These enhanced-performance sensors are manufactured to tight tolerances using high-quality, durable materials for demanding applications including ultrapure water, clean-in-place (CIP) and boiler/condensate monitoring.
| Flow | 0 - 3 m/s maximum, fully immersed |
| Pressure range | 0 - 20.7 bar |
| Accuracy | ±2% of reading above 200 µS/cm |
| Operating temperature range | -20 - 200°C |
| Sensor type | Digital |
| Temperature compensation | Temperature Compensation: PT1000 RTD |
| Temperature measuring range | -20 - 200°C |
| Response time | 90% of reading within 30 seconds after a step change |
| Part No. | Description | Cable Length | Installation type | Cell constant |
|---|---|---|---|---|
| D3422A2.99 | Digital Contacting Conductivity Sensor with ½ inch Stainless Steel Compression Fitting, Low Conductivity (k=0.05) | 7 m | Compression | 0.05 cm -1 |
| D3422B3.99 | Digital Contacting Conductivity Sensor with ¾ inch PVDF Compression Fitting, Low Conductivity (k=0.5) | 7 m | Compression | 0.5 cm -1 |
| D3422E3.99 | Digital Contacting Conductivity Sensor with ¾ inch PVDF Compression Fitting, High Conductivity (k=10) | 7 m | Compression | 10 cm -1 |
| D3422A1.99 | Digital Contacting Conductivity Sensor with ½ inch PVDF Compression Fitting, Low Conductivity (k=0.05) | 7 m | Compression | 0.05 cm -1 |
| D3422D3.99 | Digital Contacting Conductivity Sensor with ¾ inch PVDF Compression Fitting, High Conductivity (k=5.0) | 7 m | Compression | 5.0 cm -1 |
| D3433B8.99 | Digital Non-Metallic General Purpose Contacting Conductivity Sensor, Low Conductivity (k=0.5) | Standard cable length (integral) digital sensor: 6 m | Genel Maksat | 0.5 cm -1 |
| D3455A6.99 | Digital Sanitary (CIP) Flange Style Contacting Conductivity Sensor, Low Conductivity (k=0.05) | Standard cable length (integral) digital sensor: 6 m | Sanitary flange | 0.05 cm -1 |
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These enhanced-performance sensors are manufactured to tight tolerances using high-quality, durable materials for demanding applications including ultrapure water, clean-in-place (CIP) and boiler/condensate monitoring. Each sensor is tested to determine its unique four-digit cell constant. Simply enter this constant when configuring the analyser to achieve the highest possible measurement accuracy. In addition, each sensor has a Pt 1000 RTD temperature element at its tip to respond exceptionally quickly to temperature changes with ±0.1 ºC accuracy.
The sensors measure from theoretically pure water (0.057 µS/cm or 18.2 MΩ) up to 200,000 µS/cm. Hach digital SC Controllers work with different digital sensors and can be set by the user to measure conductivity, resistivity, TDS, salinity or one of six other calculated measurements.
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These enhanced-performance sensors are manufactured to tight tolerances using high-quality, durable materials for demanding applications including ultrapure water, clean-in-place (CIP) and boiler/condensate monitoring.
Electrodeless Conductivity Sensor - Wide measuring range - Low-maintenance design - Versatile mounting - Operating principle - Resistant to harsh environments
Hach Inductive Conductivity Sensors can measure from 200 to 2, 000, 000 microSiemens/cm. The built-in Pt 1000 RTD compensates the measured conductivity for changes in process temperature.
A system that is an integral part of water analytics in the power industry. Hach offers a wide range of products to provide flexible solutions that meet your needs.
