Code Requirements for Testing Sprinkler Heads
NFPA standards require that sprinkler heads be tested outside of the annual and quarterly fire sprinkler system inspections. The standards vary depending on type and age of the sprinkler heads.
NFPA standards require that sprinkler heads be tested outside of the annual and quarterly fire sprinkler system inspections. The standards vary depending on type and age of the sprinkler heads.
As the building owner or facility manager, your building’s sprinkler system may not always be top of mind, but it is imperative to understand the basics of your system. When a situation arises, you should be prepared to assess the problem and make decisions or work with an outside professional to resolve the situation.
Because rust requires water and oxygen in order to form, a sprinkler system can create a perfect growing environment for rust. Over time, rust builds up in a sprinkler system and the piping begins to corrode from the inside out. Corrosion will also create debris that can clog the pipe and sprinkler heads. Preventative maintenance is key.
The winter months bring harsh weather for many areas, but even those areas not greatly afflicted with freezing temperatures need a winterization plan. Indiana is known for warmer temperatures during the day and frigid, cold temperatures at night, making it even more important to give your sprinkler system extra attention.
Fire protection for storage occupancies requires a number of considerations, including type of material stored, storage arrangement, and storage height.
Even with proper inspection, testing, and maintenance, a fire system can demand emergency service. When you call Ryan Fireprotection with an emergency situation, you will be immediately directed to a live person to discuss the situation at hand.
Fire protection for high-piled storage occupancies can be a challenge, particularly those with a variety of goods that have a range of flammability.
Wet systems are the most popular type of fire suppression system installed in the US. Sometimes there may be a need to convert from a wet to a dry sprinkler system. While converting a wet system to a dry system is possible, it has its fair share of challenges.
There have been many misconceptions over the years as to what causes corrosion in a fire sprinkler system. There are three main misconceptions: bad water, bad pipes, or microbiologically-induced corrosion (MIC).
Corrosion is a common cause of fire sprinkler system malfunction or failure. When oxygen is present in the piping of a system, it reacts with water and the metal of the piping, which creates solids that corrode. Many people believe that corrosion is caused primarily by microbiologically-influenced corrosion (MIC), but that is not the primary cause.