This article breaks down the maintenance testing requirements for existing standpipe systems defined in NFPA 25: Standard for the Inspection, Testing, and Maintenance of Water-Based Fire Protection Systems. Our goal is to aggregate and contextualize this code for contractors and building owners.
This installment of a continuing series covers required acceptance testing for standpipe systems and the National Fire Protection Association (NFPA) standards that correspond with it.
A look at the additional, vital portions of a standpipe: the hoses, hose connections and stations, and various system valves. This article explains the purpose of these items and serves as a quick reference for the maintenance and inspections expected of life safety contractors and building owners.
This article examines the major individual components of standpipe systems, along with their installation, inspection, and maintenance requirements. Our aim is to simplify this guidance for both contractors and building owners.
This article provides an overview of the different types and classes of standpipe systems, as well as explains when they are required according to NFPA 14, the International Fire Code, and the International Building Code.
The National Fire Protection Association (NFPA), one of the nation’s most influential fire-prevention groups, emerged from the need to keep insurers from going bankrupt—and made a safer world in the process. To learn about the enormous influence the NFPA exercises on your everyday life and how you can be part of the process, read on.
The making of fire code is an unusual, multi-million-dollar endeavor with an occasionally gruesome history. So, where do these codes come from and who makes them? How do they become law? We answer these questions and more in today’s article.
NFPA requires many signs in a fire sprinkler system. Learn about them all to ensure your system is properly marked. Why? So first responders, building managers, and fire professionals all access a well-marked, easy-to-navigate fire protection system that works.
Why would a fire protection system need to be drained? This article discusses four common reasons and details the various types of drains necessary for safely draining a fire sprinkler system. Included is a detailed breakdown of the primary drain valves in a sprinkler system: main drains, auxiliary drains, sectional drains, test drains, and more.
Kidde, one of the world’s most popular manufacturers of life safety equipment, recalled nearly 40 million fire extinguishers after over 400 safety issues were reported. What does the Kidde fire extingusiher recall mean for you, and which fire extinguisher should you have?
