CLS21D Conductivity Sensor Overview
CLS21D is a rugged and durable conductivity sensor suitable for all process and environmental protection industries. It uses Memosens digital technology, features corrosion resistance and moisture resistance, and enables predictive maintenance.
The sensor has multiple structural designs that can be selected according to actual process conditions and installation methods, supporting pipeline installation or flow chamber installation. The integrated structure can be optionally connected via connector or integral cable, featuring strong chemical corrosion resistance, heat resistance, and high mechanical stability.
Core Technical Advantages
Memosens Digital Technology
Based on Memosens digital technology, the CLS21D achieves maximum process and data integrity through simple operation. The sensor stores characteristic parameters and built-in load parameters, supporting sensor predictive maintenance.
Inductive Non-Contact Signal Transmission
It adopts inductive non-contact signal transmission technology to ensure maximum process safety. Digital data transmission ensures data security and avoids the effects of moisture and corrosion.
- Chemical corrosion resistance: suitable for harsh chemical environments
- Strong heat resistance: adapts to high-temperature process conditions
- High mechanical stability: rugged and durable, long service life
- Easy operation: plug and play, supports predictive maintenance
Typical Application Scenarios
Water Treatment and Environmental Monitoring
- Tap water treatment: monitor and treat tap water processes to ensure water quality meets standards
- Desalination units: monitor water conductivity to ensure produced water reaches required purity
- Industrial water treatment: monitor water conductivity to ensure safe and stable production processes
- River or lake water monitoring: understand water quality conditions and changing trends
- Wastewater treatment: monitor treated water conductivity to ensure treatment effects meet standards
Industrial Process Control
- Phase interface separation of medium-conductivity media: such as milk and water, monitor phase interface separation
- High-conductivity medium separation: such as lye and water
- Pharmaceutical and desalination: ensure safety and stability of production processes
- Agricultural irrigation: help farmers understand water quality conditions and manage irrigation systems
Selection Points
When selecting CLS21D, the following parameters need to be confirmed according to actual working conditions:
| Selection Element | Description |
|---|---|
| Measuring range | Suitable for medium/high conductivity media, such as medium-conductivity medium separation (milk/water) and high-conductivity medium separation (lye/water) |
| Cell constant | Select according to actual needs to ensure measurement accuracy and reliability |
| Installation method | Pipeline installation or flow chamber installation |
| Connection method | Connector connection or integral cable connection |
| Process connection | Select appropriate specifications according to on-site interface |
| Material | Select appropriate wetted material according to medium corrosiveness |
Maintenance and Precautions
Daily Inspection and Calibration
- Regularly check whether the sensor connection cable and connection parts are intact to avoid looseness or damage.
- Regularly calibrate the sensor to ensure the accuracy and reliability of measurement results.
- Select appropriate conductivity units and ranges to avoid measurement errors or sensor damage.
Environment and Operating Requirements
- Avoid exposing the sensor to high temperature, humidity, or corrosive environments to prevent damage or errors.
- Regularly clean and maintain the sensor to keep it in good operating condition.
- Avoid strong vibration or impact during storage and transportation to prevent affecting measurement performance.
- Operate according to the manufacturer's operation and maintenance guidelines.
Predictive Maintenance and Troubleshooting
- Record the sensor's specific parameters for traceability and prediction of possible faults or errors.
- If abnormal readings or large errors are found, check whether the sensor is intact and recalibrate if necessary.
- If in doubt, it is recommended to contact the manufacturer or relevant experts for support.
Summary
CLS21D E+H is a conductivity sensor suitable for various water quality monitoring and industrial process control applications, featuring high precision, high stability, and fast response. Based on Memosens digital technology, it provides accurate and reliable measurement values, optimizing process and product quality monitoring.
During use, attention should be paid to the measuring range, dimensions, advantages and features, usage scenarios, and precautions to ensure instrument accuracy and reliability. Large stock available, welcome to purchase.