Hanna HI4110-51 Fluoride Module for Combination ISE
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Hanna HI4110-51 Fluoride Module for Combination ISE
The Hanna HI4110-51 Fluoride Module for Combination ISE is a replacement fluoride sensing module designed for use with the HI4110 Fluoride Combination Ion-Selective Electrode (ISE). This module features a lanthanum fluoride (LaF₃) crystal membrane, which allows for selective fluoride ion exchange between the sample and the internal solution.
The ion exchange process creates a charge imbalance, generating a potential difference that is directly proportional to the fluoride ion concentration in the sample. This makes the HI4110-51 an essential component for delivering accurate and responsive fluoride measurements in various applications.
Features
Fluoride-Sensitive Crystal Membrane: Utilizes a high-purity LaF₃ crystal for selective and stable fluoride detection.
Secure O-Ring Seal: Ensures a leak-proof connection for reliable operation.
Easy Replacement: Module screws directly onto the HI4110 electrode body, allowing quick and tool-free installation.
Optimized Measurement Response: Pre-soaking in a standard near the sample’s expected concentration improves sensor activation and accuracy.
Reliable Performance: Gently shaking before use ensures proper internal solution contact with the membrane.
Specifications
| Parameter | Value |
|---|---|
| Product Code | HI4110-51 |
| Compatible Electrode | HI4110 Fluoride Combination ISE |
| Sensing Membrane | Lanthanum Fluoride (LaF₃) Crystal |
| Mounting Type | Screw-On Module |
| Sealing Method | O-Ring Seal |
| Measurement Principle | Potential difference via ion exchange |
| Recommended Use | Water analysis, environmental testing |
Applications
The HI4110-51 is ideal for:
Drinking Water and Wastewater Testing: Monitoring fluoride levels in compliance with regulatory standards.
Environmental Laboratories: Analyzing natural water sources and soil extracts.
Industrial Water Treatment: Measuring fluoride in processed and discharge water.
Educational and Research Labs: Performing ion-specific studies with high accuracy.
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