Roof inlet AM with bituminous collar fi110 - Black 72011

Roof inlet with bituminous collar – reliable water drainage from the roof

This roof inlet, equipped with a bituminous collar, is an optimal solution for draining water from roofs covered with bituminous materials. Designed for both installers and end-users, it provides effective protection against leaks and damage to the roof structure. Thanks to its versatility, it is suitable for both multi-layer and single-layer roofs.

Construction and application

The AM inlet with a bituminous collar is an element of the roof drainage system that effectively drains rainwater from the roof surface. The bituminous collar ensures a tight connection with the roof insulation layer, minimizing the risk of leaks. The length of the drain pipe is 350 mm, which allows for flexible adaptation to specific installation conditions. This model is compatible not only with bituminous roofs but can also be mounted on other types of roofing – making it a versatile choice for various construction projects. It is worth mentioning that models with diameters of 50 and 75 mm can be used in both gravity and vacuum systems.

Advantages and benefits

• Versatility: Compatible with various types of roofing – bituminous (multi-layer and single-layer) and others.
• Tightness: The bituminous collar guarantees a tight connection with the roof insulation layer, preventing leaks.
• Durability: Made of high-quality materials resistant to weather conditions and UV radiation.
• Easy installation: Simple construction facilitates and speeds up the installation process.
• Flexibility: The 350 mm pipe length allows adaptation to the specifics of the roof.
• Protection against damage: Protects the roof structure from the negative effects of moisture and rainwater.
• Expandability: Possibility to purchase a 230 V heating cable to ensure drainage of water and melted snow from the roof in difficult weather conditions.
• Filtration: Equipped with a filter that effectively stops larger impurities, preventing clogging of the drainage system.