Experience Vrn2blsx7200 - Today Only [oiCaAEYy]

Experience Vrn2blsx7200 - Today Only [oiCaAEYy] Pressure Independent Control Valve

Experience unparalleled control with our Experience Vrn2blsx7200 - Today Only [oiCaAEYy] Pressure Independent Control Valve, designed for precision and reliability. This advanced valve features an electric actuator, ensuring smooth and consistent operation in various applications. With its robust 3/4 inch NPT connection and 2-way flow path, it's a perfect fit for a wide range of systems.

• Electric Actuator: The integrated electric actuator offers precise control, allowing for quick adjustments and seamless operation.
• Stainless Steel Trim: Constructed with stainless steel trim, this valve provides excellent corrosion resistance and durability.

Key Specifications and Features

Our Experience Vrn2blsx7200 - Today Only [oiCaAEYy] valve is built to handle demanding applications, offering a flow rate of up to 9 GPM. It features a DCA profile and an ON/OFF (Fail Closed) function, ensuring maximum safety and performance. With a 24 VAC power supply, this valve is compatible with a wide range of control systems.

• 2-Way Flow: The 2-way flow design allows for efficient control of fluid flow, making it ideal for industrial and commercial applications.
• 9 GPM Flow Rate: The valve can handle high flow rates, ensuring quick and effective control in demanding situations.

Practical Applications and Benefits

The Experience Vrn2blsx7200 - Today Only [oiCaAEYy] Pressure Independent Control Valve is a versatile solution for a variety of industries. Whether you need to regulate fluid flow in a heating system, control pressure in a hydraulic application, or manage fluid levels in a process, this valve is up to the task. Its pressure-independent design ensures consistent performance, regardless of changes in system pressure.

• Pressure Independence: Maintain consistent pressure levels in your system, even under fluctuating conditions.
• Fail Closed Function: For added safety, the valve remains closed in the event of a power failure, preventing unwanted fluid flow.