The US Fire Pump Sentry 9k monitor trailer is designed for maximum protection of personnel and assets during firefighting operations. The trailer delivers a wide range from 6,000 gpm to 9,000 gpm (22,712 lpm up to 34,069 lpm) of water or foam solution up to 600’ (183m) for fire suppression, cooling operations, vapor suppression, and more.
The Sentry 9 monitor trailer has a GVWR of 14,000 pounds provided in a tandem-axle configuration.
Heavy-duty GRP mesh decking covers the deck surface, delivering a durable, non-slip platform for safe deck gun operation. An isophthalic polyester resin system ensures a high level of corrosion and impact resistance necessary in industrial settings. The material is electrically nonconductive and is easily cleaned using a pressure washer. The trailer frame rails are fabricated from structural channel with steel formed cross members.
The trailer frame is designed with an integral 350 gallon ballast tank that is open to atmosphere. Standard ball receiver or pintle hitch with a lunette ring connections are available. Leveling jacks located on each corner of the trailer make stabilizing the unit in contrasting environments a breeze. Drains are located on the bottom of unit.
Features
Selectable Nozzle: Using the US Fire Pump Sentry 9 Nozzle, achieving a safe distance has never been so easy. Reach up to 600 feet (183 m) using our nozzle, which can be adjusted from 6000 to 9000 GPM, and can also be actuated from straight stream to fog. Each trailer is outfitted with an 8” ANSI 150 flange for attachment of monitor to manifold, different flanges upon customer specification. Selectable nozzles are offered in manual operation or remoted controlled configurations.
Also available with the units are the use of Stacked tips for smooth bore functionality. Easily remove the existing nozzle and thread on the stacked tips when desired!
Highly Efficient Waterway: The trailer inlet manifold can be customized in multiple sizes and connections. The monitor is designed with a waterway that minimizes flow, reduces friction loss, and produces a far-reaching stream.
