Gate Valve - 2.5F NST X 2.5M NST

The Hydrant Gate Valve is specifically designed for wildland firefighters, providing reliable and efficient water flow control in demanding environments. This high-quality valve is constructed from durable aluminum, ensuring it can withstand the rigors of firefighting operations while remaining lightweight and easy to handle.

Features

• Aluminum Construction: The valve is made from lightweight yet durable aluminum, making it easy to transport and handle during firefighting operations.
• 2.5" F.NST Swivel x 2.5" M.NST Outlet: The valve features a 2.5" female NST swivel inlet and a 2.5" male NST outlet, ensuring compatibility with standard firefighting equipment.
• Size: The valve measures 11.5 inches in length, providing a compact and manageable size for easy integration into firefighting setups.
• Weight: Weighing only 4 lbs, the HGV25 is lightweight, reducing the physical strain on firefighters during use.
• Exceeds USDA FS 5100 Series Specifications: This hydrant gate valve meets and exceeds the stringent USDA Forest Service 5100 Series specifications, ensuring it performs reliably under the most demanding conditions.

Applications

The HGV25 Hydrant Gate Valve is ideal for use in wildland firefighting, where reliable water flow control is crucial. It is designed to provide firefighters with the ability to manage water flow efficiently, ensuring they can respond effectively to wildfires and other emergency situations.

How to Use

Installation

• Connect the 2.5" female NST swivel inlet to the water source, such as a hydrant or water pump.
• Attach the 2.5" male NST outlet to the desired hose or water delivery system.
• Ensure all connections are secure and free from leaks.

Operation

• Use the handle to open or close the valve, adjusting the water flow as needed.
• The valve's design ensures smooth and reliable operation, allowing for precise control of water flow.

Maintenance

• Regularly inspect the valve for signs of wear or damage.
• Clean and lubricate the valve components to ensure smooth operation.
• Replace any worn or damaged parts to maintain optimal performance.