Geberit Pluvia Siphonic Roof Drainage System

Fewer roof outlets due to high discharge rate.

Geberit pluvia siphonic roof drainage system.

Unlike conventional roof drainage methods the geberit pluvia roof drainage system functions as a siphonic system. Maximum use of space due to horizontal pipelines without slopes. When it comes to efficient roof drainage the tried and tested syphonic roof drainage system geberit pluvia is a safe choice. Clear reasons speak in favour of geberit pluvia.

Smaller pipe diameters less down. The pipeline system fills up completely as rapidly as possible thanks to the correct pipeline dimensioning and arrangement of the geberit pluvia roof outlets thus generating a negative pressure in the pipeline. Fewer roof outlets due to high discharge rate. All roof drainage systems including conventional and siphonic drainage should be maintained to suit local conditions and a regular maintenance regime is recommended.

Increased planning flexibility by saving on stacks. Maximum use of space due to horizontal pipelines without slopes. This video highlights the benefits of geberit pluvia siphonic roof drainage system compared to conventional roof drainage. Geberit hdpe discharge pipes are suitable for a multitude of application ranges in building drainage roof drainage in industry in commercial or laboratory facilities for placement in the ground in concrete or in bridge construction.

Increased planning flexibility by saving on stacks. Geberit has been setting standards for roof drainage for decades with the geberit pluvia syphonic roof drainage system. Local codes or standards should be followed. Clear reasons speak in favour of geberit pluvia.

Geberit pluvia siphonic roof drainage systems have a proven track record of low maintenance. Geberit has been designing and perfecting siphonic roof drainage systems since the 80 s. Today geberit is a world leader with pluvia siphonic drainage systems having been installed in more than 30 countries. During heavy rainfall tens of thousands of litres of water per minute can pelt down onto an area of this size and up to 75 000 l.