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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.

DSP105C1 - Directional Control Proportional Valves

Parker’s family of 3-position, 4-way proportional directional control valves come standard with closed or float center spools and are capable of flows up to 32 lpm (8.5 gpm) and pressures as high as 350 bar (5000 psi).

Availability:	Backordered Estimated Lead Time: 54 days
Partner Available:	6 in stock

SKU DSP105C1

$198.02/each

Bypass upcharge for backordered quantity. Check this box if you prefer to backorder out of stock quantities from Hyspeco for this item, then click Add To Cart.

Products specifications

Attribute name	Attribute value
UOM	EA	Configuration	Normally Closed
Override Functionality	N/A	Seal Material	D-Ring (Standard)
Maximum Inlet Pressure Rating	3000 PSI, 210 BAR	Flow Rate	8.5 GAL/MIN, 32 L/MIN
Actuation Type	Electrical	Body Material	n/a
Maximum Kinematic Viscosity	45-2000 SSU (6 to 420 cSt)	Minimum Operating Temperature	-37 °C
Maximum Operating Pressure	210 bar	Override Functionality	n/a
Coil Type	5/8" Super Coil High Watt (CAP)	Operation Type	Solenoid Operated
Power Consumption	28 W	Installation Torque	25 lb-ft
Coil Nut Tightening Torque	3 lb-ft	Cavity Size	C10-4
Weight	0.57 lb	Configuration	Normally Closed
Filter Efficiency Rating	ISO 4406 18/16/13, SAE Class 4	Frequency	100-400 Hz
For Fluid Type	Mineral-based or synthetic hydraulic fluids	Valve Material	All parts steel. All operating parts hardened steel
Maximum Inlet Pressure Rating	210 bar	Maximum Operating Temperature	+93 °C
Response Time	50 ms	Maximum Tank Pressure	3000 psi
Function	Proportional Directional Control	Flow Rate	32 L/min
Leak Rate	10 @ 3000 PSI (210 BAR) cm3/min	Seal Material	D-Ring (Standard
Maximum Flow Rate	32 L/min	Current	2.33 @ 12 VDC, 1.17 @ 24 VDC A
Hysteresis	Less than 6%	Flow Rate Accuracy	+/- 15% @ 75% Nominal Current and Constant DeltaP Maintained with Pressure Compensator
Variation of Opening Point	25% - 30% of Input Signal

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Literature and Reference Materials