4WE6J6X/EG24N9DK24L/ZV/62 AN

The 4WE6J6X/EG24N9DK24L/ZV/62 AN directional spool valve is part of the WE Directional Spool Valves series manufactured by Bosch Rexroth for hydraulic automation systems where electrically controlled flow routing is required. With a nominal size of 6, the valve matches compact subplate interfaces used on small to medium actuators. Its porting pattern follows ANSI B93.9 so it aligns with standardized manifold layouts without adapter plates. A clamping length of 22 mm keeps the body seated securely on the mounting surface and maintains sealing integrity. The valve accommodates a maximum operating pressure of 350 bar on the pressure and work ports, enabling it to control high-force cylinders. Tank lines may be exposed to pressures up to 210 bar, allowing back-pressure operation when counterbalance circuits are present. A maximum continuous flow of 80 l/min lets the component serve pumps of moderate capacity without exceeding spool velocity limits. Electrical solenoids draw only 30 W, which limits heat generation inside control cabinets.

A nominal voltage of 24 V DC powers the solenoids, and the valve tolerates supply variations of ±10 % to cope with common industrial voltage drops. At this voltage the coil draws a rated current of 1.25 A, simplifying fuse sizing and field wiring. The design supports a 100 % ED duty cycle, so the spool may remain energized indefinitely without thermal overload. An IP65 enclosure rating blocks dust and water jets when the connector gasket is fitted, making the assembly suitable for outdoor machinery. Electrical connection is made through an M12×1 four-pole DK24L plug, which provides quick replacement without rewiring. A concealed manual override coded N9 permits local actuation while protecting the button from accidental operation. Switching events can occur up to 4.2 times per second, granting adequate response for on/off pressure control loops. Fluorocarbon (FKM) seals resist high-temperature hydraulic oils and many synthetic fluids, extending service intervals.