Apollo 610F Series Cast Iron Gate Valve, Class 125, Non-Rising Stem, Flanged

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About Apollo 610F Series Cast Iron Gate Valve, Class

This class 125 Apollo Valve 610F series cast-iron gate valve has cast-bronze seat rings and flanged end connections for bolting to pipe flanges. The cast-iron construction, bolted bonnet, and solid wedge gate provide compressive strength and resistance to wear. The cast-bronze seat rings equip the valve for higher pressure applications and help resist corrosion over time. The valve has a non-rising stem, which stays fixed in place when the gate is raised or lowered for low clearance or underground use, and the graphite internal packing helps prevent the valve’s stem from leaking. This gate valve is full port for reduced friction; its inner diameter is the same as the inner diameter of the pipe it connects to enable maximum operating efficiency. The valve’s maximum pressure is 200 pounds per square inch (gauge) (psig) for water, oil, and gas pressure (WOG) and 125 psig for saturated steam pressure, and it has a temperature range of -20 degrees F to 406 degrees F. It has flanged end connections on both ends for bolting to compatible American National Standards Institute (ANSI) 125- and 150-lb. flanges. Mounted on top of the valve, a rugged iron hand wheel activates the inside screw mechanism which lifts and lowers the gate to start and stop the flow between connected pipes. This gate valve carries a two-year manufacturer warranty against workmanship or material defects. For quality assurance, this class 125 valve meets Manufacturers Standardization Society (MSS) SP-70 standards and American Society of Mechanical Engineers (ASME) B.16.1 standards for flanged valves. Class is a standard relating to tolerance, construction, dimension, and wall thickness, but it is not a direct measurement of maximum working pressure. The valve is appropriate for use in plumbing, heating, and building service piping systems. Gate valves control flow in a piping system by lifting a gate out of the path of steam, fluids, or gases. They are designed to block o