Turbidity Sensor And Transmitter

Turbidity Sensor and Transmitter Manufacturer for Industrial Turbidity Measurement

ARTang supplies turbidity sensors and transmitters for online turbidity monitoring in water treatment, wastewater, industrial process water, and environmental water applications. They help detect suspended particles, sludge, sediment, and solids that affect water clarity, filtration performance, and discharge quality.

With suitable measuring ranges, optical sensing designs, cleaning options, installation methods, and signal outputs, ARTang turbidity sensors and transmitters support filtration control, effluent monitoring, sediment detection, and continuous water quality management.

Key Features of Turbidity Sensor and Transmitter

Continuous Turbidity Monitoring

Tracks turbidity changes in water treatment, wastewater, process water, and environmental water applications.

Suspended Solids Detection

Helps detect particles, sediment, sludge, flocs, or solids that affect water clarity and treatment performance.

Cleaning-Friendly Sensor Options

Suitable sensor and cleaning options can be selected for dirty water, sludge, or high-fouling applications.

Turbidity Sensor and Transmitter Applications

Water Treatment

Turbidity monitoring helps check raw water, filtered water, and treated water clarity, supporting filtration control and water quality management.

Wastewater Treatment

In wastewater systems, turbidity sensors are used to monitor effluent quality, suspended solids changes, sludge carryover, and abnormal process conditions.

Industrial Process Water

Cooling water, rinse water, recycled water, and process water systems often require turbidity monitoring to detect contamination or particle changes.

Environmental Water

Rivers, reservoirs, canals, and surface water monitoring projects use turbidity measurement to track sediment, runoff, and water clarity changes.

How to Select the Right Turbidity Sensor and Transmitter

Select a turbidity sensor based on turbidity range, water conditions, suspended solids level, installation method, and cleaning requirements to avoid unstable readings or frequent maintenance.

Turbidity Range and Unit

Confirm the expected turbidity range and unit, such as NTU, FNU, or suspended solids-related monitoring requirements.

Water and Particle Conditions

Check whether the water contains sediment, sludge, flocs, bubbles, color, algae, or high suspended solids, as these affect optical measurement.

Sensor Cleaning Needs

For wastewater, sludge, or dirty water applications, confirm whether wiper cleaning, air cleaning, or regular manual cleaning is required.

Mounting and Flow Conditions

Choose immersion, inline, flow-through, or open-channel installation according to tanks, pipelines, channels, or monitoring stations.

    Why Choose ARTang for Turbidity Sensor and Transmitter

    Range and Application Matching

    We help match the turbidity range, water type, and monitoring purpose, such as filtration control, effluent monitoring, or suspended solids detection.

    Cleaning Requirement Check

    For wastewater, sludge, or high-fouling water, we help confirm whether wiper cleaning, mounting position, and maintenance access should be considered.

    Installation and Signal Support

    ARTang supports suitable installation methods and output signals for tanks, pipelines, channels, or online monitoring systems.

    FAQ About Turbidity Sensor and Transmitter

    What information is needed to choose a turbidity sensor and transmitter?

    Please provide the turbidity range, water type, installation method, temperature, output signal, and whether the water contains sludge, bubbles, color, algae, sediment, or high suspended solids.

    Can turbidity sensors be used in wastewater treatment?

    Yes. Turbidity sensors are commonly used for effluent monitoring, suspended solids change detection, sludge carryover monitoring, and process abnormality detection in wastewater treatment systems.

    What affects turbidity measurement stability?

    Bubbles, sensor fouling, sludge buildup, algae, strong color, high suspended solids, poor flow conditions, or incorrect installation may cause unstable turbidity readings.

     

    Do turbidity sensors need automatic cleaning?

    For clean water, manual cleaning may be enough. For wastewater, sludge, or dirty water, wiper cleaning or regular maintenance is often recommended to reduce optical window fouling.

    Where should a turbidity sensor be installed?

    The sensor should be installed where the water sample is representative and flow is stable. Avoid heavy bubbles, sediment accumulation zones, dead corners, or locations with strong turbulence.

    Need Help Choosing a Turbidity Sensor and Transmitter ?

    Send us your turbidity range, water type, installation method, cleaning needs, and output signal. ARTang will help you select a suitable turbidity sensor and transmitter.