Hanna HI5314 Glass Body Reference Electrode
The Hanna HI5314 Glass Body Reference Electrode is a high-performance double-junction reference electrode crafted for advanced laboratory applications, especially those requiring remote filling or high-pressure environments. Its durable glass body, dual ceramic junctions, and standard banana connector make it a reliable choice for demanding analytical tasks.
Key Features
Double-Junction Ag/AgCl System: With a double ceramic junction, this electrode minimizes electrolyte contamination and provides enhanced stability, especially when dealing with proteinaceous or heavy metal samples.
Designed for Remote Filling Applications: The HI5314 is specifically recommended for setups that involve remote electrolyte filling, making it ideal for continuous or unattended measurements.
Robust Glass Construction: Built from high-grade glass, the electrode maintains chemical resistance and thermal stability, even in harsh laboratory conditions.
Extended Pressure Resistance: When used with back pressure, the electrode can withstand up to 3 bar, making it suitable for pressurized systems.
Wide Temperature Range: Operating reliably from -5 to 100°C (23 to 212°F), it supports a broad range of analytical procedures including those at elevated temperatures.
Universal Banana Connector: The 4 mm banana plug ensures compatibility with a variety of meters and electrode holders.
Technical Specifications
| Parameter | Details |
|---|---|
| Model | HI5314 |
| Reference Type | Double, Ag/AgCl |
| Junction Type | Ceramic, double |
| Electrolyte | KCl 3.5M |
| Maximum Pressure | 3 bar (with back pressure) |
| Operating Temperature Range | -5 to 100°C (23 to 212°F) |
| Body Material | Glass |
| Cable Length | 1 m (3.3 ft) |
| Connector Type | 4 mm Banana Connector |
| Recommended Use | Remote filling systems, laboratory analysis |
Applications
Remote-Fill Measurement Systems: Ideal for continuous monitoring in titration or industrial processes.
High-Precision Laboratory Use: Supports ISE, pH, and redox measurements that require a stable reference in controlled environments.
Analytical Chemistry: Performs well in systems where sample contamination must be minimized.
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