Turbo Plus Specifications, Features & Compatibility Guide

The RO+UV+UF system utilized here provides a robust barrier against varied pollutants. The 6-stage purification process ensures that water passes through dedicated sediment and activated carbon filters before reaching the membranes. With a 15 Litres/Hour output, this model provides a steady supply without long waiting periods. We observe that the combination of UV and UF provides secondary protection against microbial threats. This multi-layered approach makes it a significant upgrade compared to simple gravity-based filters. The integration of high-flow membranes ensures that the storage tank refills efficiently during peak usage hours. Build quality focuses on housing these filtration stages in a compact, wall-mountable frame. The unit is designed to handle a maximum TDS of 2000 ppm, which is critical for borewell water. It operates at 60 W, maintaining a balance between mechanical pressure and energy conservation. The internal pumps are calibrated to manage the flow through the RO membrane effectively. Noise levels remain within the typical range for domestic RO systems during the active filtration cycle. Users should note that the purification efficiency depends heavily on the incoming water pressure and quality. The 6-stage layout is logically sequenced to extend the life of the primary RO membrane. For those seeking a functional domestic solution, this model represents a calculated investment. It offers a 1 year warranty for electrical parts, except UV Lamp. Note that filters are consumables and not covered. Electrical parts are sent via courier with technician charges applying. This unit serves as a strong upgrade from basic units by providing higher TDS tolerance. It outperforms basic entry-level devices in terms of storage volume and filtration depth. If you require a high-capacity tank and multi-stage security, this configuration is technically sound. Regular maintenance of the filters will ensure the system maintains its 15 Litres/Hour flow rate over time.