Gauge Snubbers


AS-Schneider Gauge Snubbers are used to improve the output or readability of the instrument, and to reduce the effect of pressure surges on the instrument.

They also limit the external discharge of the pressure medium, in the event a discontinuity should occur on the instrument side of the snubber. Closing the valve increases the dampening action.

The max. allowable (Working) Pressure (PS) is 400 bar (5,801 psi), the max. allowable Temperature (TS) is 120°C (248°F).

Datasheet

*The dimensions shown in this catalogue apply to standard types. If you need the dimensions for your individual type or should you still not find your options at all please contact the factory.

Gauge Snubbers with Parallel Threads

Inlet Outlet Material PN L WAF References Part Number
G 1/4 Male G 1/4 Female Brass 250 62.5 27 S005.10.030.01
Carbon Steel 400 61 S005.10.130.01
1.4571 400 61 NACE S005.10.230.01
G 3/8 Male G 3/8 Female Brass 250 62.5 S005.10.020.01
1.4571 400 61 NACE S005.10.220.01
G 1/2 Male G 1/2 Female Brass 400 62.5 S005.10.000
Carbon Steel 400 61 S005.10.100
1.4571 400 61 NACE S005.10.200
M 20 x 1.5 Male M 20 x 1.5 Female Brass 400 62.5 S005.10.050
Carbon Steel 400 61 S005.10.150
1.4571 400 61 NACE S005.10.250

BI

Gauge Snubbers with NPT Threads

Inlet Outlet Material PN L WAF References Part Number
1/4 NPT Male 1/4 NPT Female Brass 250 61 27 S005.10.031.01
1.4571 600 NACE S005.10.231.01
1/2 NPT Male 1/2 NPT Female Brass 250 S005.10.010
Carbon Steel 400 S005.10.110
1.4571 NACE S005.10.210
316 NACE S005.10.410
Duplex 32 NACE S005.10.810.0001
Alloy 625 32 NACE S005.10.810.0009
Alloy 400 27 NACE S005.10.910.0001
Alloy C-276 32 NACE S005.10.910.0005

WAF = Width Across Flats | 27 = Hex, 32 = Square







Technical advice: 03303 / 50 40 66

Technical advice for this product


    In accordance with the General Data Protection Regulation (GDPR), we are obliged to inform you about the collection of data. We meet this obligation by referring to our privacy notice.



    Gauge Snubbers

    AS-Schneider Gauge Snubbers are used to improve the output or readability of the instrument, and to reduce the effect of pressure surges on the instrument.

    They also limit the external discharge of the pressure medium, in the event a discontinuity should occur on the instrument side of the snubber. Closing the valve increases the dampening action.

    The max. allowable (Working) Pressure (PS) is 400 bar (5,801 psi), the max. allowable Temperature (TS) is 120°C (248°F).

    Datasheet

    *The dimensions shown in this catalogue apply to standard types. If you need the dimensions for your individual type or should you still not find your options at all please contact the factory.

    Gauge Snubbers with Parallel Threads

    Inlet Outlet Material PN L WAF References Part Number
    G 1/4 Male G 1/4 Female Brass 250 62.5 27 S005.10.030.01
    Carbon Steel 400 61 S005.10.130.01
    1.4571 400 61 NACE S005.10.230.01
    G 3/8 Male G 3/8 Female Brass 250 62.5 S005.10.020.01
    1.4571 400 61 NACE S005.10.220.01
    G 1/2 Male G 1/2 Female Brass 400 62.5 S005.10.000
    Carbon Steel 400 61 S005.10.100
    1.4571 400 61 NACE S005.10.200
    M 20 x 1.5 Male M 20 x 1.5 Female Brass 400 62.5 S005.10.050
    Carbon Steel 400 61 S005.10.150
    1.4571 400 61 NACE S005.10.250

    BI

    Gauge Snubbers with NPT Threads

    Inlet Outlet Material PN L WAF References Part Number
    1/4 NPT Male 1/4 NPT Female Brass 250 61 27 S005.10.031.01
    1.4571 600 NACE S005.10.231.01
    1/2 NPT Male 1/2 NPT Female Brass 250 S005.10.010
    Carbon Steel 400 S005.10.110
    1.4571 NACE S005.10.210
    316 NACE S005.10.410
    Duplex 32 NACE S005.10.810.0001
    Alloy 625 32 NACE S005.10.810.0009
    Alloy 400 27 NACE S005.10.910.0001
    Alloy C-276 32 NACE S005.10.910.0005

    WAF = Width Across Flats | 27 = Hex, 32 = Square







    Technical advice: 03303 / 50 40 66

    Technical advice for this product


      In accordance with the General Data Protection Regulation (GDPR), we are obliged to inform you about the collection of data. We meet this obligation by referring to our privacy notice.



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