Industry brief · Source published June 22, 2026
A June 22, 2026 Bosch Rexroth article describes its HSR multi-station manifold approach for hydraulic controls. It emphasizes standardized modules, configurable valve stations, measurement connections, and factory function testing. For custom hydraulic projects, the practical lesson is to define control functions and service access before routing a compact block.
Engineering significance
A modular manifold can simplify repeat orders and spare-parts planning, but the hydraulic schematic remains the authority. Each valve station needs a documented function, fail state, pressure setting, flow requirement, and port identification. Close-packed assemblies also need room for gauges, wiring, hose bends, isolation, and safe replacement of a failed valve.
What buyers should check
- List every actuator and operating state, including simultaneous movements and power-loss behavior.
- Mark pressure-test and sampling points on the drawing before manifold manufacture.
- Agree on FAT checks for switching logic, relief settings, leakage, and documentation.
Application to custom hydraulic projects
On a custom offshore or water-gate system, the selected manifold architecture should follow the approved circuit and maintenance plan. HSR sizes and product claims in the source apply only to Bosch Rexroth equipment.
Related product: Systèmes hydrauliques offshore.
Source: Bosch Rexroth: Modular Construction, Economic Management. This independent summary is not a manufacturer announcement by Yongjian. Cover is an original conceptual diagram, not a product photograph.