The core of this system utilizes a multi-layered RO + UV + UF + TDS Control mechanism. This 7 stages filtration sequence begins with sediment removal and moves through membrane-based purification to ensure rigorous cleaning. The RO membrane handles the bulk of desalination, while the UV lamp deactivates viruses and bacteria effectively. By including a TDS controller, the unit allows users to adjust the mineral content according to their local supply. This technical arrangement facilitates a reliable 15 Litres/Hour output, which is quite standard for domestic RO systems. The UF membrane acts as an additional physical barrier against fine particulates, enhancing the overall clarity of the output water.
Mechanically, this unit is designed to handle a maximum TDS of 2000 PPM, making it resilient against borewell water. The build quality utilizes food-grade plastic for the 12 Litres tank, preventing secondary contamination during storage. Operating at 60 W, the internal pump provides sufficient pressure to drive water through the dense RO membrane layers. The noise level remains within acceptable limits for kitchen environments, avoiding significant auditory disruption during the filtration cycles. The 7-stage process is logically sequenced to extend the life of expensive internal filters by trapping larger debris early. This design philosophy emphasizes mechanical efficiency over flashy aesthetics, focusing on core filtration performance for Indian homes.
The verdict on this model rests on its ability to deliver consistent results at a fraction of the cost of premium brands. It offers a strong upgrade from basic units by providing active TDS management and UV sterilization. The 1 Year Manufacturer Warranty covers the essential electrical components, ensuring the system remains operational throughout the initial usage phase. It outperforms basic entry-level devices by including both UF and TDS control, which are often omitted in budget segments. For those needing a dependable 12 Litres storage capacity, this system represents a balanced technical choice. It fulfills the primary requirement of reducing high TDS levels while maintaining a reasonable flow rate for daily consumption.
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