Your New Favorite G665lcs+avkb120-3 - Globe Valve (gv), 2 1/2", 2-way, Ansi Class 125, Cv 65 |valve Actuator, Electronic Fail-safe, Ac 100...240 v, On/off, Floating Point Set [hKiL8plM]

G665LCS+AVKB120-3 - Robust Globe Valve Solution

The G665LCS+AVKB120-3 Globe Valve (GV) is a premium choice for industrial and commercial applications. This high-performance valve is designed to meet the stringent requirements of modern industrial processes. Its core features include a 2 1/2" size, 2-way functionality, and an ANSI Class 125 rating, ensuring durability and reliability. The valve's Cv 65 value provides excellent flow capacity, making it ideal for a wide range of fluid control applications.

Technical Specifications and Properties

The G665LCS+AVKB120-3 is equipped with a Valve Actuator that offers electronic fail-safe functionality, ensuring safety and precision in operation. It operates on a wide voltage range of AC 100...240 V, making it versatile for use in various power conditions. The On/Off control and floating point design provide precise control and adaptability to different fluid flow rates. Key features include:

• ANSI Class 125 Rating for maximum durability and pressure containment
• 2-way Functionality for efficient fluid control in both directions
• Cv 65 Flow Capacity for optimal performance in high-flow applications

Practical Applications and Benefits

The G665LCS+AVKB120-3 Globe Valve is an essential component in numerous industrial processes, offering numerous benefits. Its robust construction and reliable performance make it suitable for use in pipelines, water treatment systems, and chemical processing facilities. By providing precise control and fail-safe functionality, this valve helps to ensure the safety and efficiency of industrial operations. Whether you are looking to improve the performance of your existing system or to integrate a new control solution, the G665LCS+AVKB120-3 is an ideal choice. Its features and capabilities make it a valuable addition to any industrial setting, ensuring optimal fluid control and enhanced system reliability.