Candy Rapido CF3E7L0A-19 Freestanding

The Candy CF 3E7L0A-19 is a stylish and highly efficient freestanding dishwasher finished in an elegant anthracite colour, designed to complement modern kitchen interiors while delivering powerful and reliable performance. Engineered with a Speed-Drive Inverter Motor, this dishwasher ensures quieter operation, enhanced durability, and optimized energy efficiency. With a noise level of just 47 dBA, it operates smoothly in the background, making it ideal for open-plan living spaces. Its spacious Maxi Tub design comfortably accommodates up to 13 place settings, making it perfect for medium to large households. The interior layout includes an adjustable upper basket, allowing flexible loading for larger pots, pans, and tall glassware. A safety-stop mechanism on the lower basket adds convenience and stability when loading or unloading dishes. The dishwasher offers 5 versatile wash programmes, including rapid and eco-friendly options. The 49-minute rapid cycle is ideal when you need clean dishes quickly. A Half Load function provides water and energy savings when washing smaller loads, while the Start Delay option (3–6–9 hours) allows you to schedule cycles according to your routine. For enhanced convenience, the unit features advanced connectivity (Wi-Fi + Bluetooth) through the hOn App, enabling remote control, monitoring, and access to additional wash programs directly from your smartphone. Performance is supported by a self-cleaning triple filtering system, ensuring efficient water circulation and long-lasting cleanliness. The condenser drying system delivers effective drying results at the end of each cycle. Helpful indicators such as salt refill alert and end-of-cycle indicator keep you informed at all times. Designed to meet ESMA standards, this dishwasher operates on 220–240V / 50Hz, with an annual energy consumption of 260 kWh and annual water consumption of 3052 litres. It holds a 3-Star Energy Efficiency and 3-Star Water Efficiency rating, balancing performance with responsible resource usage.