TPS Dissolved Oxygen Electrode

Description

The TPS Dissolved Oxygen Electrode represents the pinnacle of precision measurement technology, offering unparalleled accuracy and reliability in determining dissolved oxygen levels across a spectrum of aqueous environments. Designed to meet the demands of scientific research, environmental monitoring, and industrial processes, this electrode integrates cutting-edge sensor technologies with robust construction for optimal performance in diverse applications.

Technical Specifications and Features:

Technical Specifications:

• Measurement Range: 0-20 mg/L
• Temperature Range: 0-50°C
• Accuracy: ±0.1 mg/L
• Response Time: < 30 seconds
• Pressure Range: 0-100 psi
• Electrode Type: Polarographic

Functional Attributes:

The TPS Dissolved Oxygen Electrode harnesses the principles of polarography to deliver rapid, precise, and consistent measurements of oxygen concentration in aqueous solutions. Its sturdy construction ensures resilience in harsh operating conditions, while its quick response time of less than 30 seconds enables real-time monitoring of dissolved oxygen dynamics. With a broad temperature and pressure range, this electrode offers versatility across various environments, from freshwater ecosystems to industrial wastewater treatment facilities.

Connectivity Options:

This electrode offers seamless integration with an array of meters and controllers, providing users with flexibility and compatibility across instrumentation platforms. Analog and digital interfaces facilitate straightforward connectivity to PCs and data loggers, enabling comprehensive data recording and analysis. Moreover, it is utilized in standalone applications or as part of a larger monitoring network. And the TPS Dissolved Oxygen Electrode ensures effortless data management and system integration.

In conclusion, the TPS Dissolved Oxygen Electrode stands as the pinnacle of accuracy and reliability in dissolved oxygen measurement technology. Its advanced features, including rapid response times, wide operating parameters, and versatile connectivity options. Furthermore, it is an indispensable tool for researchers, environmentalists, and industry professionals alike. With its commitment to precision and performance, this electrode empowers users to gain invaluable insights into dissolved oxygen dynamics. In addition, it can drive advancements in scientific understanding and industrial process optimization.