OPTIONS
- Piston rod protection
- Special flange mounting
- Special painting (Please specify RAL color)
- Console for buffer mounting
- Special construction
Buffers for storage & retrieval systems Type HERKULES II
Industrial Shock Absorbers HERKULES II for Storage & Retrieval Systems
The HERKULES II hydraulic buffer is a robust solution engineered as emergency stop protection in automated storage and retrieval systems. As high-performance industrial shock absorbers, these buffers effectively reduce impact forces, helping safeguard sensitive machinery and structures in high-bay warehouses and demanding industrial applications.
Key Features and Technical Advantages
- Engineered for emergency stop applications in storage technology and automated high-bay warehousing
- Wide range of piston rod sizes: ø 40 mm to ø 63 mm
- Stroke lengths available from 100 mm to 1200 mm
- High energy absorption capability: up to 130 kJ per stroke
- Buffer force capacity: up to 220 kN
- Multiple flange mounting options: Front flange (EF), Bottom flange (FF), or Pedestal flange (SF)
- Integrated membrane protection tube as a standard feature
- Oil and gas chambers are separated to avoid any mixing during impact
Technical Specifications
- Hydraulic oil: Castrol Hyspin HVI46, Hadol HLP 46, Brayco HV 15
- Nitrogen: UN1066 / Nitrogen 2.8 / EG-Nr.: 231-783-9
- Replacement compatibility for ALGI buffer systems
Customization & Options
- Piston rod protection for added durability
- Special flange mounting and console mounting options available
- Custom RAL color painting on request
- Special constructions tailored for unique installations
Typical Applications
- Automated storage and retrieval systems (AS/RS)
- High-bay warehouse installations
- Industrial material handling where advanced impact damping is required
The HERKULES II series ensures the safety, reliability, and extended service life of critical industrial shock damping systems in logistics, warehousing, and heavy-duty industrial settings.
APPLICATION AREAS
APPLICATION AREAS
Storage technology
