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General| Measurement Parameter | Conductivity, Temperature |
|---|---|
| Temperature Compensation | Automatic |
| Probe Material | Epoxy |
| Shaft material | Epoxy |
| Electrode material | Graphite |
| Accuracy | ±0.5 % of value |
| Cell constant | 0.475 cm⁻¹ |
| Cable Length | 1.5 m |
| Operating Temperature | -5 °C to +80 °C |
| Protection Class | IP68 |
| Dimensions | Length: 120 mm, Diameter: 12 mm |
Details the components of the conductivity measuring cell, including electrodes and sensors.
Lists areas where the TetraCon 325/C is particularly suitable, such as water analysis.
Provides instructions for cleaning the sensor to maintain accuracy and prevent contamination.
Explains factors that can affect the lifespan or cause damage to the conductivity cell.
Recommends proper methods for disposing of the measuring cell as electronic waste.
Addresses issues related to the absence of readings on the instrument.
Covers errors where conductivity readings are incorrect or unexpected.
Deals with situations where the temperature measurement is inaccurate.
Lists key specifications like measuring principle, cell constant, sensor, and physical dimensions.
Details the weight, construction materials, cable lengths, diameter, and plug type.
Specifies the pressure limits for the sensor with and without the cable.
Defines the operating parameters like conductivity range, temperature range, and overpressure.
Specifies the recommended method and temperature for storing the cell.
Lists key performance characteristics provided with the product, like response time.
Illustrates the electrical connections for the sensor pins, including NTC and electrodes.
Describes Xylem's global mission and services related to water management.
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