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PILOT OPERATED REGULATOR

PILOT OPERATED REGULATOR

Product catalog summary
Pilot Operated Regulator Overview
The pilot operated regulator allows for remote pressure adjustment via a pneumatic command. It features two rolling diaphragms that provide increased stroke for greater valve opening and flow rate, reduced friction for faster response and sensitivity, and high precision in maintaining set pressure despite variable flow rates and inlet pressures. The design shares construction characteristics with standard regulators, offering advantages like pressure compensation with upstream pressure changes, a relieving valve, and quick downstream pressure relief.
Components
  • Anodized aluminium plate, diaphragm washer, and upper cap
  • Technopolymer flange and regulator body
  • Rolling diaphragm
  • IN/OUT bushing made of OT58 nickel-plated brass or passivated aluminium
  • OT58 brass valve with NBR vulcanized gasket
  • Stainless steel valve spring
  • Technopolymer rod and plug
  • NBR o-ring gasket
Technical Data
  • Threaded port sizes: 1/8", 1/4", 3/8", 1/2", 3/4", 1"
  • Max. inlet pressure: 15 bar (1.5 MPa, 217 psi) for REG SY1; 13 bar (1.3 MPa, 188 psi) for REG SY2
  • Flow rates at 6.3 bar with ΔP 0.5 bar: up to 7300 Nl/min (258 scfm)
  • Flow rates at 6.3 bar with ΔP 1 bar: up to 7700 Nl/min (272 scfm)
  • Relief valve flow rate at 6.3 bar: 70-100 Nl/min (2.5-3.5 scfm)
  • Temperature range: -10°C to +50°C
  • Weight varies from 135g to 456g depending on model
  • Compatible with compressed air or other inert gases
  • Mounting position: Any
  • Additional air take-off for pressure gauges or fittings: 1/8" or 1/4"
  • Wall fixing screws: No. 2 M4 or M5 screws
Usage Notes
Pressure must always be set upwards.
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Catalog excerpts

PILOT OPERATED REGULATOR-1

5ym=5i. PILOT OPERATED REGULATOR The pilot operated regulator can adjust pressure remotely via a pneumatic command. The two rolling diaphragms offer several advantages: - increased stroke, which allows greater opening of the valve and hence increased flow rate; - reduced dynamic and pickup friction, which results in increased response speed and high sensitivity; - high precision in maintaining the set pressure, both with variable flow rates and different inlet pressures. The design features the same construction characteristics as those used for a standard regulator, so the advantages are the same, namely: compensation of the regulated pressure varies with the upstream pressure; presence of a relieving valve and downstream pressure quick relieving. TECHNICAL DATA COMPONENTS © Anodized aluminium plate @ Anodized aluminium diaphragm washer C Anodized aluminium upper cap @ Technopolymer flange e Rolling diaphragm © IN/OUT bushing made of OT58 nickel-plated brass or passivated aluminium for 3/4" - 1" @ Technopolymer regulator body ® OT58 brass valve, with NBR vulcanized gasket i Stainless steel valve spring j Technopolymer rod © NBR o-ring gasket @ Technopolymer plug

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