Categories
Recently viewed products
Picture of Pilot Operated Sequence Valves - SVH162K20V

*PRODUCT IMAGE IS REPRESENTATIVE PROVIDED BY THE MANUFACTURER. DO NOT MAKE BUYING DECISIONS SOLEY BASED ON THE IMAGE. PLEASE VERIFY SPECIFICATIONS MEET YOUR REQUIREMENTS.

Pilot Operated Sequence Valves - SVH162K20V

Parker’s pilot operated sequence valves can be internally or externally piloted to allow multiple actuators to work in sequence based on pressure settings; working with flows up to 152 lpm (40 gpm) and pressures up to 380 bar (5500 psi).
Availability:
Backordered
SKU SVH162K20V
POR
Ship to
*
*
Shipping Method
Name
Estimated Delivery
Price
No shipping options
Products specifications
Attribute nameAttribute value
Seal MaterialFluorocarbonAdjustment TypeKnob
Cracking Pressure (psi)N/ADrain OptionInternal
Pilot OptionExternalRated Flow (gpm)40
Pressure Range Adjustment (psi)200-2000Port Sizen/a
Seal MaterialFluorocarbonBody Materialn/a
DivisionHydraulic Cartridge Systems DivisionDivisionHydraulic Systems Division
Pilot LocationExternalMaximum Kinematic Viscosity45-2000 SSU (6 to 420 cSt)
Minimum Operating Temperature-15 °FActuation TypePressure Sensing
Adjustment MechanismKnobMaximum Tank Pressure350 bar
Drain OptionInternalFunctionPilot Operated Sequence
Weight0.45 kgMounting TypeThreaded Cartridge Valve
Maximum Inlet Pressure Rating380 barInstallation Torque99 Nm
Flow Rate40 Gal/minMaximum Operating Temperature+400 °F
Filter Efficiency RatingISO 4406 18/16/13, SAE Class 4For Fluid TypeMineral-based or synthetic hydraulic fluids
Valve MaterialAll parts steel. All operating parts hardened steelOperating Temperature-15 to +400 °F
Maximum Operating Pressure380 barStandard Setting Pressure69 bar
Maximum Pressure Setting2000 psiCracking PressureN/A psi
Pressure Control Range13.8-138 barPressure Control Sensitivity539 per turn psi
Leak Rate5 per 100 psi (6.8 bar) setting cm3/minCavity Size6-3
Reseat Pressure80% of set pressureMaximum Flow Rate151.6 L/min
Maximum Drain Flow Rate0.58 L/min
Product resources

Literature and Reference Materials