The documentation details methods for converting existing single-flush toilets to dual-flush systems, offering both retrofit options using conversion kits and the alternative of purchasing a new dual-flush toilet. A key benefit highlighted is water conservation, achieved through the use of two flushing options – a reduced flush for liquid waste and a full flush for solid waste. The process of converting a toilet to dual flush can be completed in under an hour with minimal tools, according to one source.
Understanding Dual-Flush Technology
Dual-flush toilets are identifiable by a push button or a split lever, often marked with one or two water droplets to indicate the differing flush volumes. These systems allow users to select a partial or full flush, reducing water consumption compared to traditional single-flush toilets. The documentation focuses on the HydroRight converter as a specific example of a retrofit solution.
Installing a Dual-Flush Conversion Kit
The installation process, as described, involves several steps. Initially, the existing flush handle must be removed, which may require a wrench if tightly secured. Following handle removal, the toilet flapper – the gray component visible within the tank – is detached. No tools are required for this step.
The core of the conversion involves attaching the dual-flush converter. The bottom portion of the dual-flush tower is positioned where the old flapper was located, ensuring a tight fit against the seal to prevent leaks from the tank into the bowl. A black rubber band is then secured over the fill tube to maintain the converter’s position, and a zip-tie is used for additional reinforcement. The documentation notes that a backup zip-tie is included in the kit, anticipating potential accidental removal during installation.
Next, the flush tower is installed, described as clicking into place with a simple drop-and-twist motion. The tower incorporates adjustable sliders – blue for the quick flush function and green for the full flush – to regulate water volume. Finally, the new dual-flush button is attached, completing the mechanical installation.
Verifying and Observing Water Levels
After installation, it is recommended to observe the difference in water levels between the single and full flush settings. The documentation indicates a noticeable difference, with the single flush using significantly less water. This difference is also audible, with the toilet operating more quickly during the single flush action. This observation serves as confirmation of the system’s functionality and water-saving capabilities.
Alternative: Purchasing a New Dual-Flush Toilet
The documentation also presents the option of purchasing a new dual-flush toilet instead of retrofitting an existing one. Costs for dual-flush models have decreased, making them comparable in price to standard toilets. The documentation also references a tutorial on toilet installation, suggesting that users can undertake this task themselves. Specific pricing information is provided as of the time of writing, but is subject to change.
Long-Term User Experience
The documentation includes an update from a user who installed the HydroRight converter in multiple toilets – initially in one home, and subsequently in two additional toilets after moving to a new residence. This repeated installation suggests a positive user experience and satisfaction with the product’s performance.
Ensuring a Leak-Proof Seal
A critical aspect of the installation process is achieving a tight fit between the dual-flush tower and the tank seal. This is essential to prevent water leakage from the tank into the toilet bowl, which would result in the toilet running continuously. The documentation emphasizes the importance of this seal and the use of the rubber band and zip-tie to ensure a secure connection.
Adjusting Flush Volume
The adjustable blue slider controls the water volume used during the quick flush function, while the green switch regulates the water used during the full flush. These adjustments allow users to fine-tune the system to optimize water conservation while maintaining adequate flushing performance. The documentation does not provide specific guidance on optimal slider settings, suggesting that users may need to experiment to find the settings that best suit their needs.
Conclusion
The provided documentation outlines straightforward methods for converting existing toilets to dual-flush systems, offering a practical approach to water conservation. Both retrofit kits, such as the HydroRight converter, and the purchase of new dual-flush toilets are presented as viable options. Successful installation hinges on ensuring a leak-proof seal and understanding the function of the adjustable flush volume controls. The positive user experience reported suggests that these conversions can provide long-term benefits in terms of water savings and user satisfaction.