🛡 ISO 9001:2015 QMS · ASME / PED Project Code Review 📍 Beijing Zhongguancun Science Park
📐 Hydraulic Circuit Architecture & System Integration SCHWERLL Engineering Solution
High-Flow Catapult & Ejection Hydraulic Simulation Test Bench
Application-specific fluid power system, control architecture, and integrated hydraulic engineering.
Operational Focus & Value Proposition: This application is engineered for specialized fluid power control and system stability in accordance with project engineering specifications.

When a load requires an instantaneous burst of force for ejection testing to verify its characteristics, an ejection test must be conducted, necessitating the application of either lateral or longitudinal ejection forces. An electrohydraulic servo system equipped with an accumulator bank capable of delivering high‑rate, transient flow is an excellent solution. Depending on the load’s requirements for magnitude and rate of applied force, the system can achieve precise flow control, enabling test conditions such as constant velocity, constant acceleration, and constant flow output. In this domain, the key to performance lies in the reliable, high‑speed provision and controlled distribution of stored energy; the integrated servo and local‑control technologies underscore Schwerll’s leading expertise in accumulator‑based flow‑control and distribution.

 

Schwerll achieves precise control of the test system through flow measurement, thereby attaining the experimental objectives.

 

❓ Frequently Asked Engineering Questions

Schwerll's system uses an electrohydraulic servo valve with a pre-charged accumulator bank to discharge stored hydraulic energy at exact flow rates. Closed-loop flow measurement adjusts servo commands to achieve constant velocity, constant acceleration, or constant flow conditions, even under extreme pressure up to rated design pressure, ensuring repeatable ejection test results.
All Schwerll test benches are ISO 9001:2015, CE, and ASME certified. Custom accumulator sizing and flow control parameters are calculated based on your load's required force magnitude and rate. Standard delivery is 12-16 weeks ARO, with full documentation, test certification, and OEM/export packaging available.

Need Application-Specific Hydraulic Engineering Review?

Our fluid power engineering team provides application analysis, system circuit evaluation, and formal technical proposals.

Cross-Industry Fluid Power Systems

Explore Related Engineering Solutions

View All 17 Engineering Solutions →
💬 WhatsApp