CLS19 Conductivity Sensor Overview
The CLS19 conductivity sensor is a low measuring range integrated conductivity measurement sensor, designed specifically for pure water and ultrapure water conductivity monitoring. This sensor features reliable and accurate measurement, low maintenance rate, long service life, and high cost-effectiveness, making it suitable for industrial applications with stringent water quality requirements.
CLS19 Conductivity Sensor Selection Guide
The CLS19 series offers multiple models covering different conductivity measurement ranges. When selecting, the appropriate model must be determined based on the conductivity range of the water to be measured and the application environment.
Comparison of Common Models and Ranges
| Model | Range | Typical Application |
|---|---|---|
| CLS19-A1A1A | 0.04~20 µS/cm | Ultrapure water, pure water |
| CLS19-B1A1A | 0.1~200 µS/cm | Pure water, drinking water |
Selection Steps
- Confirm the conductivity range of the water sample to be measured, and select the model with the corresponding range.
- Evaluate the installation environment, such as whether it is a sanitary or aseptic environment, and select the corresponding structure.
- Confirm the process connection and output signal requirements to ensure compatibility with the existing system.
- Refer to the actual operating conditions such as temperature and pressure to verify sensor applicability.
CLS19 Conductivity Sensor Application Scenarios
The CLS19 conductivity sensor is mainly used for monitoring and control of conductivity in pure water and ultrapure water, playing a key role in multiple industrial fields.
Typical Industrial Applications
- Ion exchangers: Monitor effluent water quality to ensure resin regeneration effectiveness.
- Reverse osmosis (RO) systems: Monitor product water conductivity to evaluate membrane performance.
- Cooling water systems: Detect circulating water quality to prevent scaling and corrosion.
- Distilled water preparation: Control distilled water purity.
- Chip cleaning: Ensure ultrapure water quality to meet the high cleanliness requirements of the electronics industry.
Sanitary and Aseptic Environment Applications
The CLS19 conductivity sensor is also commonly used in toroidal conductivity measurement systems in sanitary and aseptic environments. Its integrated structural design facilitates cleaning and sterilization, making it suitable for industries such as pharmaceuticals, biotechnology, food and beverage.
Conclusion
If conductivity measurement of pure water and ultrapure water is required, especially in sanitary and aseptic environments, the CLS19 conductivity sensor is an ideal choice. Its rich selection of models and reliable performance can meet the measurement needs of different industrial scenarios.