4WE6J6X/BG24NXDZ2/V

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Bosch Rexroth directly.***
The Bosch Rexroth 4WE6J6X/BG24NXDZ2/V (R901049224) is a high-performance directional valve designed to control the start, stop, and direction of fluid flow in hydraulic systems. This model is a solenoid-actuated directional spool valve that includes a housing, one or two solenoids, a control spool, and one or two return springs. The wet-pin solenoids operate within the hydraulic fluid to actuate the control spool from its rest position to the desired end position, enabling precise flow direction. In its deenergized state, the control spool is held centrally or in its initial position by return springs except for impulse spools. Upon deexcitation, the return spring repositions the control spool back to its rest state. The 4WE6J6X/BG24NXDZ2/V features an optional manual override which allows for movement of the control spool without solenoid energization. It is important to note that this valve has two spool positions and two solenoids without detent; thus there isn't a defined spool position when deenergized. For applications requiring locking of spool positions without continuous solenoid energization, this model offers an impulse version with a detent feature. However, users must be cautious of pressure peaks in tank lines as they can lead to unintended movements of the control spool. To prevent excessive flows during switching processes that could surpass the valve's performance limit, it may be necessary to use a throttle insert in channel P of the directional valve. The 4WE6J6X/BG24NXDZ2/V also includes features tailored for use in potentially explosive atmospheres with porting patterns conforming to ISO standards and wet-pin DC solenoids submerged in hydraulic fluid. Electrical connections are facilitated through individual connections and cable glands while ensuring safety in hazardous conditions.