Comfort First F665hd+grcx24-mft-t N4 - Butterfly Valve (bfv), 2 1/2", 2-way, Ansi Class consistent With 125, Cv 196 |configurable Valve Actuator, Non Fail-safe, Ac/dc 24 v, 2...10 v, Nema 4x, Terminals Slash 45% Off The Price [ybuDnpUm]

High-Performance Butterfly Valve Solution

Introducing the F665HD+GRCX24-MFT-T N4 - Butterfly Valve (BFV), a versatile and robust solution for various industrial applications. This 2 1/2" 2-way butterfly valve, designed with ANSI Class 125 compliance, ensures exceptional durability and reliability. The valve boasts a Cv value of 196, making it suitable for a wide range of flow control needs. With its configurable nature, it can be tailored to meet specific project requirements.

• High Cv Value: Achieve efficient flow control with a Cv value of 196.
• ANSI Class 125 Compliance: Ensure compatibility with various industrial systems and standards.

Advanced Valve Actuator for Enhanced Performance

Enhance the functionality of your butterfly valve with our Non fail-safe valve actuator. Designed for AC/DC 24 V, it offers versatile power options and operates within a 2...10 V range. The actuator is equipped with NEMA 4X terminals, providing robust protection against environmental factors such as dust, oil, and water.

• Non fail-safe Actuator: Ensure continuous operation even in critical conditions.
• NEMA 4X Terminals: Protect the actuator against harsh environmental conditions.

Practical and Versatile Applications

The F665HD+GRCX24-MFT-T N4 - Butterfly Valve is an ideal choice for a variety of industries, including water treatment, chemical processing, and HVAC. Its compact design and easy installation make it a practical solution for both new projects and retrofitting. With its configurable features and robust construction, this valve is built to last and deliver optimal performance in demanding environments.

• Wide Range of Applications: Suitable for water treatment, chemical processing, and HVAC systems.
• Easy Installation: Streamline your project with quick and hassle-free installation.