Home →
Engineering Solutions →
Open-Die Fast-Forging Press Hydraulic System with Rapid Accumulator Discharge
Heavy Forging & Press
Open-Die Fast-Forging Press Hydraulic System with Rapid Accumulator Discharge
Reduce installed power in free-forging presses with SCHWERLL rapid-discharge accumulator systems. ISO/CE/ASME certified. Inquire for OEM/export specifications.
⚡ Hydraulic Architecture:Application Specific
🛡 Design Code Alignment:Reviewed per Project Scope
📦 System Configuration:Project Defined
📋 Inspection Requirements:Defined in Project Scope
📐 Hydraulic Circuit Architecture & System Integration
SCHWERLL Engineering Solution
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.
With the advancement of industry, the dimensions and weights of forgings have been steadily increasing. Consequently, it has become necessary to reduce the installed power rating of free‑forging presses. Building on the conventional use of accumulator systems as balancing devices in free‑forging presses, this approach seeks to lower the installed power by increasing the volume of the accumulator system—particularly in large‑tonnage free‑forging presses, where deploying multiple accumulator‑based power sources as the primary pressure‑generating mechanism is increasingly essential.
❓ Frequently Asked Engineering Questions
The accumulator bank stores hydraulic energy during non-peak periods and releases it almost instantaneously during the forging stroke. By supplementing the pump flow with pre-charged energy, the system minimizes the required pump motor power, lowering installed power up to 30–50%, while maintaining full force and speed. SCHWERLL offers accumulators rated up to rated design pressure with precision discharge control for consistent forging dynamics.
Yes. All SCHWERLL piston accumulators are designed and manufactured to ISO 9001, CE/PED, and ASME code requirements. We perform custom engineering based on cycle time, pre-charge pressure, system volume, and flow rate to determine optimal accumulator size. OEM and export documentation is available on request; typical lead time for standard large-size accumulators is 8–12 weeks, with ASME/CE inspection certificates included.
Need Application-Specific Hydraulic Engineering Review?
Our fluid power engineering team provides application analysis, system circuit evaluation, and formal technical proposals.
During maritime navigation and operations, waves or strong winds can generate longitudinal and transverse impacts, compromising the vessel’s stable course and operational...
Under operating conditions characterized by large inlet valves or substantial load interfaces, valves such as cylindrical valves can be employed as the...
🍪 Cookie & Analytics Notice: We use essential cookies to operate our site and optional analytics to measure accumulator sizing calculator usage and improve fluid engineering services. You can adjust your choice at any time. Learn more in our Privacy Policy.