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

MHC-010-SJND-00F - Standard Pilot Assisted Load Control Valves

Parker’s piloted load control valves are designed to operate independent of downstream pressure to prevent runaway loads under dynamic conditions using a pilot signal, handling pressures up to 420 bar (6000 psi) and flows up to 350 lpm (90 gpm).

Manufacturer: Parker

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

SKU MHC-010-SJND-00F

$141.16/each

Products specifications

Attribute name	Attribute value
UOM	EA	Seal Material	Fluorocarbon
Port Size	n/a	Mounting Type	Threaded Cartridge Valve
Holding Pressure	1000 PSI, 69 BAR	Maximum Flow Rate	10 GAL/MIN, 37.5 L/MIN
Pilot Pressure Ratio	10:1	Adjustment Mechanism	Shimmed (non-adjustable)
Pressure Control Range	N/A	Mounting Type	Threaded Cartridge Valve
Pressure Control Range	N/A bar	Adjustment Mechanism	Shimmed (non-adjustable)
Cavity Size	CDD-1010	Minimum Operating Temperature	-26 °C
Body Material	N/A	Installation Torque	68-75 Nm
Weight	0.88 lb	Maximum Operating Pressure	350 bar
Pilot Location	External	Holding Pressure	1000 psi
Operating Temperature	-15 to +400 °F	Actuation Type	Pilot Operated
Flow Rate	37.5 L/min	Maximum Kinematic Viscosity	45-2000 SSU (6 to 420 cSt)
Filter Efficiency Rating	ISO 4406 18/16/13, SAE Class 4	Pressure Control Sensitivity	N/A bar
For Fluid Type	Mineral-based or synthetic hydraulic fluids	Maximum Operating Temperature	+204 °C
Maximum Flow Rate	10 Gal/min	Leak Rate	5 @ 80% of setting drops/min
Division	Hydraulic Cartridge Systems Division	Division	Hydraulic Systems Division
Pilot Pressure Ratio	10:1	Flow Direction	Cylinder port 2, Valve port 3, Pilot port 1
Function	Counterbalance Valve	Port Size	N/A
Valve Material	All parts steel. All operating parts hardened steel	Seal Material	Fluorocarbon
Maximum Inlet Pressure Rating	350 bar

Product resources

Literature and Reference Materials