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SCN Slam Shut Valve

Brand: Pietro Fiorentini S.p.A.
Hydrogen Compatible Hydrogen Compatible
The slam shut valve SCN by Pietro Fiorentini is a compact safety device which quickly intercepts gas flow whenever the pressure under monitoring reaches a pre-set limits, or whenever manually required by operator on-site or through a remote command (optional device).

Suitable for use with natural gas and previously filtered non-corrosive gases, this device is strongly recommended for medium and low pressure gas distribution networks.

SCN is Hydrogen Ready for NG-H2 blending.
Features
  • Design pressure: up to 16 bar
  • Design temperature: from -20° to 60° C
  • Sizes DN: up to 8″
  • Flanges: ANSI 150 according to ASME B16.5 and PN 16 according to EN 1092
  • End to end dimensions: according to EN 334, EN 14382
The slam shut valve SCN by Pietro Fiorentini is a compact safety device which quickly intercepts gas flow whenever the pressure under monitoring reaches a pre-set limits, or whenever manually required by operator on-site or through a remote command (optional device).

Suitable for use with natural gas and previously filtered non-corrosive gases, this device is strongly recommended for medium and low pressure gas distribution networks.

SCN is Hydrogen Ready for NG-H2 blending.
Features
  • Design pressure: up to 16 bar
  • Design temperature: from -20° to 60° C
  • Sizes DN: up to 8″
  • Flanges: ANSI 150 according to ASME B16.5 and PN 16 according to EN 1092
  • End to end dimensions: according to EN 334, EN 14382

Specifications

Hydrogen Compatibility %

Hydrogen Compatible up to 100% Hydrogen Compatible up to 100% Hydrogen Compatible up to 30% Hydrogen Compatible up to 30% Hydrogen Compatible up to 20% Hydrogen Compatible up to 20%

Accuracy Class

  • 5%

Available Size DN

  • 1”
  • 1-1/4”
  • 1-1/2”
  • 2”
  • 2-1/2”
  • 3”
  • 4”
  • 6”
  • 8”

Design Pressure

  • Up to 18.9 bar (275.5 psi)

Design Temperature

  • -20° to 60° C

Flanging

  • Class ANSI 150 - RF or FF According to ANSI 16.5 and PN 16 According to ISO 7005

Documentation