DIRECTIONAL SPOOL VALVE Z4WEH10E63-4X/6EG24ETK4QMAG24/B10

***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 Z4WEH10E63-4X/6EG24ETK4QMAG24/B10 (R900738764) is a high-performance directional spool valve designed for electrohydraulic actuation. It offers the versatility of functioning as either a shutoff through valve or a shutoff short-circuit through valve, ensuring P and T free flow in every spool position. This valve is built to conform with the ISO porting pattern standard, which allows for seamless integration into various hydraulic systems. Equipped with wet-pin DC or AC solenoids that can be selected based on application requirements, this model provides reliable and efficient operation. The solenoids are designed for durability and can be optionally connected individually or centrally as detailed in RE specifications. For enhanced control, the Z4WEH10E63-4X/6EG24ETK4QMAG24/B10 offers optional features such as switching time adjustment to tailor the response time of the valve to specific system needs, and stroke setting at the main spool to fine-tune its operation. Furthermore, this model can be optionally fitted with an auxiliary operating device for additional manual control. For monitoring purposes, it supports inductive position switches and proximity sensors that provide contactless detection of the spool position, ensuring precise feedback and system safety. With its robust construction and customizable options, the Bosch Rexroth Z4WEH10E63-4X/6EG24ETK4QMAG24/B10 (R900738764) directional spool valve is suitable for a wide range of applications where precise control of hydraulic flow is required. Whether it's industrial machinery or mobile equipment, this valve stands out for its adaptability and reliability in demanding operational conditions.