Key facts
- Brand
- Agilent
- Model
- MRBR 9.4
- Category
- Industrial Robot
- Documents
- 2
- Languages
- EN
- Last added
- 2012-07-04
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Magnex MRBR 9.4T Actively Shielded Magnet Technical Specifications
This document provides technical specifications for a superconducting magnet system with a central field of 9.4 Tesla housed in a horizontal room temperature bore cryostat. The system utilizes multi-filamentary NbTi conductor windings and includes superconducting shim coils and passive shims to achieve high field homogeneity.
Read onlineAgilent MRBR 9.4 specifications
| Central field | 9.4 Tesla |
|---|---|
| Operating current | 282 Amps (nominal) |
| Field homogeneity (S/C and passively shimmed only) | 10ppm p-p over 8.5cm dsv |
| Field homogeneity (Fully shimmed using RT shims) | 5ppm p-p over 8.0cm dsv |
| Time to energise magnet to full field | Less than 260 minutes |
| Estimate of helium consumption during ramping | 15-20 litres |
| Position of 5 gauss contour (Axially) | 2.4 metres |
| Position of 5 gauss contour (Radially) | 2.0 metres |
Source: Magnex MRBR 9.4T Actively Shielded Magnet Technical Specifications
All Agilent MRBR 9.4 documents by type
Ratings, dimensions and ordering codes, for selection and design work.
Questions answered in these manuals
How long does it take to energize the magnet to full field?
It takes less than 260 minutes to energize the magnet.
From: Magnex MRBR 9.4T Actively Shielded Magnet Technical Specifications
What is the estimated helium consumption during ramping to full field?
The estimated helium consumption is 15-20 litres.
From: Magnex MRBR 9.4T Actively Shielded Magnet Technical Specifications
What is the primary intended use of the MRBR 9.4/310 system?
The system is intended primarily for research studies on the biological applications of NMR imaging (MRI) and NMR spectroscopy (MRS).
From: Magnex MRBR 9.4/310 Cryo-Cooled Magnet System Specification
What is the central magnetic field strength of the magnet?
The magnet has a central field of 9.4 Tesla, which corresponds to 400MHz for hydrogen.
From: Magnex MRBR 9.4/310 Cryo-Cooled Magnet System Specification