Ready To Ship G215b-g+lvkb24-3 - Globe Valve (gv), 1/2", 2-way, Ansi Class 250, Cv 2.2 |valve Actuator, Electronic Fail-safe, Ac 24 v, On/off, Floating Point 40% Off - Today Only [eN2A5xuK]

Globe Valve (GV), 1/2", 2-way, ANSI Class 250, Cv 2.2

The G215B-G+LVKB24-3 Globe Valve (GV) is a top-tier choice for precision control in fluid systems. Engineered for exceptional performance, this 1/2" 2-way valve is designed to meet the stringent requirements of ANSI Class 250, ensuring durability and reliability in a wide range of applications. With a Cv value of 2.2, it offers excellent flow control capabilities, making it ideal for industrial and commercial settings where precise fluid management is crucial.

Valve Actuator and Electronic Fail-Safe

This valve is paired with a cutting-edge Valve Actuator, providing an electronic fail-safe feature that guarantees uninterrupted operation in critical applications. The actuator is powered by AC 24 V, offering a stable and reliable power source. Its On/Off functionality allows for straightforward control, while the floating point design ensures precise positioning and minimal wear. The following are some key features and benefits:

• Electronic Fail-Safe: Ensures continuous operation in critical applications, reducing downtime and potential risks.
• AC 24 V Power Supply: Provides a stable power source for reliable and consistent performance.

Practical Applications and Target Audience

The G215B-G+LVKB24-3 Globe Valve is a versatile solution for various industries, including oil and gas, water treatment, and chemical processing. Its robust design and advanced features make it an excellent choice for both new installations and upgrades. Whether you're managing fluid flow in a large-scale industrial facility or a small commercial setting, this valve offers the following benefits:

• Improved Flow Control: The high Cv value and precise positioning ensure efficient and accurate fluid management.
• Enhanced Safety and Reliability: The electronic fail-safe feature provides an additional layer of safety, reducing the risk of system failures.