Parker Legris LF3000 6mm - 8mm Tube-to-Tube Elbow Connector
Parker Legris LF3000 elbow 90°, 6 mm tube, technical polymer, vacuum to 20 bar, -20 °C to +80 °C.
Overview
The Parker Legris LF3000 6mm–8mm tube-to-tube elbow connector is a 90° push-in fitting designed for compressed air applications in off-road machinery and automotive systems.
This connector simplifies pneumatic circuit design by enabling compact, space-saving installations where tubing direction changes are required. The push-in technology eliminates the need for tools during assembly, reducing downtime and installation errors across maintenance routines. Its stainless steel gripping ring and technical polymer body withstand operating temperatures from −20 °C to +80 °C, whilst the NBR seal material ensures reliable performance in both standard and vacuum-rated environments down to 755 mm-Hg. The 6 mm inlet connects to 8 mm outlet tubing, offering flexible integration into existing low-pressure systems.
Supplied in packs of ten, this fitting serves industries ranging from agricultural equipment to mobile hydraulic platforms where dependable, tool-free pneumatic connections are essential.
Specifications
| Product Series | LF 3000® |
|---|---|
| Product Type | Pneumatic Push-In Fittings - LF 3000® |
| Shape | Elbow 90° |
| Configuration | Tube to Tube |
| Connection 1 Type | Tube |
| Connection 1 Size | 6 mm Tube O.D. |
| Connection 2 Type | Tube |
| Connection 2 Size | 8 mm Tube O.D. |
| Body Material | Technical Polymer |
| Seal Material | NBR |
| Gripping Ring Material | Stainless Steel |
| Maximum Operating Pressure | 20 bar (usable from vacuum to 20 bar) |
| Vacuum Pressure Rating | 755 mm-Hg |
| Temperature Range | -20°C to +80°C |
| For Fluid Type | Other Fluids: Please Consult Us, Air (Compressed Air) |
| Application | Vacuum, Robotics, Textile, Pneumatics, Packaging, Automotive |
| Specifications Met | ISO 14743, PED, RoHS, REACH |
| Weight | 0.009 kg |
| Quantity per Box | 10 |
| Catalogue reference | Parker Legris Rectus Catalogue CAT-EN (Europe, July 2026), p.18 |
Documents
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