Brass Evaporative Cooler Valve With 3/4-inch Female Hose Thread Connection

Introducing the 3/4 inch brass evaporative cooler valve, now available at Kjs Hardware in Ely, MN. This durable valve is designed to provide reliable control for your evaporative cooling system, making it an essential component for maintaining efficient operation. Whether you are a homeowner or a professional technician in Ely, this valve offers the quality and compatibility needed for smooth performance.

• Brass construction: Ensures long-lasting durability and resistance to corrosion, ideal for evaporative cooler applications.


• 3/4 inch female hose thread inlet: Provides easy and secure connection to standard hose fittings.


• 1/8 inch female pipe thread side tap: Allows convenient connection to the cooler for precise water flow control.


• Neoprene seal disc: Offers a reliable seal to prevent leaks and maintain system integrity.


• Cast iron handle: Provides sturdy and comfortable operation for opening and closing the valve.


• ANSI compliance: Meets ANSI B2.1 and B2.4 standards, ensuring quality and safety in your cooling system.

This 3/4 inch brass evaporative cooler valve is perfect for various practical uses in Ely. Homeowners can use it to maintain and repair their evaporative coolers, ensuring efficient cooling during hot seasons. HVAC professionals in Ely will find this valve indispensable for installation and servicing of evaporative cooling units, providing precise water flow control and leak prevention. Its robust design and ANSI compliance make it suitable for both residential and commercial applications.



In summary, the 3/4 inch brass evaporative cooler valve is a vital component for anyone looking to maintain or upgrade their evaporative cooling system in Ely, MN. Available at Kjs Hardware, this valve combines durability, ease of use, and trusted standards to help you achieve optimal cooling performance. Enhance your cooling setup with this reliable valve and experience the difference it makes in your system’s efficiency.