1. Integrated Digital Conductivity Probe Features
The LT5300I revolutionizes fluid analysis by housing a built-in microprocessor directly within the electrode body, successfully eliminating the need for bulky traditional transmitters. Featuring a heavy-duty POM shell and a specialized graphite front electrode, this IP68-rated waterproof probe delivers exceptional structural stability. It guarantees rapid response times of under 10 seconds while providing unparalleled resistance to strong acid and alkali corrosion, making it a highly durable choice for harsh B2B environments.
2. Wastewater Graphite Conductivity Sensor Specifications
Engineered for industrial-grade precision, this sensor covers a massive measurement range of 0 to 70 ms/cm with a reliable accuracy of ±2%. It operates safely within a temperature range of -20°C to 60°C and withstands pipeline pressures up to 6 Bar. The unit is equipped with NTC22K temperature compensation (defaulting at 25°C, 2%/°C) and powered by a 6-30VDC supply. Outputting directly via Modbus RTU RS485 communication, the sensor boasts an impressive field lifespan of 2 to 3 years.
3. Heavy-Duty Modbus RTU Electrode Benefits
One of the most significant advantages of this probe is its ultra-wide measurement span, which far exceeds conventional stainless steel secondary electrodes. Procurement managers and plant operators no longer need to purchase, calibrate, and swap multiple electrodes with different cell constants—one LT5300I handles it all. Additionally, standard G3/4 threads allow for seamless inline or submerged installation, while customizable options like a low-power module and up to 100-meter cable extensions offer ultimate flexibility for OEM/ODM integration.
4. Inline Industrial Conductivity Sensor Applications
Designed to tackle complex media, this versatile sensor is the ultimate continuous monitoring solution for diverse industrial sectors. Its corrosion-resistant graphite construction makes it highly effective for municipal sewage treatment plants, complex industrial chemical processes, and high-salinity seawater desalination facilities. Furthermore, its reliable, plug-and-play digital output makes it a perfect fit for surface water environmental monitoring and automated IoT agricultural aquaculture systems.
