Product NO. NWA Origin Zhejiang, China

Merchandise Description

NWAseries fast coupling(steel)Solution Feature1.Satisfy the common ISO7241-A2.Streamline valve with modest stress drop3.Regular substance:carbon steel4.Common seal:nitrile rubberSeal elastomer data Seal Optimum working temperature rangeNitrile rubber -20&ordmCto +one hundred&ordmCProduct ParameterSize(in)ISO(mm)Max Working Strain(bar) Rated Stream(l/m)Min Blast Pressure(bar)Fluid Loss(ml-cc)connectionconnectionmalefemale1/forty six.3315121450151017600.53/810315231590147015201.91/212.5250451240100014602.seventy three/420250106104090015309.312520018913001300960161-1/43220028810901140850301-1/240160379820810790542501007571100650960120Application Assortment Hydraulic &amp fluid deliveryAgriculture machineBuilding equipmentTouring auto,snow clearer truck and upkeep truckFactory producing InterchangeabilityFASTER ANVseriesSTUFF H-1500seriesPARKER 6600seriesAEROQUIP FD56series(5600series)Picture Information

Basic Info.

Design NO. NWA Origin Zhejiang, China

Merchandise Description

Customer Issue &amp Response Request anything for more details ()

NWAseries rapid coupling(metal)Product Feature1.Fulfill the standard ISO7241-A2.Streamline valve with small stress drop3.Common content:carbon steel4.Standard seal:nitrile rubberSeal elastomer knowledge Seal Highest operating temperature rangeNitrile rubber -20&ordmCto +100&ordmCProduct ParameterSize(in)ISO(mm)Max Functioning Pressure(bar) Rated Stream(l/m)Min Blast Strain(bar)Fluid Loss(ml-cc)connectionconnectionmalefemale1/forty six.3315121450151017600.53/810315231590147015201.91/212.5250451240100014602.seventy three/420250106104090015309.312520018913001300960161-one/43220028810901140850301-one/240160379820810790542501007571100650960120Application Range Hydraulic &amp fluid deliveryAgriculture machineBuilding equipmentTouring vehicle,snow clearer truck and routine maintenance truckFactory manufacturing InterchangeabilityFASTER ANVseriesSTUFF H-1500seriesPARKER 6600seriesAEROQUIP FD56series(5600series)Photo Information