Airflow 9041420 Aura 100mm Basic In-Line Shower Fan Kit: fan, 3m flexible ducting, valve, and grille

This is the Airflow 9041420 Aura 100B shower kit, the basic version, including an Aura 100mm basic fan with fixing screws and plugs, 3m of flexible PVC ducting, 4 x cable ties, 1 x internal extract valve, and 1 x external grille. It provides in-line ventilation with quiet extraction, a discreet installation, for a better atmosphere. 

It is a highly reliable and powerful low energy in-line axial fan in a modular design for ease of installation & maintenance. The Airflow Aura In-line Shower Kit is designed to provide extraction levels that comply with the latest Building Regulations ADF. The fan is manually operated by basic switching (switch not supplied) and fits in-line with flexible ducting for a quiet and discreet installation. Supplied with installation kit.

About the range: The Airflow Aura range of fans are slim, compact, attractively styled, easy to wipe clean and ducted over short lengths.

Airflow Aural in-line Shower Fan Kit - Features

• 100mm nominal Axial in-line fan.
• Application: For remote extraction from toilets, en-suites and bathrooms
• Designed for ventilation of small and medium size rooms
• Use for both air supply and air extraction
• Powerful ventilation up to 108m3/hr
• Extract performance: 108m3/h, 30l/sec
• Power: 16W
• Sound: 39 dB(A)
• Compact and quiet in operation
• Mounting bracket included
• Mains voltage supply: 230V, 1 Phase, 50Hz
• Ductable, complete with 3m flexible ducting
• CE, IPX4 rating and double insulated
• Material: ABS white
• Weight: 0.41kg
• Complies with Building Regulations
• 3 year warranty
• CE Mark. 
• Dimensions: 100mm dia spigot, 110mm height x 160mm width x 113mm depth. 
• Part of the Airflow Aura Shower kits.
• Product Reference: Airflow 9041420

Please note: the Airflow fans exceed the requirements of the latest building regulations helping to combat the harmful effects of dampness and condensation and by extracting airborne pollutants such as odours, cooking smells, humid and stale air. The potential hazards to health for occupants and possible damage to the fabric of the building can be largely eliminated