Hanna HI1048D pH Electrode DIN Connector

Hanna HI1048D pH Electrode DIN Connector

The Hanna HI1048D pH Electrode DIN Connector is a refillable pH electrode specifically designed for precise pH measurement in challenging wine and must samples. Featuring a DIN connector, integrated temperature sensor, and built-in amplifier, this electrode provides fast, stable, and temperature-compensated readings. Its open junction design using Hanna’s exclusive CPS™ (Clogging Prevention System) ensures exceptional performance in samples with high solids or pigments, such as grape must and red wine.

Key Features

• CPS™ Open Junction System: Unlike traditional ceramic junctions, the CPS™ system uses a combination of ground glass and PTFE to prevent clogging, especially in viscous or colored samples. This ensures longer electrode life and consistent measurement accuracy.

• Integrated Temperature Sensor: Enables automatic temperature compensation (ATC), which is crucial for accurate pH readings under variable conditions.

• Built-In Amplifier: Enhances signal stability and reduces noise—particularly beneficial in high-interference environments or when using long cables.

• Double Junction Reference: Reduces the risk of cross-contamination and increases electrode durability, especially when testing organic or protein-rich samples.

• Refillable Design with 3.5M KCl: Offers long-term performance with the ability to replenish electrolyte for ongoing reliability.

• Dome-Shaped Glass Tip (Ø 8 mm): Ideal for penetrating soft or semi-solid materials while still suitable for general-purpose applications.

• DIN Connector and 1m Coaxial Cable: Ensures a secure connection with compatible Hanna meters and provides flexibility in setup.

Technical Specifications

Applications

• Winemaking Processes: Designed for pH testing in fermentation, aging, and bottling of both red and white wines, even with high levels of sediment or color.

• Must and Juice Testing: Provides reliable performance in early-stage grape processing when solids and organics are most concentrated.

• Food & Beverage Quality Control: Suitable for various applications involving thick or colored samples that typically cause junction fouling.

• Laboratory and Production Environments: The integrated temperature sensor and amplifier make it suitable for both precision lab work and rugged production settings.