The Aquaguard AWS I-2500 is a fully automatic water softener designed for independent homes. Built with advanced ionic transfer technology, it softens hard water with a flow rate support of up to 2100 LPH. It helps reduce issues linked to hard water, such as hair fall, dry and itchy skin, stains on tiles, and marks on bathroom fittings.
 

Key Feature:
 

• Fully Automated Regeneration: With fully automated regeneration, the unit completes the regeneration cycle on its own. There is no manual involvement once programmed.
   
• Reduced Operational Cost: The system offers 30–40% lower salt consumption, supported by control valves that promote efficient regeneration while saving both salt and water. Better recovery during the process also contributes to eco-friendly performance.
   
• Best in Class Softening Media: Equipped with food-grade, lab-certified softening media, it efficiently removes hardness-causing ions and lasts longer than locally sourced resin.
   
• Rapid Regeneration: The softener features NSF-certified non-corrosive valves that support rapid restoration, ensuring a continuous flow of soft water.
   
• Compatible with High Flow Rates: It sustains higher flow rates with minimal pressure drop, making it suitable for homes using high-power pumps.
   
• Low Electricity Consumption: The power usage is as low as charging a mobile phone, keeping energy costs negligible.
   
• Flexible Regeneration Modes: You can choose regeneration based on time or water usage, allowing smart control over operational expenses.
   
• Durable Build: The setup includes an NSF-certified fibre-reinforced polymer vessel that resists rust and corrosion, paired with a durable brine tank and large salt storage capacity.
   
• Auto Setting Lock: If the power supply is interrupted, the system’s internal memory stores previous settings, avoiding the need to reset.
   
• High Efficiency Design: The high-efficiency design regenerates only the required resin, promoting lower salt and water consumption and supporting eco-friendly operation.