Difference between revisions of "Charybdis"

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(Created page with "Documentation from E93-038: * Charybdis Field Map Update (03 Jul 2001): File:Charybdis_Field_Map_Update_03Jul2001.pdf * Field integrals and precession angles for GeN (16 Feb ...")
 
 
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Documentation from E93-038:
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== Documentation from E93-038 ==
 
* Charybdis Field Map Update (03 Jul 2001): [[File:Charybdis_Field_Map_Update_03Jul2001.pdf]]
 
* Charybdis Field Map Update (03 Jul 2001): [[File:Charybdis_Field_Map_Update_03Jul2001.pdf]]
 
* Field integrals and precession angles for GeN (16 Feb 2001): [[File:Field integrals and precession angles for GeN - 16Feb2001.pdf]]
 
* Field integrals and precession angles for GeN (16 Feb 2001): [[File:Field integrals and precession angles for GeN - 16Feb2001.pdf]]
 
* Magnet settings details for E93-038 (10 Jul 2000): [[File:Magnet settings for E93-038.pdf]]
 
* Magnet settings details for E93-038 (10 Jul 2000): [[File:Magnet settings for E93-038.pdf]]
 
* E93-038 Magnet ESAD: [[File:E93-038 Magnet ESAD.pdf]]
 
* E93-038 Magnet ESAD: [[File:E93-038 Magnet ESAD.pdf]]
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* JLab CAD Model Documentation (Proj-67100 / Library-67110): [[File:CHARYDIS 67110-56841.pdf]]
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* E93-038 Hall Layout CAD models:
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** Top View: [[File:Hall_Top-CAD.jpg|100px|alt=E93-038 Hall Top View]]  Side View: [[File:Hall_Side_view-CAD.jpg|100px|alt=E93-038 Hall Side View]]
  
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Technical Details from the ESAD:
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=== Technical Details on Charybdis from the E93-038 ESAD ===
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The overall dimensions are approximately 1.5-m tall, 2.3-m wide, and 1.7-m long.  Charybdis weighs 38 tons. With a 8.25-in gap, the aperture is 8.25-in high × 0.56-m wide. The gap length is 1.22-m along z. Each of the magnet’s two coils has a resistance of about 0.51 Ω. The magnet requires a series current of 450 A to achieve the maximum field of about 1.9 T. In practice, the magnet is wired in parallel (total resistance of about 0.255 Ω) for a maximum supply current of about 900 A and a maximum supply voltage of about 230 V. The magnet will be operated at lower supply currents (less than ∼530 A). These operating parameters are within the capability of the Hall C SOS-D1 power supply. Charybdis is water-cooled, requiring 40 gpm at 160 psi.
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* Presently located in the NW corner of ESB (JLab)
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** Yoke, coil packs, and water manifolds appear to be in good shape
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** [[File:charybdis1.jpg|100px]]  [[File:charybdis2.jpg|100px]]  [[File:charybdis3.jpg|100px]]  [[File:charybdis4.jpg|100px]]
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* Magnetic Field
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** Maximum central field of 1.9 T @ 900 A, for a B·dl of 2.6 T·m
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** E93-038 max B·dl of 2.15 T·m @ 590 A
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* Dimensions
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** Charybdis weighs 38 tons.
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** The overall dimensions are approximately 1.5 m tall, 2.3 m wide, and 1.7 m long.   
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** With a 8.25 in gap, the aperture is 8.25 in (0.21 m) high × 22 in (0.56 m) wide. The gap length is 48 in (1.22 m) along z.  
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* Power supply / Cooling
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** Each of the magnet’s two coils has a resistance of about 0.51 Ω.  
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** The magnet requires a series current of 450 A to achieve the maximum field of about 1.9 T. In practice, the magnet is wired in parallel (total resistance of about 0.255 Ω) for a maximum supply current of about 900 A and a maximum supply voltage of about 230 V.  
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** The magnet was be operated at lower supply currents (typically less than ∼530 A).  
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*** These operating parameters are within the capability of the Hall C SOS-D1 power supply.  
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*** Charybdis is water-cooled, requiring 40 gpm at 160 psi.

Latest revision as of 11:33, 18 December 2015

Documentation from E93-038

Technical Details on Charybdis from the E93-038 ESAD

  • Presently located in the NW corner of ESB (JLab)
    • Yoke, coil packs, and water manifolds appear to be in good shape
    • Charybdis1.jpg Charybdis2.jpg Charybdis3.jpg Charybdis4.jpg
  • Magnetic Field
    • Maximum central field of 1.9 T @ 900 A, for a B·dl of 2.6 T·m
    • E93-038 max B·dl of 2.15 T·m @ 590 A
  • Dimensions
    • Charybdis weighs 38 tons.
    • The overall dimensions are approximately 1.5 m tall, 2.3 m wide, and 1.7 m long.
    • With a 8.25 in gap, the aperture is 8.25 in (0.21 m) high × 22 in (0.56 m) wide. The gap length is 48 in (1.22 m) along z.
  • Power supply / Cooling
    • Each of the magnet’s two coils has a resistance of about 0.51 Ω.
    • The magnet requires a series current of 450 A to achieve the maximum field of about 1.9 T. In practice, the magnet is wired in parallel (total resistance of about 0.255 Ω) for a maximum supply current of about 900 A and a maximum supply voltage of about 230 V.
    • The magnet was be operated at lower supply currents (typically less than ∼530 A).
      • These operating parameters are within the capability of the Hall C SOS-D1 power supply.
      • Charybdis is water-cooled, requiring 40 gpm at 160 psi.
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