AEG DGE360HB, DGE3950HB User's Manual

AEG DGE360HB, DGE3950HB manual cover
Pages 8
Year 2021
Language(s)
English en

AEG DGE360HB, DGE3950HB Specification

The AEG DGE360HB and DGE3950HB are advanced kitchen ventilation systems designed to provide efficient air purification and modern aesthetics. Both models are engineered with a focus on performance, durability, and user convenience, making them suitable for contemporary home environments.

The AEG DGE360HB features a sleek design with an extraction capacity suitable for medium-sized kitchens. It operates with a maximum airflow rate of approximately 360 cubic meters per hour, ensuring effective removal of smoke, odors, and airborne grease. The unit is equipped with three variable speed settings, allowing users to adjust the fan speed according to their cooking needs. This model incorporates energy-efficient LED lighting, providing ample illumination for cooking surfaces while maintaining low energy consumption.

On the other hand, the DGE3950HB offers a more robust extraction capability, with a maximum airflow rate of 395 cubic meters per hour, making it ideal for larger kitchen spaces or more intensive cooking activities. It also includes multiple speed settings for customizable ventilation intensity. Like the DGE360HB, this model is fitted with LED lighting for enhanced visibility and efficiency. Both models utilize a high-performance motor designed for quiet operation, ensuring minimal noise disruption in the kitchen environment.

The construction of both hoods emphasizes ease of maintenance with accessible, washable filters that effectively trap grease and other particulates. Integrated electronic controls provide intuitive operation, and the stylish stainless steel finish complements a range of kitchen decors. These models are crafted to meet modern standards of energy efficiency and environmental responsibility, aligning with AEG's commitment to sustainable home appliances.

AEG DGE360HB, DGE3950HB F.A.Q.

How do I properly clean the AEG DGE360HB filter?

To clean the filter, first ensure the hood is turned off. Remove the filter by pressing the release button. Wash it with warm soapy water or in a dishwasher. Let it dry completely before reinstalling.

What should I do if the AEG DGE3950HB is not turning on?

Check if the unit is plugged in and the circuit breaker is not tripped. If these are fine, inspect the power cord for damage. If the issue persists, contact AEG customer support.

How can I reduce noise from my AEG DGE360HB?

Ensure that the hood is properly installed and that all screws are tightened. Clean the fan and filters regularly to prevent debris buildup, which can increase noise.

What maintenance should be done regularly on the AEG DGE3950HB?

Regular maintenance includes cleaning the filters every month, checking the fan for obstructions, and ensuring that the ductwork is clear.

Can I use LED bulbs in my AEG DGE360HB?

Yes, LED bulbs can be used as replacements, but ensure that they are compatible with the hood's specifications in terms of size and wattage.

Why is the AEG DGE3950HB's extraction rate lower than expected?

Check if the filters are clean and the ducting is not blocked. Also, ensure that the kitchen is well-ventilated to allow efficient air circulation.

How do I reset the control panel on the AEG DGE360HB?

To reset the control panel, disconnect the hood from the power supply for a few minutes and then reconnect it. This should reset the system.

What is the best way to install the AEG DGE3950HB for optimal performance?

Install the hood at the recommended height above your cooktop (usually 65-75 cm). Ensure the ductwork is as straight and short as possible to maximize extraction efficiency.

How often should I replace the carbon filter in my AEG DGE360HB?

The carbon filter should be replaced every 3 to 6 months, depending on usage and cooking habits, to maintain effective odor removal.

What type of ducting is recommended for the AEG DGE3950HB?

Use smooth, rigid ducting for the best performance. Flexible ducting can be used but may reduce efficiency due to increased airflow resistance.