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

GS048020N - 2 Way Poppet Type Bi-Directional Solenoid Valve

Parker’s 2-way bi-directional poppet solenoid valves block flow both directions with very low leakage and are available in normally-open or normally closed configurations. Capable of pressures up to 350 bar (5000 psi) and flows up to 285 lpm (75 gpm).

Manufacturer: Parker

Availability:	Backordered Estimated Lead Time: 71 days
Partner Available:	Backordered

SKU GS048020N

$244.64/each

Products specifications

Attribute name	Attribute value
UOM	EA	Seal Material	Nitrile
Configuration	Normally Closed	Maximum Inlet Pressure Rating	3000 PSI, 210 BAR
Actuation Type	Electrical, Manual	Wire Mesh Screen Included	No
Flow Rate	18 GAL/MIN, 68 L/MIN	Flow Rate	68 L/min
Maximum Kinematic Viscosity	45-2000 SSU (6 to 420 cSt)	Application	Mobile Hydraulics, Industrial Hydraulics
Operating Temperature	-34 to +121 °C	Configuration	Normally Closed
Actuation Type	Electrical, Manual	Body Material	N/A
Filter Efficiency Rating	ISO 4406 18/16/13, SAE Class 4	Weight	0.37 lb
Maximum Operating Pressure	210 bar	Coil Nut Tightening Torque	3 lb-ft
Division	Hydraulic Systems Division	Operation Type	Solenoid operated, Manually operated
Installation Torque	34 Nm	Seat Material	Steel
For Fluid Type	Mineral-based or synthetic hydraulic fluids	Maximum Flow Rate	68 L/min
Coil Type	1/2" Super Coil Low Watt (CCS)	Maximum Operating Temperature	+121 °C
Leak Rate	5 drops/min	Maximum Inlet Pressure Rating	3000 psi
Flange Face Type	N/A	Valve Material	All parts steel. All operating parts hardened steel
Seal Material	Nitrile	Connection Size	N/A
Bore Diameter	N/A	Flow Direction	Bi-directional
Wire Mesh Screen Included	No	Function	2-way
Input Voltage	85% of rated voltage at 72°F (20°C) min	Cavity Size	2R
Response Time	50 ms	Mounting Type	Screw in cartridge valve
Minimum Operating Temperature	-34 °C	ANSI Flange Class	N/A
Specifications Met	N/A	Override Functionality	Non-Detented

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