High Response Rexroth Valves

Bosch Rexroth high response hydraulic valve
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Description:

The high-response Rexroth valves represent a series of hydraulic directional and servo control valves designed for rapid, precise and stable flow/pressure control in demanding industrial and mobile applications. These valves — including direct-operated or pilot-operated versions — feature servo-quality spools and sleeves, integrated electronics, and electrical position feedback for precise control. Their design ensures low hysteresis, high dynamic response, and reliable operation even under high pressure, making them ideal for automation, presses, machine tools, plastics molding, heavy machinery, and other systems requiring responsive and accurate hydraulic control.

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Why Choose High-Response Rexroth Valves

  • High dynamic response & precision control: Thanks to servo-quality spool/ sleeve design, integrated electronics, and position feedback, these valves deliver precise, repeatable control of flow/pressure with minimal hysteresis and drift.

  • Flexible configuration & scalability: Multiple valve sizes and types (direct-operated / pilot-operated; 3-way, 4-way; various flow capacities) allow selection tailored to system requirements.

  • Stable performance under high pressure and load: Valves provide robust performance up to ~315–350 bar, suitable for heavy-duty industrial & mobile hydraulic systems.

  • Integrated electronics & easier system integration: On-board electronics (OBE) simplify control setup, reduce wiring complexity, and boost reliability; some models support digital interfaces (e.g. IO-Link / integrated axis controller) — advantageous for automation / modern control environments.

  • Wide application range: From machine tools and plastic injection molding to heavy machinery, presses, and automated production lines — suitable wherever fast, accurate hydraulic actuation is needed.

  • Low maintenance and long service life: Servo-quality components and robust design reduce wear; built-in electronics improve consistency and reduce drift, extending operational life.