Hydraulic Concentrate Control Valve DESCRIPTION The standard hydraulic actuated valve assembly consists of a factory assembled and tested quarter turn regular port ball valve to which a hydraulic actuator has been attached. The ball valve has a bronze body with 316 stainless steel ball and stem. Valve seats are glass-reinforced bronze. Inlet and outlet threads are female NPT. All valves are rated 600 psi WOG. Stainless steel flanged valves are rated in excess of 1,000 psi WOG. The hydraulic actuator is mounted directly to the ball valve using a mounting bracket. The housing of the actuator has a corrosion resistant exterior with a two-part epoxy coating providing extra protection against aggressive environments. The interior components have Tri-Oxide; a hard ceramic like surface, protecting all body parts against wear and corrosion. The actuator has two way rotational travel stops, providing a minimum of 96 and positive, adjustable rotation stopping (10 at each end). This combination assures positive sealing, correct port alignment for long valve life and maximum foam concentrate flow through the ball valve. The hydraulic actuator is equipped with a visual valve position indicator and has the capability for manual override using a free handle, secured to the valve body with a length of chain. Water to drive the valve open is fed to the hydraulic actuator through 1/4 inch or 3/8- inch pipe or copper tubing. A connection from the sprinkler system is usually made from a normally unpressurized port, such as the water motor alarm line on the alarm or deluge valve to power the hydraulic actuator. The water inlet to system actuation, allow water to flow into the actuator body and open the valve. APPLICATION The Chemguard hydraulic concentrate control valve is designed for use with either a bladder tank or an in-line balanced pressure proportioning system. The valve is used to automatically open the line supplying foam concentrate to a ratio controller. It does not require electrical power to operate, only water pressure from the system that has been activated. FEATURES Six different size assemblies available Minimum operating pressure 40 psi with a recommended maximum pressure of 120 psi Maximum overload pressure 150 psi Durable corrosion resistant finish Actuator has easy stop adjustments at each end of stroke for accurate seating of the ball strainer and shut-off valve to allow depressurizing and resetting of the valve after use. In the event electric operation is required or preferred, a solenoid release is installed in the water supply line to the actuator which will, on Rev: 09/2003 Page VIII - 33
ORDERING INFORMATION Part No. Valve Size 2005 1" Hydraulic actuated ball valve, bronze threaded valve 5004 2" Hydraulic actuated ball valve, bronze threaded valve OPTIONS For solenoid direct mounted on actuator assembly add the following to part number: S24 for 24V DC solenoid S120 for 120V AC solenoid For solenoid sold separately use part number: 7000 for 24V DC solenoid 7002 for 120V AC solenoid For water regulator sold separately use part number: 7001 Note: If supply pressure to hydraulic actuated valve is above 120 psi, a water regulator is required to reduce pressure below 120 psi. Rev: 09/2003 Page VIII - 34
HYDRAULIC CONCENTRATE CONTROL VALVE Part No. Valve Size End Connection Actuator A, in. (mm) B, in. (mm) 2005 1" Threaded, NPT XL71DA 3.37 85.60 8.73 221.74 2006 1" Flanged, (ANSI, 150#) XL131DA 5.00 127.00 11.54 293.12 3004 1-1/4" Threaded, NPT XL71DA 4.00 101.60 8.73 221.74 4004 1-1/2" Threaded, NPT XL131DA 4.37 111.00 11.54 293.12 4005 1-1/2" Flanged, (ANSI, 150#) XL131DA 6.50 165.10 11.54 293.12 5004 2" Threaded, NPT XL131DA 4.68 118.87 11.54 293.12 5005 2" Flanged, (ANSI, 150#) XL131DA 7.00 177.80 11.54 293.12 6004 2-1/2" Threaded, NPT XL221DA 6.50 165.10 13.77 349.76 6005 2-1/2" Flanged, (ANSI, 150#) XL186DA 7.50 190.50 13.06 331.72 7004 3" Threaded, NPT XL221DA 6.75 171.45 13.77 349.76 7005 3" Flanged, (ANSI, 150#) XL221DA 8.00 203.20 13.77 349.76 Note: Dimensions subject to change without notice. Rev: 09/2003 Page VIII - 35
Rev: 09/2003 Page VIII - 36
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