tend to be used for applications with aggressive chemicals or where there can be sensor coating or fouling.
Our offering
2-electrode, contacting, conductivity cells
Range 0 to 10,000 µS/cm (0 to 20,000 µS/cm using TB82TE analyzers)
High accuracy technique for trace conductivities from ultrapure water to industrial rinse waters. An alternating current is passed between two electrodes in contact with a solution. The transmitter converts the resultant potential difference into conductivity, concentration or specific resistance.
►Insertion type, carbon electrodes - Model : AC211
►Flow-through type, carbon electrode - Model : AC212
►Dip-type, carbon electrodes - Model : AC213
►Insertion-type, stainless steel electrodes - Model : AC221
►Retractable type, stainless steel electrodes - Model : 2085
►In-line or dip-type, stainless steel electrodes - Model : TB254
►Insertion / submersion / hot-tap, stainless steel electrodes - Model : TB26
►In-line, stainless steel electrodes - Model : TB264
►High pressure, hot-tap, stainless steel electrodes - Model : TB27
►Insertion type, carbon electrodes - Model : AC211
►Flow-through type, carbon electrode - Model : AC212
►Dip-type, carbon electrodes - Model : AC213
►Insertion-type, stainless steel electrodes - Model : AC221
►Retractable type, stainless steel electrodes - Model : 2085
►In-line or dip-type, stainless steel electrodes - Model : TB254
►Insertion / submersion / hot-tap, stainless steel electrodes - Model : TB26
►In-line, stainless steel electrodes - Model : TB264
►High pressure, hot-tap, stainless steel electrodes - Model : TB27
4-electrode, contacting, conductivity cells
Range 0 to 2,000 mS/cm.
Auto-compensating technology for high level conductivity and concentration measurements in high-coating processes. Provides an alarm when cleaning is required.
►Tri-clamp type, stainless steel electrodes - Model : TB451
►In-line or submersion type, stainless steel electrodes -
Model : TB454
►Tri-clamp type, stainless steel electrodes - Model : TB457
►Insertion or submersion type, stainless steel electrodes -
Model : TB461
►Flow cell type, stainless steel electrodes - Model : TB464
►Insertion or hot-tap type, Hastelloy C electrodes - Model :
TB468
►High pressure, hot-tap type, stainless steel electrodes -
Model : TB47
Auto-compensating technology for high level conductivity and concentration measurements in high-coating processes. Provides an alarm when cleaning is required.
►Tri-clamp type, stainless steel electrodes - Model : TB451
►In-line or submersion type, stainless steel electrodes -
Model : TB454
►Tri-clamp type, stainless steel electrodes - Model : TB457
►Insertion or submersion type, stainless steel electrodes -
Model : TB461
►Flow cell type, stainless steel electrodes - Model : TB464
►Insertion or hot-tap type, Hastelloy C electrodes - Model :
TB468
►High pressure, hot-tap type, stainless steel electrodes -
Model : TB47
Electrodeless, non-contacting, conductivity cells
Range 0 to 2,000 mS/cm.
Non-contact technique providing immunity to polarisation, oily fouling and non-conducting coatings until gross fouling occurs. Measurement of the magnitude of induced AC into a closed loop of solution using two embedded toroids.
►Insertion type, carbon electrodes - Model : TB4042
►Insertion type, carbon electrodes - Model : TB4042