408 MP Au Rl t ei -cToui bl iTnugb i n g 1470P Polyamide (PA) Recoil Tubing 2 m, Male BSPT Fitting ØD ext. ØD int. C Total Closed Length O.D. of Coil Kg 6 4 R1/4 1470P06 04 13 1470P06 07 13 320.0 60 0.143 8 6 R1/4 1470P08 04 13 1470P08 07 13 360.0 70 0.174 Length of long straight section: 300 mm Length of short straight section: 100 mm 1471P Polyamide (PA) Recoil Tubing 4 m, Male BSPT Fitting ØD ext. ØD int. C Total Closed Length O.D. of Coil Kg 6 4 R1/4 1471P06 04 13 1471P06 07 13 440.0 60 0.199 8 6 R1/4 1471P08 04 13 1471P08 07 13 520.0 70 0.249 Length of long straight section: 300 mm Length of short straight section: 100 mm PA Recoil Tubing The PA recoil tubing is an alternative to reels thanks to the remanence of the recoil shape given to the PA tubing. Legris Ø metric: 6 to 8 mm Rectulastic Ø metric: 4.7 to 15.8 mm Advantages • Self-retractable due to the lasting memory of shape • Protective spring to maintain tube integrity • 2 colours for circuit identification Advantages • Lightweight • Wide temperature range • Long service time • Highly elasticity Reliable performance is dependent upon the type of fluid conveyed and fittings being used. Use is guaranteed with a vacuum of 755 mm Hg (99% vacuum). Technical Characteristics • Compatible Fluids: Compressed air, lubricants, Other fluids: please consult us • Working Pressure: Vacuum to 20 bar • Working Temperature: -20°C to +80°C • Component Materials: Polyamide (60 Shore D) Technical Characteristics • Material: Polyamide 12 • Compatible fluids: Compressed air, Lubrication, grease/oil, Gasoline, Hydraulic, Vacuum, Chemicals (on request) • Working Pressure: 15 bar • Working Temperature: -40°C up to +90°C • Working Temperature for Tubing assembled: -20°C to +70°C Regulations Industrial: • PED • REACH • RoHS Performance of Parker Legris PA Recoil Tubing Performance of Rectulastic Tubing 20 -20 0 5 10 15 20 25 40 60 80 Ø6x4 Ø8x6 Tube O.D. Passage Tube O.D. Tolerance 6 mm 4 mm +0.05 / -0.10 8 mm 6 mm +0.05 / -0.10 Legris PA Recoil Tubing Rectulastic PA Recoil Hose Working Temperature (°C) Working Pressure (°C) To calculate burst pressure, the values in these graphs should be multiplied by 3. Working Pressure (°C) Working Temperature (°C) SP05 SP06 SP08 SP10 SP12 SP16
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