VBN2DSSL3000 | CONTROL BALL VALVE WITH ELECTRIC ACTUATOR - 1-1/4 IN. NPT - 2-WAY - 102 CV - STAINLESS STEEL TRIM - LOW PROFILE - MODULATING(FAIL IN PLACE) - 24 VAC | Honeywell

Honeywell 1.25" NPT VBN2DSSL3000 Proportional Solenoid Valve: Engineered for Industrial Applications The Honeywell VBN2DSSL3000 is a highly reliable and efficient 1.25" NPT proportional solenoid valve, meticulously designed to meet the demanding requirements of industrial engineers and maintenance professionals. This valve excels in precise flow control and boasts a robust construction, ensuring dependable performance in critical applications. Key Features and Benefits: - Proportional Control: Provides precise flow modulation, enabling fine-tuning of fluid flow for optimal system performance. - 102Cv Capacity: Handles high flow rates, making it suitable for demanding industrial applications. - NPT Connections: Industry-standard 1.25" National Pipe Thread (NPT) connections ensure compatibility with existing piping systems. - 24V Operation: Utilizes a low voltage (24V) power supply, enhancing safety and reducing operating costs. - Honeywell Quality: Backed by the reputation of Honeywell, a leading manufacturer of industrial control solutions, ensuring reliability and durability. Applications: - Industrial Process Control: Regulating fluid flow in manufacturing processes, chemical plants, and other industrial environments. - HVAC Systems: Controlling water flow in heating, ventilation, and air conditioning systems. - Fluid Power: Managing fluid flow in hydraulic and pneumatic systems. - Irrigation Systems: Precisely controlling water flow for agricultural irrigation applications. Choose our HVAC supply store for the Best Value: our HVAC supply store is your trusted source for high-quality industrial products at competitive prices. We offer fast shipping and exceptional customer support to ensure your satisfaction. Contact us today to learn more about the Honeywell VBN2DSSL3000 proportional solenoid valve and how it can enhance your industrial applications.