QRFS explains why five common beliefs about fire protection simply aren’t true—and how fire sprinklers function reliably and precisely to save lives and property.
NFPA minimum sprinkler obstruction distances ensure that pendent, upright, & sidewall standard spray sprinklers activate on time & fight fires effectively.
Two leading fire sprinkler shutoff tools—the Shutgun and Quickstop—compete for the chance to stop water damage. A run-down of the pros & cons of each tool.
Installers and designers rely on NFPA 13 for the effective placement of fire sprinklers. To learn more about the maximum and minimum distances from standard sprinkler heads to walls—and from one head to another—read on.
QRFS shares tips for avoiding fire sprinkler accidents and system leaks—and reveals the easiest methods for stopping them once they happen.
Sidewall sprinkler heads are an impressive and helpful addition to any fire protection designer’s toolkit. Learn how they work and the important ways in which horizontal and vertical models differ.
QRFS takes a look at seven sprinkler mishaps that might have been avoided with heavy-duty fire sprinkler head guards.
A false activation of a fire sprinkler can quickly cause expensive water damage. QRFS explains how Shutgun sprinkler tools quickly and easily stop discharge at the source and which one to buy for different systems.
QRFS looks at the fire and building code governing access panels to help consumers decide when it’s safe to install standard, non-rated drywall access panels—and when it’s necessary to choose a fire-rated panel instead.
Codes and standards place responsibility for fire sprinkler inspection, testing, and maintenance (ITM) on the property owner but contractors are typically used to do it. Writing a clear scope of work can help guarantee reliable, code-compliant ITM.
