Why do we need a fire sprinkler shut-off tool?

The best way to protect a building and its occupants from fire is to have an automatic fire sprinkler system. However, when a fire sprinkler system accidentally activates it can cause hundreds of thousands of dollars in damage. Talk to anyone who has had a fire sprinkler accident and you will hear just how catastrophic water damage can be. I have seen sprinkler accidents caused by everything from a kickball game in a dorm hallway to moving furniture in a science lab to hanging a clothes hanger on a sprinkler head in a classroom. When these accidents occur, a fire sprinkler shut-off tool can immediately stop the flow of water to the activated head while keeping the rest of the sprinkler system functional.

A single fire sprinkler head can expel between 30 to 100 gallons per minute, causing an estimated $1,000 of damage per minute. As a firefighter, I have personally seen over 30 stories of a building destroyed from a single sprinkler head. In most cities, a building’s water supply can only be shut off by the fire department. Waiting for firefighters to be dispatched, respond, locate, access and shut down the system can result in hundreds of gallons of unclean water pouring into your hallways and classrooms. Stopping the activated head quickly using a sprinkler tool helps avoid expensive damages and keeps every sprinkler head in the building pressurized. Your buildings stay open and operational while your students and faculty remain safe and protected.

Whether you are looking to protect dorm rooms, lab equipment or classrooms, you cannot afford to have a sprinkler accident without keeping a fire sprinkler shut-off tool on site.

This article originally appeared in the issue of .

About the Author

Matt Scarpuzzi is a San Diego firefighter and owner of Quickstop Fire Sprinkler Tools (www.quickstoptool.com). Contact him at [email protected] or 858/750-2232.

Featured

  • Minnesota Middle School Finishes $23.5M Addition and Modernization

    Highland Park Middle School in St. Paul, Minn., recently announced the completion of a $23.5-million addition and remodel project, according to a news release. Saint Paul Public Schools partnered with ATS&R Planners, Architects & Engineers for its design and Kraus-Anderson for its construction.

  • Utah Valley University Opens New Engineering Building

    Utah Valley University in Orem, Utah, recently held a grand-opening ceremony for the new Scott M. Smith Engineering Building, according to a news release. The facility is one of the largest engineering buildings in the state at almost 200,000 square feet, and it plays home to the university’s Smith College of Engineering and Technology (SCET).

  • Pitzer College

    Designing for Change in Higher Ed Learning Environments

    Higher education will continue to evolve, and learning environments must evolve with it. By prioritizing adaptable infrastructure, thoughtful reuse, strong energy performance, and wellness-centered design, campuses can create spaces that support learning today while remaining flexible for the future.

  • Texas State University Completes Stadium Renovations

    Texas State University in San Marcos, Texas, recently announced that it has completed a series of additions and renovations to its football stadium, according to a news release. Formerly known as the Bobcat Stadium End Zone Complex, the Johnny and Nathali Weisman Football Performance Center is an 85,000-square-foot expansion featuring hospitality spaces, banquet spaces, exterior concourses, and upgrades to the field house.