Medical Wastewater Conductivity Sensor 200 μS/cm Range Titanium Alloy Electrode NPT 3/4" Interface
Medical wastewater conductivity sensor with 200 μS/cm range and titanium alloy construction, designed for pure water quality monitoring applications.
| Parameter | Specification |
|---|---|
| Measurement Range | 0.01 μS/cm - 200 μS/cm |
| Electrode System | Two-electrode, K=0.1 constant |
| Junction Material | Titanium Alloy |
| Operating Temperature | 0℃ - 60℃ |
| Pressure Resistance | 0 - 0.6 MPa |
| Temperature Sensors | NTC10K, PT100, PT1000 |
| Installation Interface | NPT 3/4" |
| Cable Length | Standard 10m |
Conductivity measurement operates on the principle that dissolved salts in water exist as ions that move under an applied electric field. The conductivity value represents the reciprocal of resistivity and serves as a critical indicator of total dissolved salt content in water.
This sensor measures the electrical conduction capability of aqueous solutions, with lower conductivity values indicating higher water purity. All measurements are standardized to 25°C for consistent comparison across different conditions.
- Sidewall Installation: Ensure interface tilt angle exceeds 15 degrees for optimal performance
- Top Flange Installation: Consider flange dimensions and electrode insertion depth requirements
- Pipe Installation: Account for pipe diameter, flow velocity, and pressure conditions
- Flow-Through Installation: Monitor flow velocity and pressure parameters during operation
- Submersion Installation: Adjust bracket length according to application requirements
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