Attic inlet with PP collar for connection with FPO foil based on PP, installation in the building attic with DN110 drain pipe made of PP, without protective basket HL68F.0/110

Attic inlet with DN110 drainpipe – effective roof and terrace drainage

This attic inlet, made of polypropylene (PP), is a solution for gravity drainage of water from roofs, terraces, balconies and loggias. It is particularly useful in situations where direct drainage of water through the roof structure is difficult. The inlet design is intended for use with FPO foil based on PP, ensuring a tight and durable connection.

Construction and installation

The inlet consists of a PP collar and a DN110 drainpipe, also made of PP. Installation takes place in the attic of the building. The lack of a protective basket allows for free water flow, but allows it to be equipped with a HL068.1E basket (available separately) to protect against larger contaminants. The use of polypropylene guarantees corrosion resistance and long-term operation.

Application and flexibility

This attic inlet works not only on small surfaces – thanks to a wide range of additional elements, it can be adapted to more complex roof drainage systems with diverse layer structures. It is a universal solution for installers looking for flexibility in designing water drainage systems. This allows one product to be used in many different roof or terrace configurations.

Why choose this inlet?

• FPO compatibility: Specifically designed to work with FPO foil based on PP, ensuring a tight and durable connection.
• Material durability: Made of high-quality polypropylene (PP), resistant to corrosion and weather conditions.
• Application flexibility: Possibility of equipping with a protective basket and adaptation to various roof layer arrangements thanks to a wide range of accessories.
• Simple installation: Designed for installation in the attic of the building, which facilitates installation and maintenance.
• Effective drainage: Provides efficient drainage of water from the roof or terrace surface.