Product Overview

Conductivity: A measurement of a substance's ability to conduct electricity. The better the conductivity of water, the greater its conductivity value, and the greater its total dissolved solids (TDS). In simple terms: TDS represents the content of dissolved impurities in water. A higher value indicates a higher impurity content, and vice versa. The purer the water, the lower the conductivity. Therefore, conductivity is a measure of the purity of groundwater.

Measurement Principle: Electrode Method

The conductivity deep-water sensor is a high-precision measuring instrument specially designed for deep-water environments, mainly used for measuring the conductivity of water bodies. Conductivity is one of the important parameters for evaluating water quality, reflecting the level of ion concentration in water, and is widely used in ocean science, environmental monitoring, water treatment, and hydrogeology.

Main Functions

High-Precision Measurement

• Uses advanced sensing technology and signal processing algorithms to ensure high accuracy and stability of measurement results.

• Wide measurement range, suitable for different types of water bodies, including freshwater, seawater, and industrial wastewater.

Real-time Monitoring

• Supports real-time data acquisition and transmission, providing timely feedback on changes in water conductivity.

• Can be connected to data loggers or other monitoring systems for remote monitoring and data management.

Pressure-Resistant Design

• Made of high-strength, corrosion-resistant materials, capable of long-term stable operation in extreme underwater environments.

• Suitable for deep-sea monitoring.

Low Power Consumption

• Built-in high-performance battery, supporting long-term continuous operation.

• Supports external power supply, meeting the needs of long-term monitoring.

Intelligent Calibration

• Built-in automatic calibration function to ensure the accuracy of measurement results.

• Provides manual calibration options for users to adjust according to their actual needs.

Data Recording

• Built-in memory, capable of recording a large amount of measurement data for subsequent analysis and processing.

• Supports data export function, data can be transferred to computers or other devices via USB interface or wireless communication.

Application Areas

Oceanographic Research

• Used for observation and research of marine ecosystems, providing real-time conductivity data support.

• Assessing the salinity and ion concentration of seawater, studying changes in the marine environment.

Environmental Monitoring

• Monitoring the conductivity of rivers, lakes, and groundwater to assess water quality and pollution levels.

• Used for environmental protection and water resource management.

Water Treatment

• Used in industrial water treatment and wastewater treatment to monitor treatment effects and optimize treatment processes.

• Assessing the performance and efficiency of water treatment systems.

Hydrogeology

• Used in groundwater surveys and hydrogeological research to assess the quality and distribution of groundwater resources.

• Studying the flow and recharge of groundwater. Installation and Maintenance

• Easy Installation: Provides detailed installation instructions for quick deployment.

• Simple Maintenance: Regularly clean the sensor probe to ensure the accuracy of the measurement results.

• Convenient Calibration: Supports automatic and manual calibration to ensure long-term stable operation.

Advantages

• High Accuracy: Advanced sensing technology and signal processing algorithms ensure high accuracy and stability of measurement results.

• High Reliability: Pressure-resistant design and high-performance battery ensure stable operation of the equipment in extreme environments.

• Multifunctional: Supports real-time monitoring, data recording, and remote transmission to meet various application needs.