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

Parker DSL101NRM - 2 Way Poppet Type Solenoid Valve

Parker's 2-way poppet solenoid valves check flow in one direction with very low leakage and free flow opposite; normally-open or normally-closed configurations available. Capable of pressures up to 350 bar (5000 psi) and flows up to 260 lpm (70 gpm).

Availability:	Quote Required
Partner Available:	35 In Stock

Brand Parker

Part No. DSL101NRM

$74.81

Ship to

Shipping Method

Estimated Delivery

Price

No shipping options

Products specifications

Attribute name	Attribute value
UOM	EA	Body Material	n/a
Division	Hydraulic Systems Division	Flow Rate	15 Gal/min
Flow Direction	Side to Nose (2-1)	Maximum Flow Rate	15 Gal/min
Maximum Kinematic Viscosity	45-2000 SSU (6 to 420 cSt)	Minimum Operating Temperature	-35 °F
Function	2-Way	Maximum Operating Temperature	+200 °F
Weight	0.2 kg	Cavity Size	C10-2
Seal Material	D-Ring (Standard)	Configuration	Normally Open
Actuation Type	Electrical, Manual	For Fluid Type	Mineral-based or synthetic hydraulic fluids
Operation Type	Solenoid operated, Manually operated	Valve Material	All parts steel. All operating parts hardened steel
Filter Efficiency Rating	ISO 4406 18/16/13, SAE Class 4	Wire Mesh Screen Included	No
Mounting Type	Screw in cartridge valve	Operating Temperature	-37 to +93 °C
Leak Rate	5 drops/min	Input Voltage	85% of rated voltage at 72°F (20°C) min
Coil Nut Tightening Torque	7-10 Nm	Free Reverse Flow	Yes
Adjustment Mechanism	N/A	Override Functionality	Push Type w/Flush Rod
Coil Type	5/8" Super Coil	Maximum Operating Pressure	3600 psi
Maximum Inlet Pressure Rating	250 bar	Installation Torque	37-41 lb-ft
Response Time	35 ms	Configuration	Normally Open
Seal Material	D-Ring (Standard)	Actuation Type	Electrical, Manual
Wire Mesh Screen Included	No	Flow Rate	15 GAL/MIN, 60 L/MIN
Maximum Inlet Pressure Rating	3600 PSI, 250 BAR

Product resources

Literature and Reference Materials