Digital Ph, Conductivity and Temperature Meter LT-23 – Labtronics

The Digital pH, Conductivity, and Temperature Meter LT-23 by Labtronics is a versatile and highly efficient instrument engineered to deliver fast and precise measurements of pH levels, electrical conductivity, and temperature. This multi-parameter analyzer is especially useful in laboratories, water treatment plants, research institutions, aquaculture setups, and industrial environments where comprehensive water quality assessment is essential for ensuring safety, regulatory compliance, and operational efficiency.

Designed to simplify lab testing without compromising accuracy, the LT-23 integrates advanced digital technology with a user-friendly interface, making it accessible to both professionals and technicians with minimal training. The meter features three-in-one functionality, reducing the need for separate instruments while saving space and streamlining workflow in busy lab setups. With this compact and cost-effective solution, users can monitor key water quality indicators with one reliable device.

The pH function provides accurate readings using a high-quality glass electrode, ensuring sensitivity and precision across a wide range of samples. The instrument is equipped with automatic buffer recognition and calibration, making the pH calibration process easy and minimizing human error. For conductivity measurement, the meter uses a stable cell with constant temperature compensation, allowing for reliable readings in μS/cm or mS/cm, depending on the sample’s ionic concentration. This is essential for monitoring water purity, chemical processes, and industrial effluents.

The integrated temperature sensor ensures real-time temperature monitoring and correction, compensating for the temperature influence on both pH and conductivity readings. This Automatic Temperature Compensation (ATC) feature ensures that users get accurate and consistent results regardless of environmental fluctuations, which is crucial when working with temperature-sensitive samples or field conditions.

The LT-23 features a bright, easy-to-read digital display that shows simultaneous readings of all three parameters. This enhances usability, especially during time-sensitive testing where quick data access is required. The meter is built to last, with a sturdy outer casing and corrosion-resistant components that withstand harsh lab or field conditions. Its ergonomic design and lightweight construction make it ideal for both benchtop and on-site analysis.

Thanks to its advanced circuitry and smart software integration, the LT-23 ensures minimal signal interference and drift, giving users confidence in repeatable and dependable results. Its calibration memory, data hold function, and stable reading indication provide added convenience for daily use, research, and documentation. The system is also compatible with standard pH and conductivity solutions, making it easy to integrate into existing lab protocols.

Labtronics, a brand known for precision and quality, has designed the LT-23 with long-term usability in mind. The electrodes and sensors are replaceable and easy to maintain, while the low power consumption and efficient design ensure operational cost savings over time. For water quality laboratories, schools, chemical plants, or agricultural research centers, the LT-23 is a dependable investment that offers high performance at an economical price point.

Whether you’re conducting quality assurance in a manufacturing plant, checking the pH and conductivity of irrigation water, or studying chemical reactions in a lab, the Labtronics LT-23 provides a compact and reliable solution for all your measurement needs. Its combination of high accuracy, simplicity, and durability makes it an indispensable tool for anyone needing reliable multi-parameter testing.

Order the Labtronics Digital pH, Conductivity, and Temperature Meter LT-23 today to elevate your testing capabilities with a versatile and high-precision instrument tailored for professional water analysis and laboratory applications.