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4 Electrode Salinity Sensor RS485 Modbus For Seawater Aquaculture

Categories Conductivity Analyzer
Brand Name: Daruifuno
Model Number: DEC350
Certification: CE, ISO
Place of Origin: China
MOQ: 1
Payment Terms: T/T, Western Union, MoneyGram
Supply Ability: 10000 Sets per Month
Delivery Time: 5-25 days
Packaging Details: Carton
Product Name: Salinity sensor
Measuring Principle: 4-electrode
Measuring Range: Salinity: 0~80ppt (‰) Temp: 0~50℃
Resolution: 0.01%
Accuracy: ±1%FS
Response Time: T90<15s
Temp Compensation: Automatic, built-in temp unit
Digital Output: RS485, Modbus
Calibration Method: contrast bias correction; factor correction
Work Pressure: ≤6Bar
Work Temperature: 0.0~50.0℃ (does not freeze)
Shell Material: Ti+PEEK+Nickel
Protection Grade: IP68
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4 Electrode Salinity Sensor RS485 Modbus For Seawater Aquaculture

4 Electorde Salinity Sensor With RS485 For Seawater Aquaculture


The four-electrode salinity sensor DEC351 is used to measure the salinity in liquid, and it has higher accuracy, stability and anti-interference ability than the traditional two-electrode sensor. However, proper cleaning, calibration, maintenance and protection processes are critical in order to ensure their proper functioning and accurate measurement results.


Advantages of the four-electrode salinity sensor DEC351:


Accuracy: Four-electrode salinity sensors are more accurate than two-electrode sensors. It reduces measurement errors by using an additional two electrodes to eliminate electrode polarization issues.


Stability: Since the electrode polarization problem is eliminated, the four-electrode sensor can still maintain good stability after long-term use, reducing the frequency of calibration and maintenance.


Immunity to Interference: The four-electrode salinity sensor is designed to be more immune to interference, providing accurate salinity measurements in the presence of other ions or impurities.


Wide measurement range: Four-electrode sensors typically have a wider measurement range, enabling accurate measurements at varying salinity levels.


Specification:


ModelDEC350DEC351
Measuring ObjectSalinityConductivity
Measuring Principle4-electrode
Measuring Range

Salinity: 0~80ppt (‰)

Temp: 0~50℃

Conductivity: 0~100 mS/cm

Temp: 0~50℃

Resolution0.01%0.1uS/cm
Accuracy±1%FS±1% FS
Response TimeT90<15s
Temp CompensationAutomatic, built-in temp unit
Digital OutputRS485, Modbus
Calibration Methodcontrast bias correction; factor correction
Sample Flow RateNot dependent
Work Pressure≤6Bar
Work Temperature0.0~50.0℃ (does not freeze)
Storage Temp-10~60℃
Shell MaterialTi+PEEK+Nickel
DimensionDiameter: 23mm Length: 180mmDiameter: 23mm Length: 180mm
InstallationSubmersible; Thread specifications: M22*1.5mm
Lead interfaceM16
Protection GradeIP68
Power Supply6~12V DC
Weight105g
CableStandard 5 meters(customized)
Power Consumption0.2W

Please click the user manual of RS485 Salinity sensor here:

DEC350 User manual.pdf


Features& Advantages

  • Protection grade IP68, can work continuously under water for a long time
  • Standard Modbus protocol, support access to standard industrial control system
  • No polarization, can be used continuously online
  • Extremely wide range, wider application
  • Very resistant to pollution, strong anti-interference ability
  • Stable measurement and higher accuracy
  • Strong and durable structure, longer service life


Salinity sensors are mainly used in the following Aplication:


Oceanographic Research: Salinity sensors are widely used in oceanography and marine research. Measuring the salinity of seawater helps to understand the distribution and amount of salt in the ocean, which is crucial for studying the marine environment, marine life and ocean circulation.


Water Quality Monitoring: In hydrology and environmental science, salinity sensors are used to monitor the salinity of freshwater lakes, rivers and reservoirs. These data can provide information about the amount of dissolved substances in the water body and the degree of salinization of the water body.


Aquaculture: In the aquaculture industry, controlling salinity in water bodies is critical to ensuring the health and growth of aquatic organisms. Salinity sensors can be used to monitor salinity in aquaculture ponds or water bodies for necessary adjustments and management.


Food processing industry: In some food processing industries, such as the salt industry, salinity sensors are used to monitor and control the salinity during food processing.


Medical use: In some medical fields, such as physiology research and some medical testing equipment, salinity sensors may also be used to measure the salinity of liquid samples.


Water resource management: Salinity sensors help monitor groundwater and saline intrusion, providing vital data for water resource management.


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