4WRZ32W6-360-7X/6EG24XEJE/D3V

***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 4WRZ32W6-360-7X/6EG24XEJE/D3V (R901280357) is a sophisticated pilot-operated proportional directional control valve designed for precise control over hydraulic flow and direction. This model is characterized by its robust housing, which integrates a control spool with pressure measuring pins and controllable wet-pin DC solenoids that are managed by external electronics. The valve's primary function is to modulate hydraulic pressure in response to an electrical input signal, allowing for the proportional setting of pressure in ports A or B based on the current supplied to the solenoids. The 4WRZ32W6-360-7X/6EG24XEJE/D3V comes equipped with a pilot control valve of type DREP, which acts as a three-way pressure reducing valve. With its solenoids deenergized, the central position of the control spool is maintained by compression springs, ensuring unobstructed flow of hydraulic fluid to the tank. When activated, one of the proportional solenoids shifts the control spool, thereby adjusting pressure through orifice-type cross-sections with progressive flow characteristics. This model includes two spool positions and can be configured as either version DREPA or DREPB, where one proportional solenoid is replaced by a plug screw. It's important to note that when using valves from version DREP C, only one solenoid should be actuated at any given time. The Bosch Rexroth 4WRZ32W6-360-7X/6EG24XEJE/D3V valve boasts compatibility with subplate mounting and conforms to ISO porting patterns. It features spring-centered control spools and can be actuated via its pilot control valve. The solenoid coil on this model can also be rotated for ease of installation and integration into various hydraulic systems. This high-performance valve is well-suited for applications requiring precise flow direction and size regulation in potentially explosive atmospheres.