Hanna HI1296D Titanium Body pH Electrode

Hanna HI1296D Titanium Body pH Electrode

The Hanna HI1296D Titanium Body pH Electrode is a robust and reliable pH electrode specifically developed for wastewater and industrial environments. Built with a corrosion-resistant titanium body, it offers excellent durability and consistent performance in harsh conditions. Additionally, this electrode features a built-in temperature sensor and amplified signal, ensuring accurate and interference-free measurements in real-world applications.

Key Features

• Rugged Titanium Body: Unlike conventional glass or plastic electrodes, the HI1296D uses a titanium body for superior resistance to aggressive chemicals and mechanical wear. As a result, it is ideal for challenging wastewater conditions.

• Cloth Junction for Long-Term Stability: The cloth junction ensures a steady electrolyte flow and resists clogging, which helps maintain measurement stability over extended periods.

• Built-in Temperature Sensor: Because temperature directly affects pH accuracy, this electrode includes a temperature sensor for automatic compensation—ensuring dependable results across a wide temperature range.

• Amplified Signal Output: Thanks to its integrated amplifier, the electrode is protected from electrical noise often generated by pumps, motors, and industrial equipment.

• Maintenance-Free Gel Electrolyte: Since the electrode uses gel electrolyte, it requires no refilling, making it highly convenient and low-maintenance.

• DIN Connector with 7-Pole Cable: The quick-connect DIN interface, along with a 1-meter cable, allows easy integration with compatible Hanna instruments.

Technical Specifications

Applications

• Wastewater Treatment: Perfect for monitoring pH in contaminated and chemically aggressive environments, including sludge, effluent discharge, and process water.

• Industrial Processing: In addition to wastewater use, the electrode performs well in factories and facilities where electrical noise and harsh chemicals are present.

• Environmental Fieldwork: Its rugged construction and integrated temperature sensor make it suitable for field applications requiring portability and precision.