Hanna HI3214T ORP Electrode with Plastic Body and Platinum Pin
The Hanna HI3214T is a robust ORP electrode featuring a platinum pin sensing element and a durable plastic body, ideal for a variety of industrial and environmental applications. Its gel-filled reference system and cloth junction offer both reliability and minimal maintenance in harsh or high-demand settings.
Key Features
Platinum Pin Sensor for Precise Redox Measurement: The platinum tip ensures a rapid and stable response, making it suitable for real-time monitoring of oxidation-reduction processes.
Rugged Plastic Body: Built for endurance, the plastic electrode body resists mechanical stress and chemical exposure, particularly in field or industrial environments.
Maintenance-Free Gel Electrolyte: Unlike refillable electrodes, the gel-filled design eliminates the need for regular maintenance while maintaining long-term stability.
Cloth Junction Enhances Flow and Prevents Clogging: Furthermore, the renewable cloth junction improves electrolyte flow and resists fouling from particulates or proteins.
Wide Compatibility and Versatility: Whether you’re measuring ORP in wastewater, disinfection systems, or environmental samples, this electrode provides dependable performance.
Technical Specifications
| Parameter | Details |
|---|---|
| Model | HI3214T |
| Electrode Type | ORP Electrode |
| Sensing Element | Platinum pin |
| Reference System | Likely double, Ag/AgCl (standard for series)* |
| Junction Type | Cloth |
| Electrolyte | Gel |
| Body Material | Plastic |
| Temperature Sensor | Not specified |
| Amplifier | Not specified |
| Connector Type | DIN or BNC (check meter compatibility) |
| Recommended Use | Industrial, field, disinfection, general use |
Applications
Water Treatment and Disinfection: Ideal for continuous ORP monitoring in chlorination or ozonation systems.
Environmental Field Testing: Suitable for use in rivers, lakes, and other water sources.
Industrial Process Control: Frequently used in oxidation-reduction monitoring in food processing, chemical production, and sanitation systems.
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