*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 XRDH101F20V-8T - Direct Acting Cross-Over Relief Valves

Cross-Over Relief cartridge valves provide pressure protection to hydraulic motors, cylinders and rotary actuators up to 120 lpm (32 gpm) and 350 bar (5000 psi). Available in single or dual cartridge, in-line, manifold, or motor mount configurations.

Availability:	Quote Required
Partner Available:	Quote Required

Brand Parker

Part No. XRDH101F20V-8T

Ship to

Shipping Method

Estimated Delivery

Price

No shipping options

Products specifications

Attribute name	Attribute value
Maximum Operating Temperature	+400	Configuration	Dual Cross-over Relief
Standard Setting Pressure	1000	Port Thread Size	SAE-8
Operation Type	Automatic	Minimum Operating Temperature	-15
Leak Rate	5 @ 75% Crack Pressure	Maximum Tank Pressure	5000
Reseat Pressure	85% of pressure setting	Maximum Pressure Setting	2000
Mounting Type	Line Mounted	For Fluid Type	Mineral-based or synthetic hydraulic fluids
Maximum Kinematic Viscosity	45-2000 SSU (6 to 420 cSt)	Installation Torque	N/A
Actuation Type	Pressure Sensing	Maximum Flow Rate	20
Maximum Inlet Pressure Rating	5000	Pressure Control Sensitivity	n/a
Adjustment Mechanism	Fixed	Valve Material	All parts steel. All operating parts hardened steel
Function	Bi-directional	Division	Hydraulic Systems Division
Flow Rate	20	Weight	4.5
Body Material	Steel	Seal Material	Fluorocarbon
Operating Temperature	-15 to +400	Cracking Pressure	n/a
Cavity Size	n/a	Pressure Control Range	500-2000
Filter Efficiency Rating	ISO 4406 18/16/13, SAE Class 4	Maximum Operating Pressure	5000
Mounting Type	Line Mounted	Maximum Inlet Pressure Rating	5000 PSI, 350 BAR
Pressure Control Range	500-2000 PSI, 34.5-138 BAR	Seal Material	Fluorocarbon
Cracking Pressure	N/A	Flow Rate	20 GPM, 75 L/MIN
Adjustment Mechanism	Fixed	Standard Setting Pressure	1000 PSI, 69 BAR

Product resources

Literature and Reference Materials