4WE6J6X/EG24N9K72L/B08SO407 AN

The 4WE6J6X/EG24N9K72L/B08SO407 AN valve belongs to the WE Directional Spool Valves series from Bosch Rexroth and directs hydraulic flow in automated machinery. It is built in size 6 to fit compact NG6 manifolds used on modular power units. The J spool configuration establishes a specific crossover path for two-way actuation. Component series 6X denotes the current design level so seal kits and coils from the same series interchange directly. The solenoid operates on a 24 V DC supply that may vary by ±10 percent without losing switching force. A 100 percent duty cycle keeps the coil energized continuously when the machine requires sustained directional control. Nominal power draw is limited to 8 W to minimize panel heat and power supply sizing. Wiring is handled by an M12 × 1 four-pole connector coded K72L, which supports plug-and-play installation. Within that connector, pin 4 delivers the +24 V feed so assembly technicians can follow standard sensor cable color codes.

The housing carries an IP65 rating, protecting internal parts from dust ingress and low-pressure water wash-down in open plant areas. A concealed manual override labeled N9 lets maintenance staff shift the spool locally during setup without exposing the push pin to contaminants. The flow path accepts up to 60 liters per minute, allowing the valve to control medium-volume cylinders and motors. Line ports A, B, and P withstand pressures to 315 bar, supporting high-pressure circuits found in presses and testing rigs. Port T is limited to 210 bar to safeguard return lines and tank components. The magnetic actuator can switch the spool twice per second, enabling moderate sequencing rates in automated cycles. Mounting uses the ANSI B93.9 porting pattern so the valve drops onto standard NG6 subplates without adapters. These mechanical and hydraulic limits combine to give reliable service life when the valve is installed on manifolds with matched flow and pressure characteristics. In typical hydraulic automation, the protective enclosure, override capability, and standardized mounting help reduce downtime during maintenance and replacement.