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Water Conductivity Sensor, Domestic Water Hydroponics Sensor with Waterproof Probe for Liquid Quality Analysis Teaching, Scientific Research, Laboratory, Online Analysis, DC3.3~5.5V

KWD 5.500
– 1 +

Special Features

  • 銆怶idely Compatible Power銆慣hanks to its wide power supply range of 3.3-5.5V and analog signal output of 0-2.3V, this product can adapt to both 5V and 3.3V control systems, allowing easy integration into existing setups.
  • 銆怚nnovative Technology Advantage銆慣his product outperforms common TDS pens with its ability to transmit data for long-term online monitoring and water quality analysis. This TDS sensor is a plug-and-play device providing easy usability.
  • 銆怉dvanced Water Quality Testing銆慐ffortlessly measures water quality in your home or hydroponics setup. Compatible sensors deliver accurate readings that reflect water cleanliness. Typically, tap water measures within 100, and purified water measures within 10.
  • 銆怭romoting a Healthy Lifestyle銆態y using this sensor for domestic water quality testing, you can build your own detector and easily verify the cleanliness of your water. This provides peace of mind and contributes to the improvement of water quality in your environment.
  • 銆怶aterproof and Durable Probe銆慜ur device utilizes an AC signal for measurements, effectively preventing probe polarization and prolonging the probe's lifespan. The waterproof feature allows it to be immersed in water for extended periods.

Description

Specification:
Item Type: Water Conductivity Sensor
Signal Adapter Board:
Input Voltage: DC3.3~5.5V
Output Signal: 0~2.3V
Working Current: 3~6mA
Measurement Range: 0~1000ppm
Measurement Accuracy: ±10% F.S. (25℃)
Size: Approx. 42 x 32mm / 1.7 x 1.3in
Module Interface: XH2.54-3P
Electrode Interface: XH2.54-2P
Probe:
Number of Probes: 2
Overall Length: Approx. 83cm / 32.7in
Connection Interface: XH2.54-2P
Color: White
Other: Waterproof probe
Product Introduction:
This equipment can be used for the measurement of general household water quality.
Generally, the tap water is within 100 and the purified water is within 10.
The compatible sensor is used to measure the value of water. The value can reflect the cleanliness of water and can be applied to water quality testing in the fields of domestic water and hydroponics.

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