Features and Benefits

• 3-Way Hydraulically Actuated PRV, Electrically Controlled On/Off
  - Projects downstream systems
  - Opens fully upon line pressure drop
  - Wide range of pressures and voltages
  - Normally Open, Normally Closed or Last Position
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• Advanced Glove Hydro-Efficient Design
  - Unobstructed flow path
  - Single moving part
  - High flow capacity
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• Fully Supported & Balanced Diaphragm
  - Requires low opening and actuation pressure
  - Excellent low flow regulation performance
  - Progressively restrains valve closing
  - Prevents diaphragm distortion
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• User Friendly Design
  - Easy pressure setting
  - Simple in-line inspection and service

Typical Applications

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• Pressure Reducing stations
• Flow and Leakage Reduction
• Systems Subject to Varying Supply Pressure
  
• Energy Saving Irrigation Systems
• Source and "on Duty" Valves Management
• Downhill Supply Lines
• Pressure Zone Isolation

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Technical Specifications

Dimensions and Weights

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Technical Data

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Technical Data

Patterns and Sizes: Globe: 3-16”; DN80-400 Angle: 3-4”; DN80-100

End Connections:

Pressure Rating: 16 bar; 232 psi

Operating Pressure Range: 0.5-16 bar; 7-232 psi

For lower pressure requirements, please contact us.

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Setting Range: 1.5-16 bar; 22-232 psi

Setting ranges vary according to specific pilot spring. For more information please contact us.

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Materials:

Body and Cover:

Polyester Coated Cast or (10”; DN250 and larger) Ductile Iron

Spring: Stainless Steel

Diaphragm: Nylon fabric Reinforced NR with rugged insert

Bolts, Studs and Nuts: Zinc-Cobalt plated Steel

Control Accessories: Brass

Tubing and Fittings: Reinforced Plastic and Brass

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Solenoid Voltage Range:

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24VAC, 24VDC

Other voltages available

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Flow Chart

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Operation

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The Shuttle Valve [1] hydraulically connects the Solenoid [2] or the Pressure Reducing Pilot (PRP) [3] to the Valve Control Chamber [4]. When the solenoid is closed, the PRP commands the Valve to throttle closed should Downstream Pressure [P2] rise above setting, and to open when [P2] falls below setting. Should line pressure remain below setting - the Valve opens fully. In response to an electric signal, the solenoid switches, directing line pressure through the shuttle valve into the control chamber. This causes the Valve to shut.

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How to Order

Please specify the requested valve in the following sequence: (for more options, please contact us.)

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