LT5500 Stainless Steel 316L Conductivity Sensor for Pure Water

The LT5500 conductivity sensor is engineered for high-precision, long-term stability across diverse industrial environments. Its 316L stainless steel body and IP68-rated design allow it to perform reliably in applications ranging from ultra-pure water systems to demanding industrial wastewater treatment.

1. Ultra-Pure and Process Water Systems

● Reverse Osmosis (RO) Equipment: The LT5500 is ideal for monitoring permeate and concentrate levels in RO systems. Its 2-electrode design provides the high sensitivity required to detect minor changes in conductivity, ensuring system efficiency and membrane health.
● Pure Water & Deionized (DI) Water: Designed for high-accuracy in low-conductivity ranges (0-20 µS/cm), this sensor acts as a critical quality control tool in semiconductor manufacturing, pharmaceutical production, and laboratory water purification, where water quality consistency is paramount.

2. Environmental and Municipal Water Monitoring

● Surface Water Analysis: Deployed in lakes, rivers, and environmental monitoring stations, the LT5500’s rugged, corrosion-resistant 316L housing ensures stable measurements even in exposed, unpredictable natural environments.
● Tap Water & Secondary Water Supply: Perfect for monitoring distribution networks and high-rise building water tanks. The sensor provides continuous, maintenance-free data, ensuring water safety and compliance with municipal quality standards.

3. Industrial Process and Wastewater Treatment

● Wastewater Treatment Plants: Unlike standard sensors, the LT5500’s 316L stainless steel construction offers superior mechanical strength and chemical resistance. It is highly effective for monitoring effluent and discharge streams where standard materials might degrade.
● Circulating Cooling Water: In industrial cooling loops, the sensor prevents scale and corrosion by accurately monitoring conductivity. Its resistance to pressure (up to 8 Bar) and high temperatures makes it the preferred choice for closed-loop, harsh industrial environments.