siemens

Product DescriptionThe Siemens 1-1/4in PICV 18 GPM NO, MPN 599-04314-18, is a pressure independent control valve designed for efficient flow regulation. This valve is ideal for HVAC applications, ensuring precise flow control in various systems. Flow range between three to eighteen gallons per minute....

Product DescriptionThe Siemens 599-04316-50 is a two-inch pressure independent control valve (PICV) designed for effective flow control in HVAC systems. This model operates with a maximum flow rate of up to fifty gallons per minute (GPM). It features a normally closed position and is...

Product Description The SIEMENS 599-04321-2.5 is a 1/2 PICV with a 2.5 GPM flow rate and normally open configuration. This valve features a 1/2 inch pipe size and ANSI Class 250 rating. It supports a flow range of 1 to 5.8 GPM and is...

Product DescriptionThe Siemens 599-04322-8 is a pressure independent control valve designed for fluid regulation. This valve operates at a maximum flow rate of eight gallons per minute. It features a three-quarters inch pipe size and is constructed for durability and reliability in various applications....

Product DescriptionThe Siemens 599-04323-16 is a pressure independent control valve designed for HVAC systems. This valve operates at a flow rate of sixteen gallons per minute. Its primary function is to maintain a consistent flow while adjusting to variations in pressure. This valve's design...

Product DescriptionSiemens 599-05011 is a service flange designed for 2-1/2 inches Flowrite 599 Series ANSI Class 125 3-Way Valves. This flange allows easy access to the valve's stem and plug assembly without needing to remove the valve itself. It is ideal for maintenance and...

Product DescriptionThe Siemens 599-05012 is a 3-inch 3-way service valve designed to handle a maximum inlet pressure of 50 psig and adheres to ANSI Class 125 standards. This valve is an essential component in HVAC and industrial systems where robust, precise flow control is...

Product DescriptionThe Siemens Globe Valve 2 Way 2-1/2 in. Flanged with MPN 599-05930 is designed for HVAC applications. This valve is made from stainless steel and features an ANSI Class 250 rating. ANSI Class 250 Valve Flange Cartridge Type Packing Equal Percentage Flow Characteristic...

Product DescriptionThe Siemens Globe Valve with MPN 599-05971 is a two-way valve with a three-inch flanged connection. Made with stainless steel trim, this valve operates under ANSI Class 125 and is designed for normal close functionality. Suitable for saturated steam, water, and glycol solutions....

Product DescriptionThe Siemens 599-05980 is a flanged cast iron zone valve, ideal for vast range of HVAC systems. This valve offers reliable performance in regulating flow within heating and cooling systems. Designed for optimized flow control Durable construction ensures longevity Compatible with diverse actuators...

Product DescriptionThe Siemens 599-05981 3-inch Normally Open Valve with a bronze trim and flanged design is a robust solution for controlling water flow in HVAC systems. Designed to handle pressures up to 125 psi, this valve ensures reliable operation and longevity. Durable cast iron...

Product DescriptionThe Siemens 599-05982 is a 4 inch, normally open, flanged valve assembly with a bronze trim and a modified 0.125 size. This high-quality valve is designed for use in heavy-duty industrial and HVAC applications, offering reliable performance and long-life durability. 2-way valve mechanism...

Product DescriptionThe Siemens 599-05990 Flowrite Zone Valve offers reliable control over fluid flow in industrial settings. Opt for robust construction and precision with this 2.5-inch flanged cast iron valve. Ideal for HVAC, plumbing, and industrial applications. Normally closed configuration ensures efficient flow management. Supports...

Product DescriptionThe Siemens 599-05993 is a robust 5 inch flanged cast iron zone valve, well-suited for regulating flow in HVAC systems. This valve is a part of the Flowrite 599 series and features a 2-way, normally-closed design capable of handling a maximum pressure of...