M-3SED 6 CK1X/350CG110N9EXZ2A/B15V SO827

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The Bosch Rexroth M-3SED 6 CK1X/350CG110N9EXZ2A/B15V SO827 (R900993910) is a highly precise and reliable direct operated directional seat valve designed for controlling the start, stop, and direction of flow in hydraulic systems. This valve features solenoid actuation with manual override capabilities, allowing for operation even when the solenoid is not energized. Its construction includes a robust housing, durable solenoid, precise valve seats, and an effective closing element. The M-3SED series valves are characterized by their capability to handle high operating pressures on ports P, A, and T with maximum efficiency and flow direction flexibility. The spring arrangement within the valve determines its initial position as normally open or normally closed. Additionally, the design ensures pressure compensation for consistent performance against actuating forces from both the solenoid and spring. This model incorporates a wet-pin DC solenoid that can be rotated by 90 degrees and allows for coil changes without opening the pressure-tight chamber – enhancing maintenance convenience while ensuring system integrity. It also supports AC voltage via a rectifier. The electrical connection is facilitated through an individual connection setup. For added functionality, this valve can be equipped with a throttle insert to regulate flow under varying operating conditions or a check valve insert to enable free flow from P to A while preventing backflow from A to P. Both inserts ensure optimal performance during complex hydraulic operations. The Bosch Rexroth M-3SED 6 CK1X/350CG110N9EXZ2A/B15V SO827 offers porting patterns that comply with DIN form A without locating hole and ISO with locating hole standards. Moreover, it guarantees reliable switching even after extended periods of non-operation under pressure due to its well-designed internal mechanism. An optional inductive position switch is available for contactless detection of the valve position, further enhancing operational precision and control within hydraulic systems.