What is BS EN 1253-5- Gullies for buildings about?

BS EN 1253 discusses gullies for buildings. BS EN 1253-5 is the fifth part of BS EN 1253 multi-series and discusses gullies with light liquids closure. Light liquid closures for buildings are applied to avoid uncontrolled discharge of light liquids into drainage systems in case of an emergency.

BS EN 1253-5 specifies requirements for the design, construction, performance, application, and marking as well as test methods of factory-made gullies with a light liquid closure for buildings.

Note: BS EN 1253-5 does not apply to installations for separation of light liquids covered by EN 858-1.

Who is BS EN 1253-5- Gullies for buildings for?

BS EN 1253-5 on gullies for buildings is useful for:

Gulley manufacturers
Architects
Builders
Civil engineers
Design engineers
Quality control personnel

Why should you use BS EN 1253-5- Gullies for buildings?

A gulley is a fitting with a chamber that is designed to collect rainwater, wastewater, and groundwater, conveying it to an underground surface-water sewer. Gullies can be used to drain wastewater and rainfall from buildings, large, paved areas and roadsides, pedestrian areas, parking areas, pavements, roofs, and so on.

BS EN 1253-5 provides you with the necessary guidance on requirements for the design, construction, performance, application, and marking as well as test methods of factory-made gullies with a light liquid closure for buildings. BS EN 1253-5 helps to manufacture high-quality gulley.

What’s changed since the last update?

BS EN 1253-5:2017 supersedes BS EN 1253-5:2003 which is withdrawn. BS EN 1253-5:2017 includes some technical changes with respect to BS EN 1253-5:2003. These include:

Introduction of the new standards on trapped floor gullies with a depth of water seal of at least 50 mm (EN 1253-1) and evaluation of conformity (EN 1253-3)
Amendment of scope, classification, requirements as well as methods of marking

BS EN 1253-5:2017

Gullies for buildings - Gullies with light liquids closure

Current

Published:

28 Feb 2017