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The Honeywell part number 51198296-501 is a flowing reference electrode designed for use in various applications, particularly those involving high-purity water systems. It is compatible with the HPW7000 mounting assembly for installation and can operate within a temperature range of 10 to 80 degrees Celsius.
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| Manufacturer | Honeywell |
|---|---|
| Product Type | Flowing Reference Electrode |
| Product Line | Other |
| Part Number | 51198296-501 |
| Compatible Mounting Assembly | HPW7000 Mounting Assembly |
| High-Purity Water System Applications | Supported |
| Spare Part/Accessory | Yes |
| Cable | Not Included |
| Material | Glass |
| Min. Operating Temperature Rating | 10 degrees Celsius |
| Max. Operating Temperature Rating | 80 degrees Celsius |
| Panel Mounting | Supported |
| Surface Mounting | Supported |
| Max. Relative Operating Humidity | 80%, non-condensing |
| Max. Relative Storage Humidity | 80%, non-condensing |
The product 51198296-501 from Honeywell is a flowing reference electrode that serves critical roles in precise measurement applications, especially in high-purity water systems. This part is integral for maintaining accurate readings and calibration in various environments. It is specifically designed to be compatible with the HPW7000 mounting assembly, facilitating ease of integration.
This electrode is suitable for multiple mounting options, including both surface and panel installations, adapting to different setup requirements. It is constructed from glass, ensuring durability and reliable performance over time. The operating temperature specifications allow it to function effectively between 10 degrees and 80 degrees Celsius, making it versatile for varying conditions.
In terms of humidity tolerance, this component can handle relative humidity levels of up to 80% without condensation, providing effective operation in challenging environments. While it acts as a spare part or accessory, users should acquire cables separately as they are not provided. This reference electrode is engineered for applications demanding high precision and stability, ensuring effective performance throughout its operational lifespan.