What is BS EN 16020-Design and testing requirements of explosion diverters about?
BS EN 16020 is a European standard on explosion diverters that discusses the design and testing requirements of explosion diverters to ensure protection for workers against workplace explosions.
BS EN 16020 describes the basic design of a pipe-in-pipe diverter and specifies the testing requirements and the application of explosion diverters.
BS EN 16020 covers:
- A test method for assessing the efficacy of explosion diverters
- Design rules for a type of pipe-in-pipe diverter
- Demands to venting device on diverter
- Installation requirements
- Maintenance requirements
- Marking
Note: BS EN 16020 considers dust/air explosive atmospheres only.
Who is BS EN 16020-Design and testing requirements of explosion diverters for?
BS EN 16020 on the design and testing requirements of explosion diverters is useful for:
- Explosion diverters manufacturers
- Explosion diverters designers
- Explosion diverters test personnel
- Occupational health and safety departments
- Risk assessment authorities
- Quality assurance departments
Why should you use BS EN 16020-Design and testing requirements of explosion diverters?
An explosion diverter is used to divert explosions propagating through ducts, thus preventing flame jet ignition and pressure piling in connected protected enclosures. It will reduce the risk of flame transmission.
BS EN 16020 provides you with guidance on special requirements for explosion diverters, verification of efficacy and mechanical integrity of the diverter by experimental testing, test modules, test report, information for use, marking, constructional design of pipe-in-pipe diverters, and much more.
The design and testing requirements provided by BS EN 16020 assist you in improving the performance and quality of explosion diverters and provides a means of mitigating the propagation of an explosion through ductwork and ensuring reliable protection in the event of explosions.
With obedience and compliance to BS EN 16020, you can enhance explosion diverters’ efficacy and manufacture a standardized high-quality product.
