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Flexible lines assembly

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Presentation on theme: "Flexible lines assembly"— Presentation transcript:

1 Flexible lines assembly
Claudio Bortolin (PH-UAT) IBL Cooling progress meeting 14 January 2014

2 From S5 to IDEP Side A Side C ≈11m long

3 Routable connector Design: S. Vogt

4 Routable connector joint
Manifold box side To the Detector Design: S. Vogt Main characteristics: To improve the assembly-disassembly procedure To make easier the installation in Sec. 5 Minimize difficult welding

5 To weld the 4 mm pipe to the Swagelok gland
Step 1 To weld the 4 mm pipe to the Swagelok gland Laser welding Laser welding not good because of the low quality of the material of the Swagelok gland

6 To weld the 4 mm pipe to the Swagelok gland
Step 1 To weld the 4 mm pipe to the Swagelok gland Brazing Machined part SS 316 LN Brazing Orbital welding

7 Step 2 To weld 4mm pipe extension and to install: MLI, Vacuum T joint and flex hose

8 1) To weld the 4 mm pipe to the flexible end-piece
Step 3 Detector side Butt Welding T-joint Customized end-piece 1) To weld the 4 mm pipe to the flexible end-piece 2) To weld the 4 mm pipe to the T-Joint

9 Step 4 Detector side Ø 6mm x1 Ø 3mm x0.5 Ø 1.6 mm pipe
Butt Welding T-joint CO2 to the detector CO2 from the detector Customized end-piece Ø 1.6 mm pipe Brazed on the 6/3 mm Union 1) To braze the 1.6 mm pipe to the 6/3 mm union 2) To insert the 1.6 mm pipe into the 4 mm pipe 3) To weld the 6/3 mm union to the T-Joint

10 Step 5 1) To clamp the 1.6 mm pipe to the Swagelok reducer
2) To weld the puller

11 Flex lines components Vacuum flanges, T joints and sealing O rings
Swagelok VCR components Swagelok VCR components


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