M-3SED10CK1X/315CG24N9K4=CSA

***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 M-3SED10CK1X/315CG24N9K4=CSA (R900203989) is a high-performance directional seat valve designed for direct operation with solenoid actuation. This model is engineered to control the start, stop, and direction of the fluid flow within hydraulic systems. Its robust construction includes a durable housing, a solenoid, valve seats, and a precision closing element that ensures reliable operation. This specific valve features manual override capabilities, allowing users to operate the valve manually in the absence of solenoid power. The M-3SED10CK1X/315CG24N9K4=CSA operates based on an initial position that can be either normally open (UK) or normally closed (CK), determined by a spring mechanism. The design ensures pressure compensation between the actuating forces of the solenoid and spring, providing stable performance even under varying pressure conditions. Capable of handling maximum operating pressures, this model allows for flow in both directions with leak-free blocking when in a neutral position. The inclusion of a Plus plate beneath the directional seat valve can expand its functionality to emulate that of a 3-way directional seat valve. Additional features include wet-pin DC solenoids with detachable coils and compatibility with AC voltage through the use of a rectifier. The solenoid coil is rotatable by 90 degrees and can be replaced without opening the pressure-tight chamber. For ease of maintenance and adaptability, it offers an electrical connection as an individual connection option. This Bosch Rexroth directional seat valve also supports concealed manual overrides and can be fitted with inductive position switches or proximity sensors for contactless detection of its operational state. Such features make it suitable for applications requiring precise control over hydraulic flow with reliable switching during extended periods of non-activity.