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Superconducting magnets and accessoires
  1. Cryogen free magnet systems with room temperature bore

Nominal central field, T

5-15

Field direction

Vertical

RT Bore, mm

40, 50, 80

Typical field uniformity in Ø10 mm spherical volume

1∙10-3

Cooling

Cryogen free

Typical cooldown time, h

24

  1. Superconducting magnets

a) Superconducting solenoids

Type

Central field at 4.2 K, T

Bore, mm

Operating current, А

CryoSol 40-7

7

40

< 80

CryoSol 52-7

7

52

< 80

CryoSol 40-8

8

40

< 100

CryoSol 52-8

8

52

< 100

CryoSol 40-10

10

40

< 100

CryoSol 52-10

10

52

< 100

CryoSol 40-12

12

40

< 150

CryoSol 52-12

12

52

< 150

CryoSol 40-14

14

40

< 150

CryoSol 52-14

14

52

< 150

CryoSol 40-15

15

40

< 150

CryoSol 52-15

15

52

< 150

Typical field uniformity in Ø10 mm spherical volume – 1∙10-3

b) Superconducting split pair magnets

Type

Central field at 4.2 K, T

Axial bore, mm

Transverse bore, mm

Operating current, А

CryoSplit 40-17-5

5

40

17

< 80

CryoSplit 52-25-5

5

52

25

< 80

CryoSplit 40-17-6

6

40

17

< 80

CryoSplit 52-25-6

6

52

25

< 100

CryoSplit 40-17-7

7

40

17

< 100

CryoSplit 52-25-7

7

52

25

< 120

CryoSplit 40-12-8

8

40

12

< 120

CryoSplit 40-10-10

10

40

17

< 150

c) HTSC solenoids – inserts for high field solenoids

Type

Total field in 15 T external field, T

Bore, mm

Outer diameter, mm

Operating current, А

CryoHTSC 40-20

18

20

40

< 200

CryoHTSC 52-40

16,6

40

52

< 250

CryoHTSC 52-20

20

20

52

< 200

  1. Superconducting magnets for MRI

Central field, T

1,5

Cold bore, mm

325

Typical field uniformity in Ø160 mm spherical volume

4∙10-4

Shielding

Active

  1. Custom – made superconducting magnets

We can make various superconducting magnets according to a customer specification.

Postal address: RTI Ltd., Institutskaya str. b.2, 142432 Chernogolovka, Moscow region, Russian Federation
Phone: +7 800 100-29-70