U-Tech Digital DO Meter With Probe SSI-309

The U-Tech Digital DO Meter with Probe, SSI-309, is an advanced instrument designed to accurately measure dissolved oxygen (DO) levels in aqueous solutions. With its precise measurement capabilities and user-friendly interface, this meter offers reliable performance for a wide range of applications in environmental monitoring, water quality analysis, aquaculture, and research laboratories. Crafted with precision and durability in mind, the SSI-309 features a robust construction that ensures long-term reliability and accuracy in diverse laboratory environments. The meter is equipped with a high-quality DO probe that utilizes advanced sensor technology to provide accurate and precise measurements of dissolved oxygen levels in liquids. The digital display of the SSI-309 offers real-time readouts of dissolved oxygen concentrations, allowing users to monitor changes in oxygen levels with ease and accuracy. The intuitive interface provides clear and concise data, making it easy to interpret and analyze results for informed decision-making. The meter is equipped with various measurement modes and calibration options, allowing users to customize settings to suit specific experimental requirements. Whether performing routine water quality analysis or conducting research studies, the SSI-309 offers flexibility and versatility to meet a wide range of analytical needs. The SSI-309 is designed for ease of use, with simple operation and intuitive controls that make it suitable for both novice and experienced users. The compact and portable design of the meter, combined with its durable construction, ensures convenient and reliable performance in the laboratory or field. Safety features integrated into the design of the SSI-309 include built-in safeguards against water ingress and damage to the probe, ensuring long-term reliability and protection of the equipment. Additionally, the meter is equipped with automatic shut-off functionality to conserve battery life and prevent unnecessary energy consumption.