Defy 13 Place Dishwasher - DDW242 - Manhattan Grey

The Defy DDW242 is a full-size, freestanding dishwasher designed to accommodate up to 13 place settings. Its Manhattan Grey finish offers a sleek and modern appearance, making it a stylish addition to any kitchen.

Key Features

• Energy Efficiency: Boasts an A++ energy rating, ensuring reduced energy consumption and cost savings.

• Water Consumption: Utilizes approximately 11.4 litres of water per cycle, promoting water conservation.

• Noise Level: Operates at a quiet 47 dBA, minimizing noise disruption in your home.

• Programs: Offers 5 wash programs to suit various cleaning needs:

  • Eco 50°C: Energy-saving program for normally soiled dishes.

  • Intensive 70°C: For heavily soiled pots and pans.

  • Clean & Dry: Ensures thorough cleaning and drying.

  • Quick & Dry: For lightly soiled dishes requiring quick turnaround.

  • Mini: A 35°C program ideal for lightly soiled prewashed dishes.

• Additional Functions:

  • Half Load: Allows washing of smaller loads, saving water and energy.

  • Time Delay: Delay start option of 3, 6, or 9 hours to suit your schedule.

  • Tablet Function: Optimizes the use of detergent tablets.

  • Key Lock: Prevents unintended operation, enhancing safety. 

• Design & Convenience:

  • Sliding Cutlery Basket: Provides flexibility in loading and accommodates larger pots in the lower rack.

  • Adjustable Upper Basket: Three-position loaded adjustable upper basket to fit various dish sizes.

  • LED Display: Easy-to-read LED display with knob control for program selection.

  • Stainless Steel Tub: Durable and hygienic interior.

Specifications

• Dimensions: Height: 850 mm | Width: 600 mm | Depth: 600 mm

• Place Settings: 13

• Energy Rating: A++

• Water Consumption: 11.4 L per cycle

• Noise Level: 47 dBA

• Voltage: 220-240 V

• Frequency: 50 Hz

• Power Consumption:

  • Left-on mode: 0.70 W

  • Off-mode: 0.40 W

Safety Features

• Key Lock: Prevents unintended operation.

• Water Safety System: Overflow Safety to prevent water leakage.