HomeProductsWater SensorsFluoride Ion Sensor for Online Water Monitoring in Environmental Water Quality Systems
  • Online fluoride ion sensor for water quality monitoring
  • Smart water fluoride sensor for continuous monitoring
  • Online fluoride probe for environmental water monitoring

Fluoride Ion Sensor for Online Water Monitoring in Environmental Water Quality Systems

Key Features

  • Online fluoride ion monitoring for water quality and industrial applications
  • Solid membrane ion selective electrode for direct fluoride ion measurement
  • 0 to 100.00 mg/L measurement range for fluoride concentration monitoring
  • 0.01 mg/L resolution for precise fluoride ion tracking
  • Automatic temperature compensation with Pt1000
  • RS485 Modbus RTU output for PLC, DCS, industrial computer, controller, recorder, and HMI integration
  • Optional 4 to 20 mA output for industrial process control systems
  • 3/4 NPT pipe thread for immersion installation in tanks, pipelines, and water treatment systems
  • IP68 waterproof protection for long-term online monitoring
  • Two-point calibration for field maintenance and measurement stability
  • 12 to 24V DC power supply with low power consumption of 0.2W at 12V
  • 5 m standard cable with customizable cable length

Product Description

1. Description

JW-FLU-206(K21) online fluoride ion sensor is designed for continuous fluoride ion monitoring in water treatment, drinking water, industrial wastewater, pipeline networks, and environmental water quality systems. Based on a solid membrane ion selective electrode, it provides fast, accurate, simple, and cost-effective fluoride measurement with RS485 Modbus RTU output, optional 4 to 20 mA signal, automatic temperature compensation, and IP68 protection.

2. Product Overview

JW-FLU-206(K21) fluoride ion sensor is an integrated online water quality sensor used to measure free fluoride ions in water. It adopts a solid membrane ion selective electrode and automatic temperature compensation to support fast and accurate fluoride ion measurement in water treatment, industrial discharge, environmental monitoring, and pipeline water quality systems.

The sensor supports RS485 Modbus RTU communication and optional 4 to 20 mA output, making it easy to connect with PLC, DCS, industrial control computers, universal controllers, paperless recorders, touchscreens, RTUs, IoT gateways, and cloud monitoring platforms.

With IP68 protection, 3/4 NPT pipe thread, and low-power design, the fluoride ion sensor is suitable for submerged installation in tanks, pipelines, reservoirs, flow-through systems, and online water quality monitoring stations.

Item Specification
Product Type Online Fluoride Ion Sensor
Model Options FLU-406C and FLU-406
Measurement Principle Solid membrane ion selective electrode
Housing Material POM and ABS for FLU-406C, POM and 316L for FLU-406
Measurement Range 0 to 100.00 mg/L
Resolution 0.01 mg/L
Temperature Resolution 0.1°C
Accuracy ±10% of reading or ±1 mg/L, ±0.5°C
Response Time T90 less than 60 seconds
Minimum Detection Limit 0.01 mg/L
Calibration Method Two-point calibration
Cleaning Method None
Temperature Compensation Automatic temperature compensation with Pt1000
Output Signal RS485 Modbus RTU
Optional Output 4 to 20 mA
Storage Temperature -5 to 65°C
Working Condition 0 to 40°C, less than 0.1 MPa, 4 to 10 pH
Installation Method 3/4 NPT pipe thread immersion installation
Power Consumption 0.2W at 12V
Power Supply 12 to 24V DC
Protection Grade IP68
Cable Length 5 m standard cable customizable

3. Application Scenarios

  • Drinking water fluoride monitoring
  • Water treatment plant fluoride control
  • Industrial wastewater fluoride monitoring
  • Pipeline water quality monitoring
  • Environmental water quality monitoring
  • Chemical process water monitoring
  • Groundwater and surface water monitoring
  • Fluoride discharge compliance monitoring
  • Smart water quality IoT systems
  • Fluoride monitoring in industrial circulation water

4. Installation Notes

The fluoride ion sensor supports immersion installation with a 3/4 NPT pipe thread, making it suitable for tanks, pipelines, reservoirs, and water quality monitoring stations. For best measurement stability, the sensor should be installed in a stable water flow area and protected from strong mechanical impact, sediment accumulation, and excessive cable tension.

For long-term use in water, seawater, or humid outdoor environments, all wiring joints should be waterproofed, and the user-side cable should have corrosion-resistant protection. Before powering on the sensor, check the wiring sequence carefully to avoid communication failure or electrical damage.

FAQ

  • Q

    1. What is an online fluoride ion sensor used for?

    A

    It is used to continuously monitor fluoride ion concentration in drinking water, industrial wastewater, process water, pipeline networks, and environmental water quality systems.

  • Q

    2. What measurement principle does this fluoride sensor use?

    A

    The sensor uses a solid membrane ion selective electrode to directly measure free fluoride ions in water.

  • Q

    3. What is the measurement range of this sensor?

    A

    The sensor measures fluoride ion concentration from 0 to 100.00 mg/L with 0.01 mg/L

  • Q

    4. Can this fluoride sensor connect to PLC or IoT systems?

    A

    Yes. It supports RS485 Modbus RTU and optional 4 to 20 mA output for PLC, DCS, RTU, data logger, controller, and IoT platform integration.

  • Q

    5. How does JW-IoT use this sensor in water quality projects?

    A

    JW-IoT can integrate the fluoride ion sensor with IoT gateways, cloud dashboards, threshold alarms, and multi-parameter water quality monitoring systems.

  • Q

    6. Is this sensor suitable for immersion installation?

    A

    Yes. The sensor has IP68 protection and supports 3/4 NPT pipe thread immersion installation in tanks, pipelines, and water monitoring stations.

  • Q

    7. Can JW-IoT provide a complete fluoride monitoring solution?

    A

    Yes. JW-IoT can combine fluoride, pH, conductivity, turbidity, dissolved oxygen, temperature, and other water quality sensors into a complete online monitoring solution.

  • Q

    8. What working conditions should be considered?

    A

    The sensor is suitable for 0 to 40°C, pressure below 0.1 MPa, and water with a 4 to 10 pH range.

  • Q

    9. Can JW-IoT customize the system integration?

    A

    Yes. JW-IoT can support customized cable length, RS485 Modbus integration, optional 4 to 20 mA output, gateway connection, and cloud platform configuration.

WhatsApp

Leave a message!

Leave a message!