What is BS EN 13126-19 - SCDs for windows and door height windows about?
BS EN 13126 is a European Standard on building hardware for windows and door height windows. It is a multipart product standard which enables the testing of hardware components or sets.
The main aim of the BS EN 13126 series is to help manufacturers of hardware for windows and door height windows demonstrate the performance and reliability of their devices.
BS EN 13126-19 is the 19th part of the BS EN 13126 series that specifies requirements and test methods for durability, strength, security and the functionality of Sliding Closing Devices (SCDs) for windows and door height windows.
Note: BS EN 13126-19 does not specifically cover the handles used in handle-operated SCDs or the sash fasteners used in cam-operated SCDs, requirements and test methods for which are given in EN 13126-3 and EN 13126-14, respectively.
Who is BS EN 13126-19 - SCDs for windows and door height windows for?
BS EN 13126-19 on SCDs for windows and door height windows is useful for:
- Manufacturers of building hardware devices for windows and doors
- Manufacturers of SCDs
- Product designers
- Interior designers
- Quality control and testing personnel
- Installers
Why should you use BS EN 13126-19 - SCDs for windows and door height windows?
SCD is a device that allows the users to open and lock sliding windows and balcony doors.
For the purpose of BS EN 13126-19, SCD is classified in accordance with the nine-digit coding system.
BS EN 13126-19 provides a classification system for SCDs based on parameters such as security, corrosion, durability, fire-resistance, application and safety in use.
BS EN 13126-19 also covers test methods that can demonstrate whether your SCDs are fit for purpose. The tests covered are durability test, static load test and corrosion resistance test.
As a result, if you are a manufacturer of SCDs for windows and door height windows, adopting BS EN 13126-19 requirements and test methods can ensure your products are durable, reliable and effective at the point of use.
