Compact Vrn2empx6202 In Multiple Colors [LPd7wfNc]

Pressure Independent Control Valve with Electric Actuator

The Compact Vrn2empx6202 In Multiple Colors [LPd7wfNc] Pressure Independent Control Valve with Electric Actuator is a cutting-edge solution designed to provide precise and reliable control in a variety of applications. This valve, featuring a 1-1/2 inch NPT connection and a 2-way flow path, is capable of handling up to 10 GPM, making it ideal for high-demand systems. The plated brass trim ensures durability and resistance to corrosion, while the DCA profile guarantees compatibility with a wide range of systems.

• Pressure independent design maintains consistent flow rates regardless of pressure fluctuations.
• Electric actuator provides efficient and precise control with minimal effort.

Key Features and Specifications

The Compact Vrn2empx6202 In Multiple Colors [LPd7wfNc] is equipped with a modulating floating (fail closed) design, ensuring safety and reliability in critical applications. Its 24 VAC power requirement makes it versatile for various electrical systems. The following features highlight the product's superior performance and ease of use:

• Plated Brass Trim for durability and corrosion resistance.
• DCA Profile for universal compatibility with different systems.
• Modulating Floating (Fail Closed) design for safety and reliability.

Practical Applications and Benefits

Whether you're working on a commercial or residential project, the Compact Vrn2empx6202 In Multiple Colors [LPd7wfNc] Pressure Independent Control Valve with Electric Actuator is a valuable addition to your toolkit. Its pressure independent control ensures consistent performance, making it perfect for applications such as heating, ventilation, and air conditioning (HVAC) systems, irrigation, and industrial processes. The following benefits make this valve a wise investment:

• Enhanced system efficiency and performance with consistent flow rates.
• Reduced maintenance and energy consumption due to precise control.
• Increased safety and reliability in critical applications.