Stucchi® 801300051 588084

$requestType

$attrFilterListType

Stucchi® 588084
Stucchi® 588084

Stucchi® A21 Series 801300051 Flat Face Coupling, 1 in Male x 1 in Female BSPP, Steel

Manufacturer: Stucchi, Inc
Brand: Stucchi®
Item Number: 588084
MPN: 801300051
CPN:
    • Portland, OR (Owen Equipment)
    Additional Information      :      1.42 in OD, NBR Seal, 1 in Body Size
    Connection Size 1      :      1 in
    Connection Size 2      :      1 in
    Connection Type 1      :      Male
    Connection Type 2      :      Female BSPP
    Connection Type      :      Male|Female BSP
    Dimensions      :      3.81 in L
    Finish      :      CR3-Coated
    Fitting Type      :      Coupling
    Hex Size      :      2.17 in
    Material Construction      :      Carbon Steel
    Material      :      Steel
    Maximum Operating Pressure      :      4350 psi
    Operating Temperature      :      -4 to 212 deg F
    Series      :      A21 Series

    Series A is the evolution of Stucchi® technology and quality applied to flat face couplings. The series has a internal design combined with a high resistance material to allow the achievement of higher operating pressure and minimal pressure drop. The modular structure allows the flexibility to offer several types of threads or special ports in order to satisfy diverse applications while maintaining a compact dimension. These features make series A couplings the leader in many hydraulics applications where high performance is necessary with the elimination of fluid loss and contamination in the circuit.

    Stucchi® Flat Face Coupling, Series: A21 Series, Coupling Fitting, 1 in Connection Size 1, Male Connection Type 1, 1 in Connection Size 2, Female BSPP Connection Type 2, Male|Female BSP Connection Type, Steel, Carbon Steel Material Construction, CR3-Coated, 2.17 in Hex, 3.81 in L, 4350 psi Maximum Operating Pressure, -4 to 212 deg F Operating, Additional Information: 1.42 in OD, NBR Seal, 1 in Body Size

    • Flat face is easy to clean, helping to reduce the inclusion of contamination in the hydraulic circuit
    • Minimal air inclusion during connection/disconnection
    • Minimal fluid loss during disconnection, reducing fluid loss to the environment
    • Patented internal valve design creates minimal pressure drop, maintaining circuit efficiency in the system
    • The modular design allows flexibility with a wide range of configurations
    • Good resistance at impulse pressures
    • Compact slim design
    • Safe and simple to use