ACO SELF courtyard gully with cast iron grating and galvanized frame 36890

Universal solution for water drainage

ACO SELF courtyard gully is a practical and durable solution for draining rainwater from gutters, garden taps and areas with low pedestrian traffic. The construction based on frost-resistant polymer concrete ensures durability and resistance to weather conditions, and the solid cast iron grating guarantees stability and safety of use.

Functionality and easy installation

This courtyard gully is distinguished by its high hydraulic efficiency thanks to the extension with a groove with a diameter of 110 mm, allowing direct connection of the downspout. The set includes a sediment basket, which facilitates the removal of impurities, and a siphon, which prevents the return of unpleasant odors from the sewage system. Installation is simple and intuitive, which will be appreciated by both professionals and people independently engaged in gardening work.

Advantages in practice

• Versatility: ideal for various applications – from draining water from gutters to connecting to a garden tap.
• Durability: made of frost-resistant polymer concrete and equipped with a galvanized frame and cast iron grating – resistant to corrosion and mechanical damage.
• Efficiency: extension with a groove ∅ 110 mm ensures effective water drainage.
• Easy cleaning: sediment basket facilitates the removal of leaves, branches and other impurities.
• Comfort of use: siphon eliminates unpleasant odors.
• Safety: cast iron grating withstands loads typical for areas intended for pedestrian traffic.

Construction and materials

ACO SELF gully is characterized by a solid construction using high-quality materials. Polymer concrete provides frost resistance and durability, and the galvanized frame protects against corrosion. The cast iron grating is resistant to loads and mechanical damage. The whole creates a reliable solution for draining water in various weather conditions. The sediment basket is made of plastic resistant to atmospheric and chemical factors.