FS2408 ORFS Plug | Hydraulic ORFS Thread Plug Fittings
Description
The FS2408 ORFS Plug is a precision-engineered hydraulic fitting designed to seal off unused ORFS (O-Ring Face Seal) ports in high-pressure fluid systems. Built for durability and reliable sealing, ORFS plugs are used in demanding environments that may involve continuous mechanical shock, vibration, or high pressure.
Product Function & Use
- Seals unused ORFS (O-Ring Face Seal) ports
- Prevents fluid leakage and contamination
- Maintains system cleanliness and pressure
- Ideal in high-pressure or shock-intensive hydraulic systems
Applications
FS2408 ORFS plugs are suitable for a wide range of applications, including:
- Industrial hydraulic circuits
- Mobile and construction hydraulics
- Machine tools and automation systems
- Systems subject to continuous mechanical shock
- High-pressure fluid transfer applications
Pressure Ratings
- Working pressure: Up to 6,000 PSI
- Actual pressure capability varies depending on:
- Fitting size
- Tube or hose size
- System design
Suitable for extreme pressure applications, including systems operating at or above 5,000 PSI
Key Features & Benefits
- Designed for ORFS (O-Ring Face Seal) systems
- Leak-resistant sealing with an O-ring face contact
- Can withstand high pressures and mechanical shock
- Protects unused ports from contamination
- Easy installation and removal
- Suitable for heavy-duty hydraulic equipment
Typical Use Cases
- Sealing ORFS hydraulic manifold ports
- Blocking off service test points
- Temporary or permanent closure of unused hydraulic connections
- High-pressure fluid power systems
- Mobile machinery and equipment requiring secure port closure
Installation Notes
- Ensure correct size match to ORFS port
- O-ring must be seated properly for optimal sealing
- Inspect sealing surface and O-ring before installation
O-ring face seal technology ensures a leak-resistant connection between the plug and port face, making these fittings a common choice in industrial and mobile hydraulic applications where system integrity is essential.