Thunder Magnetic PHS-2F PHS-25 Dissolved Oxygen Analyzer

Thunder Magnetic PHS-2F PHS-25 Dissolved Oxygen Analyzer

Thunder Magnetic PHS-2F PHS-25 Dissolved Oxygen Analyzer

1、 Thunder Magnetic PHS-2F pH Meter

Core positioning and design highlights

As a classic and practical pH meter for routine analysis scenarios, PHS-2F is designed with the core concept of "clear, intuitive, and easy to operate" to meet the daily laboratory testing needs of universities, research institutions, and industrial and mining enterprises. The instrument adopts a large screen LCD segmented LCD display, with clear and beautiful data, and a user-friendly button layout. The operation logic is simple and clear, and there is no need for complex training to quickly get started. The body structure is compact and stable, and the core components have undergone rigorous testing, combining the stability and operational convenience of laboratory desktop use, providing reliable hardware support for conventional pH measurement.

Core functional features

Focused on precise determination of pH and potential (mV) values in aqueous solutions, covering core requirements such as routine water quality analysis and sample testing. Equipped with manual temperature compensation function, it can be flexibly adjusted according to the ambient temperature, effectively offsetting the impact of temperature changes on measurement results and ensuring data accuracy under different working conditions. Supports one or two point calibration modes, with a simple and efficient calibration process that can quickly correct electrode deviations, further improving measurement accuracy and adapting to the analysis needs of multiple sample systems.

Intelligent and Practical Design

With practicality as the core, the measurement process displays data in real-time, with stable and intuitive readings, avoiding human reading errors, and simplifying the operation process. The instrument is easy to maintain, with simple electrode installation, disassembly, and cleaning processes, reducing daily use and maintenance costs, and suitable for long-term high-frequency detection scenarios. The body design balances durability and portability, without the need for complex installation and debugging. It can be put into use immediately after opening the box, meeting the needs of rapid detection and batch analysis.

Applicable scenarios and user value

Widely used in teaching experiments in colleges and universities, basic research in research institutions, and sample testing in industrial and mining enterprise laboratories, covering multiple fields such as water quality analysis, chemical raw material testing, and food processing. Its simple operation process and stable measurement performance replace the tedious steps of traditional manual measurement, reducing the operating threshold and ensuring detection quality through accurate data output. It is a cost-effective choice in conventional pH analysis scenarios, providing reliable support for daily quality control and experimental research.

2、 Thunder magnet PHS-25 pH meter

Core positioning and design highlights

As the entry-level pH meter model of Thunder Magnetic, PHS-25 is designed with the core concept of "simplicity, practicality, stability, and reliability", specifically designed for grassroots laboratories, small and medium-sized enterprises, and teaching scenarios. The instrument adopts a clear LCD display interface and user-friendly button layout, with intuitive and easy to understand operation logic. It is equipped with dedicated composite electrodes and stable electrode brackets, making installation convenient and requiring no professional skills to complete the operation. The body is compact and lightweight, with a moderate weight and a sturdy and durable structure, which can adapt to long-term continuous use and meet the high-frequency requirements of grassroots testing.

Core functional features

Support dual parameter measurement of pH value and potential (mV) value, automatic polarity display, meeting the requirements of conventional water quality and sample solution pH analysis. Equipped with manual temperature compensation function, it can correct measurement deviation within a wide temperature range, ensuring data accuracy under different environmental conditions. Built in two-point calibration program, supporting identification of NIST, USA and other standard buffer solutions. The calibration process is simple and efficient, and the slope display function helps users judge electrode performance and replace aging electrodes in a timely manner to ensure measurement reliability.

Intelligent and Practical Design

Incorporating convenient design, equipped with a "confirm" button to restore the initial state function with one click, effectively solving instrument abnormality problems caused by improper operation and improving usability. In the measurement state, the slope status of the electrode can be intuitively fed back through smiling and crying face icons, and the validity of the measurement can be judged without professional knowledge. Equipped with power-off protection function to prevent data loss caused by unexpected power outages and ensure the continuity of experiments; Support connecting printers to output measurement results, meeting the needs of data archiving and report organization.

Applicable scenarios and user value

Suitable for daily testing in grassroots laboratories, quality control in small and medium-sized enterprises, and teaching experiments in universities, covering multiple fields such as water quality monitoring, agricultural soil analysis, and food and beverage processing. Its automated measurement process greatly simplifies the operation steps of traditional manual measurement, and accurate results can be obtained without the need for professional operators. It not only solves the problem of manpower shortage in grassroots laboratories, but also ensures the quality of testing through stable performance. At the same time, its affordable cost performance and convenient maintenance characteristics make it an entry-level choice to replace manual measurement and achieve pH analysis automation, providing strong support for grassroots detection and teaching experiments.