4WE6J6X/EG24NDAL/62 CSA

The 4WE6J6X/EG24NDAL/62 CSA directional spool valve belongs to the WE Directional Spool Valves series and is manufactured by Bosch Rexroth. The valve shifts hydraulic flow between ports to actuate cylinders or motors in automated machinery. It uses the ISO 4401-03-02-0-05 porting pattern, allowing direct mounting on standard subplates without adapters. A maximum flow rate of 80 l/min enables medium-capacity circuits to operate without excessive pressure drop. The main pressure ports endure up to 350 bar, while the tank port is limited to 210 bar, making the valve suitable for high-pressure supply lines and moderated return lines. Coil excitation is designed for a nominal voltage of 24 V DC, and the circuit can fluctuate by ±10 % without impairing performance. Under that supply, the solenoid draws 1.25 A and consumes 30 W, parameters that help designers size power supplies and wiring. These electrical and hydraulic limits define the working envelope for dependable service in industrial presses, machine tools, and mobile equipment.

Continuous duty is supported because the solenoid windings are rated for a 100 % ED duty cycle, so the valve may remain energized indefinitely without overheating. The enclosure carries an IP65 rating, which protects internal parts from dust and water jets during wash-down operations. Compliance with VDE protection class I indicates that protective earthing is required for safe installation. During prolonged energization the coil surface may reach 120 °C, a factor that guides spacing from temperature-sensitive components. When de-energized the winding can tolerate switch-off transients up to 500 V, reducing the need for additional surge suppressors. Response times are governed by a maximum switching frequency of 4.2 actuations per second, balancing cycle speed with mechanical wear. The assembly with two solenoids weighs 1.95 kg, which assists installers in selecting appropriate mounting hardware. These characteristics complete the operational profile needed to integrate the valve into closed-loop hydraulic control systems.