Air extraction, Building only | Miele DA270 specification

Air extraction

Danger of toxic fumes.

Gas cooking appliances release carbon monoxide that can be harm- ful or fatal if inhaled. The exhaust

gases extracted by the hood should be vented outside of the

building only .

Do not terminate the exhaust ducts in attics, garages, crawlspaces, etc.

Please read and follow the "Important

Safety Instructions" to reduce the risk of personal injury. Follow all local build- ing codes when installing the hood.

Exhaust ducting and connections

–The ducting should be as short and straight as possible, and the number of sharp bends should be minimized.

–For most efficient air extraction, the diameter of the ductwork should not be less than 6" (150 mm). Use of flat ducts also reduces the air extraction efficiency.

–Noise levels of the hood will increase if flat ducts or round ducts of less than 6" (150 mm) in diameter are used.

WARNING

To reduce the risk of fire, only use metal ductwork.

CAUTION

To reduce risk of fire and to properly exhaust air, be sure to duct air outside. Do not vent exhaust air into spaces within walls or ceilings or into attics, crawl spaces, or garages.

–Use smooth or flexible pipes made from approved non-flammable materials for exhaust ducting.

–Where the ductwork is horizontal, it

must slope away from the hood at least 1/8" per foot (1cm per meter) to prevent condensation dripping into the appliance.

–If the exhaust is ducted through an outside wall, a Miele Telescopic Wall Vent can be used.

DA270 specifications

The Miele DA270 is a wall-mounted range hood that epitomizes quality and sophistication in kitchen ventilation. Designed to enhance the cooking experience while maintaining impeccable aesthetics, this appliance integrates cutting-edge technology with elegant design.

One of the standout features of the Miele DA270 is its powerful extraction capability. With an impressive airflow rate, this range hood efficiently removes smoke, steam, and odors from the kitchen, ensuring a pleasant cooking environment. The appliance is equipped with a robust, high-performance motor, enabling it to tackle heavy cooking tasks without compromising on efficiency.

In addition to its power, the DA270 also boasts a range of operating modes, including intensive setting options that temporarily boost extraction performance for short bursts when needed. After the intensive period, the hood automatically returns to the normal setting, ensuring optimal energy efficiency without sacrificing air quality.

The Miele DA270 employs advanced filtration technology, featuring a combination of metal grease filters that are dishwasher-safe and activated charcoal filters for odor reduction. This dual filtration system ensures that not only are airborne grease particles captured, but also lasting odors are eliminated, keeping the kitchen fresh and clean.

For user convenience, the appliance is designed with intuitive controls. A simple touch operation allows users to adjust settings quickly and efficiently, even with greasy or wet hands. The hood includes built-in LED lighting that not only illuminates the cooking area effectively but also provides an energy-efficient solution, enhancing visibility while cooking.

Moreover, the Miele DA270's quiet operation is another key characteristic. Operating at low noise levels, it allows for a peaceful cooking environment, making conversations in the kitchen effortless even during heavy-duty cooking sessions.

Construction quality is paramount with Miele appliances, and the DA270 is no exception. Made from high-quality stainless steel, it is not only durable but also easy to clean. The sleek design fits seamlessly into modern kitchen spaces, enhancing aesthetic appeal while providing top-tier functionality.

Overall, the Miele DA270 stands out as a premier choice for homeowners looking for a blend of performance, style, and innovation in kitchen ventilation. Its powerful extraction, advanced filtration, quiet operation, and elegant design make it an excellent addition to any culinary space.