Brief: Get an inside view of features that deliver consistent results in daily use. This video provides a step-by-step walkthrough for calibrating the KWS-300 Series Conductivity Salinity Sensor. You'll see how to ensure the sensor maintains its 1% accuracy for water quality monitoring in industrial, municipal, and environmental applications. Learn the proper procedures to verify performance and achieve reliable, real-time conductivity, salinity, and temperature measurements.
Related Product Features:
Integrated design provides immunity to electromagnetic interference for stable operation.
Industrial conductivity electrode ensures stable electrode constant, unaffected by polarization or contamination.
Built-in temperature sensor enables real-time temperature compensation for accurate readings.
Stainless steel housing with IP68 rating withstands harsh conditions and is fully waterproof.
RS485 signal output with Modbus protocol allows for easy system integration and networking.
Measures conductivity, salinity, and temperature with a high accuracy of ≤ ±1%.
Wide measurement range covers conductivity from 0 to 500mS/cm and salinity from 0 to 100 ppt.
Fast response time of ≤20 seconds provides immediate data feedback for quick decision-making.
FAQs:
What is the measurement accuracy of this conductivity sensor?
The sensor offers an outstanding accuracy of ≤ ±1% for conductivity, salinity, and temperature measurements, ensuring reliable water quality data.
How does the sensor handle different water conditions and environments?
With a robust stainless steel construction and IP68 waterproof rating, it withstands harsh conditions including variable temperatures, pressures, and chemical contaminants in industrial, municipal, and environmental water systems.
What communication protocol does the sensor use for data output?
It uses RS485 communication with the standard Modbus RTU protocol, supporting baud rates up to 115200 bps for easy integration into monitoring networks and systems.
How often does the sensor require calibration?
The recommended calibration period is six months to maintain optimal measurement accuracy and performance in continuous water quality monitoring applications.