Rexroth 5‑4WE10 G33/CG24N9K4/V Directional Control Valve (MNR: R900930504) is a premium-grade hydraulic component meticulously engineered for precise flow control in advanced fluid power systems. As a brand-new valve with full OEM part traceability, it delivers dependable and efficient operation in demanding applications such as mobile machinery, industrial presses, agricultural equipment, and automation platforms. The 4-way, 2-position spool design enables accurate actuation of hydraulic cylinders and motors, while the “G33” spool profile ensures smooth transitions and minimal internal leakage.
The valve’s CG24N9K4/V configuration signifies a dual 24 V DC solenoid system, offering fast, reliable switching with optimized power consumption. Each solenoid is protected against voltage spikes and built to withstand continuous-duty cycles, enabling precise and repeatable valve positioning even in complex hydraulic circuits. The “V” suffix indicates inclusion of manual override capability, facilitating maintenance, setup, or emergency operation without removing electrical power.
Constructed with a hardened steel spool and corrosion-resistant body, this valve withstands pressures up to 315 bar, enabling heavy-duty performance in high-load environments. The precision-machined spool and sleeve surfaces reduce wear and prolong service life, while the optimized flow paths minimize pressure drop and turbulence. Compact manifold mounting (NG10) simplifies integration into existing systems, reducing plumbing clutter and enabling clean, efficient hydraulic layouts.
Maintenance and serviceability are simplified by the modular design: solenoids, spools, and seals can be replaced individually without dismantling the entire manifold. The valve is factory-tested for leak-tight integrity, solenoid responsiveness, and electrical compliance prior to shipment. In summary, the Rexroth 5‑4WE10 G33/CG24N9K4/V Directional Control Valve (R900930504) combines responsive hydraulic control, rugged construction, and ease of installation, making it a top choice for engineers seeking reliable performance and long-term durability in demanding hydraulic applications.
