Bestselling Lfn170m31 | Mixing Valve Lfn170 Tempering 1 Inch Female Npt 0559125 | Watts Pro Version [Omhz3IKy]

LFN170M31 Mixing Valve: Precision Tempering for Your Needs

The Watts LFN170 Mixing Valve is a superior choice for commercial and industrial environments where precise temperature control is paramount. This valve is crafted from lead-free bronze, ensuring both safety and durability. With a 1-inch female NPT end connection and a maximum working pressure of 125 PSI, the LFN170 is designed to withstand the rigors of demanding applications. Its compact dimensions of 3 inches in length, width, and height make it an ideal solution for installations with limited space.

• Lead-Free Bronze Construction for safety and longevity.
• 1-inch Female NPT Connection for versatile use.

Key Specifications and Technical Details

The Watts LFN170 Mixing Valve boasts a range of features that make it a standout choice in the market. It offers exceptional temperature control by blending hot and cold water sources, ensuring a consistent and comfortable water temperature. The valve's durable construction is built to last, even in harsh industrial environments. Key specifications include a maximum working pressure of 125 PSI and a 1-inch female NPT connection, making it suitable for a variety of applications.

• Maximum Working Pressure of 125 PSI for robust performance.
• Compact Design for space-saving installations.

Applications and Benefits for Various Industries

The Watts LFN170 Mixing Valve is an invaluable asset for a wide range of applications, from hydronic heating systems to industrial processes and commercial plumbing systems. Its precise temperature regulation ensures optimal performance and comfort, making it an essential component for any installation requiring reliable and consistent water temperature control. Whether you're a plumber, HVAC technician, or facility manager, the LFN170 is a reliable choice for your needs.

• Hydronic Heating Systems benefit from its precise temperature control.
• Industrial Processes rely on its durability and reliability.