Bfcm Special Hanna (hi1001) Ph Electrodes For Continuous Flow-thru Monitoring For A Limited Time [a1R8hJBH]

Hanna HI1001 pH Electrodes for Continuous Flow-thru Monitoring

Hanna's HI1001 pH Electrodes are designed for seamless continuous flow-thru monitoring, making them an ideal choice for industrial applications. These electrodes are equipped with a BNC connection and a 3-meter cable, ensuring efficient and convenient operation. Their robust construction and advanced features make them a reliable solution for accurate pH and ORP measurements in various industrial environments.

Key Features and Specifications

The HI1001 pH Electrodes are specifically built for industrial use, offering a range of features that enhance performance and durability. Key features include:

• ½" NPT external thread for in-line installation, providing easy integration into existing systems.
• A PTFE non-clogging membrane on the pH electrode, which minimizes contamination and ensures consistent readings.
• Double-junction technology with a polymer reference, eliminating the need for frequent refilling and allowing use in a variety of sample types.
• A PVDF body that offers resistance to aggressive chemicals and is easy to clean.

These features make the HI1001 pH Electrodes a versatile and reliable choice for continuous flow-thru monitoring in industrial settings.

Practical Applications and Benefits

The HI1001 pH Electrodes are well-suited for a wide range of industrial applications, including wastewater treatment, food and beverage processing, and chemical manufacturing. Their ability to handle aggressive chemicals and heavy metals, along with their resistance to mechanical stress, makes them a practical choice for challenging environments. Additionally, the built-in matching pin and optional amplifier allow for easy integration with various pH/ORP meters, simplifying the measurement process. With operating limits of -5 to 80°C and pressure up to 6 bar, the HI1001 pH Electrodes are designed to meet the demands of industrial monitoring and ensure accurate and reliable results.