Designed for compact installations in small homes, the AWS C-1400 delivers controlled water softening where inlet hardness and space constraints are key considerations. The system uses Ionic-Transfer Technology to reduce scale-forming minerals while maintaining stable flow performance. Automatic regeneration logic supports predictable operation, making the unit suitable for apartments and small households with moderate daily water demand and defined pressure conditions.

Key Features

• High-Capacity Softening – Engineered to handle high hardness levels and larger water demands, making it suitable for bigger residences and high-usage environments.
• Automatic Regeneration – Operates on time-based or flow-based regeneration, allowing the system to recharge itself without manual effort and maintain an uninterrupted soft water supply.
• IntelliMix Softness Control– Enables adjustable softness control by intelligently blending softened and raw water, helping optimise salt consumption based on usage.
• Advanced Ionic-Transfer Technology – Effectively targets hardness-causing minerals, reducing scaling tendencies that affect plumbing, fittings, and appliances.
• Compact and Stylish Design: Its sleek body fits easily in small spaces and blends well with home interiors.
• Salt Refill Alerts – Features a salt refill audio alert, which reduces the likelihood of performance interruptions due to low salt levels.
• Large Output Between Regenerations – Delivers substantial soft water volume before each recharge cycle, ensuring stable performance during peak usage periods.
• Holiday Mode for Peace of Mind:  While you’re away, the system automatically shifts to standby mode and resumes operation once you return.
• Time-Based or Flow-Based Regeneration- Dual regeneration logic adapts to consumption patterns. Enables predictable cycling under fixed schedules or demand-driven behaviour.
• Appliance & Surface Protection – Soft water minimises limescale formation, helping extend appliance life and maintain cleaner bathroom fittings and surfaces.