4WE6Q6X/EW110N9DK25L/V/62

The 4WE6Q6X/EW110N9DK25L/V/62 valve belongs to the WE Directional Spool Valves series and is produced by Bosch Rexroth for hydraulic automation tasks that require precise on-off control of actuator flow paths. It is designed to run on a 110 V AC supply at 50 or 60 Hz, so it can be wired directly to standard plant power. During steady energization the coil draws 0.52 A, providing predictable current loading for control circuits. Switch-on power reaches 220 VA to build the magnetic field rapidly, while the holding power drops to 50 VA to minimize continuous heat generation. The solenoid accepts voltage fluctuations of ±10 percent, allowing reliable performance on feeds that are not tightly regulated. A DK25L five-pole Mini-Change connector terminates all electrical conductors, simplifying plug-and-play replacement in the field. Continuous operation is supported by a 100 percent S1 duty cycle, which means the solenoid may remain energized indefinitely without cooldown intervals. The body mounts to subplates that follow ISO 4401-03-02-0-05, ensuring interchangeability with common CETOP 3 manifolds. Total mass is 1.95 kg, enabling overhead installation without extra structural support.

An IP65 enclosure rating prevents dust ingress and protects the coil against low-pressure water jets during wash-down. The main flow galleries withstand 350 bar at ports p, a, and b, so the unit can serve high-pressure circuits on modern power packs. Return port t is limited to 160 bar, safeguarding tank lines and seals from over-stress. Maximum flow capacity is 60 liters per minute, matching medium-size cylinder or motor demands without excessive pressure drop. FKM sealing elements resist mineral oils and higher temperatures, prolonging service life in demanding environments. A concealed N9 manual override allows manual spool shifting during commissioning or when power is unavailable. Positioning is maintained by an ISO 8752-3x8-St locating pin, which aligns the housing precisely on the subplate. All passages are gasketed and machined to support the specified performance without external leakage.