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HEL pre-design Diego Perini 31.10.2014

HEL pre-design Diego Perini 31.10.2014. Superconducting solenoid Operation temperature: 4.2 K, current:about 250A, magnetic field: 5 Tesla Cooled by liquid

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Page 1: HEL pre-design Diego Perini 31.10.2014. Superconducting solenoid Operation temperature: 4.2 K, current:about 250A, magnetic field: 5 Tesla Cooled by liquid

HEL pre-design

Diego Perini 31.10.2014

Page 2: HEL pre-design Diego Perini 31.10.2014. Superconducting solenoid Operation temperature: 4.2 K, current:about 250A, magnetic field: 5 Tesla Cooled by liquid

Superconducting solenoid• Operation temperature: 4.2 K, current:about 250A, magnetic field: 5 Tesla • Cooled by liquid helium• Three vessels: for liquid helium, thermal screen and vacuum• The helium vessel is supported by the permaglass bars in vertical and

horizontal directions and in axial direction with plastic piece• The main coils and the correction coils are inside the helium vessel

Page 3: HEL pre-design Diego Perini 31.10.2014. Superconducting solenoid Operation temperature: 4.2 K, current:about 250A, magnetic field: 5 Tesla Cooled by liquid

Coils

The main coils and the correction coils

The power connection between the main coils

Page 4: HEL pre-design Diego Perini 31.10.2014. Superconducting solenoid Operation temperature: 4.2 K, current:about 250A, magnetic field: 5 Tesla Cooled by liquid

Aegis coils

Page 5: HEL pre-design Diego Perini 31.10.2014. Superconducting solenoid Operation temperature: 4.2 K, current:about 250A, magnetic field: 5 Tesla Cooled by liquid

Thermal screen

Thermal screen

The circulation of the helium gas pipes

Page 6: HEL pre-design Diego Perini 31.10.2014. Superconducting solenoid Operation temperature: 4.2 K, current:about 250A, magnetic field: 5 Tesla Cooled by liquid

Vessels’s supports

Fix point for axial direction

Suspension forvertical and horizontal directions

Page 7: HEL pre-design Diego Perini 31.10.2014. Superconducting solenoid Operation temperature: 4.2 K, current:about 250A, magnetic field: 5 Tesla Cooled by liquid

Power and helium supply

The current leadsThe connectors

Supply for liquid and gas helium

Page 8: HEL pre-design Diego Perini 31.10.2014. Superconducting solenoid Operation temperature: 4.2 K, current:about 250A, magnetic field: 5 Tesla Cooled by liquid

Toroid section

The gun side vacuum chamber and the toroid coils The collector side vacuum chamber and the toroid coils (section)

Page 9: HEL pre-design Diego Perini 31.10.2014. Superconducting solenoid Operation temperature: 4.2 K, current:about 250A, magnetic field: 5 Tesla Cooled by liquid

Support frame

The support frame of the hollow electron lens.

The rail and positioning system