$13.09 $10.47

The turbidity detects water quality by measuring the level of cloudiness or Total Suspended Solids (TSS). It uses an infrared (IR) transmitter and receiver to measure light transmittance; as water becomes muddier, fewer light waves pass through, reducing the sensor's output voltage.Technical SpecificationsThese modules generally feature standard industrial specifications:

  • Operating Voltage: 5V DC (fully compatible with Arduino Uno/Nano)
  • Current Consumption: Max 30mA to 40mA
  • Output Modes: Dual output. Analog (0 to 4.5V range where higher voltage means clearer water) and Digital (High/Low output with an adjustable threshold potentiometer).
  • Detection Range: 0 to 4000+ NTU (Nephelometric Turbidity Units)
  • Response Time: Less than 500ms
Wiring Guide (Sensor to Arduino)The typical kit comes in three parts: the waterproof probe head, a signal converter board, and a jumper cable. Connect the adapter board to your Arduino board as follows:
Sensor Adapter Board PinArduino PinDescription
VCC / +5VMain power source
GND / -GNDGround connection
AOUT / SignalA0Analog input for variable voltage reading

SKU:FBL100091405273 Category:

The turbidity detects water quality by measuring the level of cloudiness or Total Suspended Solids (TSS). It uses an infrared (IR) transmitter and receiver to measure light transmittance; as water becomes muddier, fewer light waves pass through, reducing the sensor’s output voltage.Technical SpecificationsThese modules generally feature standard industrial specifications:

  • Operating Voltage: 5V DC (fully compatible with Arduino Uno/Nano)
  • Current Consumption: Max 30mA to 40mA
  • Output Modes: Dual output. Analog (0 to 4.5V range where higher voltage means clearer water) and Digital (High/Low output with an adjustable threshold potentiometer).
  • Detection Range: 0 to 4000+ NTU (Nephelometric Turbidity Units)
  • Response Time: Less than 500ms

Wiring Guide (Sensor to Arduino)The typical kit comes in three parts: the waterproof probe head, a signal converter board, and a jumper cable. Connect the adapter board to your Arduino board as follows:

Sensor Adapter Board Pin Arduino Pin Description
VCC / + 5V Main power source
GND / – GND Ground connection
AOUT / Signal A0 Analog input for variable voltage reading

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