4WE6D6X/OFEW110N9DK25L/B10V/62 AN

The 4WE6D6X/OFEW110N9DK25L/B10V/62 AN directional valve belongs to the WE Directional Spool Valves series from Bosch Rexroth. It shifts spool positions electrically to route pressure and return flow in automated hydraulic circuits. The coil is designed for a nominal voltage of 110 V AC at 50/60 Hz so it can be energized directly from standard mains control transformers. When the coil is activated it draws a switch-on power of 220 VA and then settles to a holding power of 50 VA, limiting heat rise during continuous service. A rated current of 0.34 A supports the power levels without overloading common relay outputs. The DK25L five-pole plug provides a defined electrical connection and simplifies field wiring. Continuous duty is assured by a 100 % ED operating mode, allowing the solenoids to remain powered indefinitely during long machine cycles. An IP65 protection rating seals the envelope against dust and water jets, so cabinet mounting is optional. With two solenoids installed the assembly weighs 1.95 kg, enabling manifold installation without heavy support brackets.

The hydraulic end of the valve is sized for a maximum flow of 60 l/min, permitting medium-capacity actuators to cycle at full speed. Ports A, B, and P can be pressurized up to 350 bar, giving the unit headroom for high-pressure pumps used in modern workholding or pressing systems, while the T port tolerates 160 bar to accommodate counterbalanced return lines. FKM seals resist mineral oils and many synthetic fluids, extending service life when fluid chemistry varies. A concealed manual override identified by the N9 code lets maintenance staff shift the spool during commissioning without energizing the coil. The /62 locating hole includes a locking pin so the body can be fixed precisely in a subplate and removed without disturbing adjacent components. Cleanliness class ISO 4406 20/18/15 sets the allowable particle load in the circuit, guiding filter selection to protect the finely finished spool lands. Overall, these mechanical and hydraulic features coordinate with the electrical data above to provide reliable direction control in automated equipment.