Fire fighting pump is a piece of equipment that is essential for anyone who works in the fire protection field. This is because the fire fighting pumps have powerful pressure capabilities that can be used to spray water on fires and other combustible liquids. These fire pumps are also designed to be mobile, allowing firefighters to easily move around in the building or fire scene. This makes it easier for them to reach areas that were once difficult to get to.
Until recently, the fire fighting pump design hasn’t changed much. However, innovation on controls has allowed fire fighting pumps to become more efficient and effective than ever before. In addition, the Industrial Internet of Things (IIoT) is allowing fire fighting pumps to provide new data about their performance, which is helping fire safety professionals better understand the condition of the pumps and their systems.
A fire fighting pump is a type of water pump that’s built to supply water pressure to a sprinkler system. They are typically used in buildings that are tall, such as high-rises, or in systems that require a high terminal pressure at the fire suppression outlets.
Centrifugal fire pumps are the standard fire fighting pump in most departments. They come in several configurations, including single- and two-stage pumps. The configuration depends on the department’s needs for specific fire suppression challenges, such as a structural fire or wildland fires.
NFPA 25 requires that fire fighting pumps be inspected and tested regularly to ensure they are working properly. This includes monthly churn tests and annual flow tests. The inspections can be performed by staff or dedicated fire safety professionals. During these inspections, the fire fighting pumps should be checked for proper operation of their control devices and for signs of leaks or wear.