Lines 1-4 were replaced by lines 1-3 |
- || Instrument || field direction\\parallel to beam || field direction\\perpendicular to beam |
- |SANS-I | 11 Tesla | * |
- |SANS-II| * | * |
- |AMOR | 2 Tesla* | * |
+ max. allowed Force |
+ |horizontal|200N |
+ |vertical|500N |
Line 6 was replaced by lines 5-34 |
- (*) to be reevaluated |
+ || Instrument || field direction\\parallel to beam || field direction\\perpendicular to beam || Conditions |
+ |SANS-I | 11 Tesla | 11 Tesla | without spin flipper |
+ |SANS-II| 11 Tesla | 11 Tesla | |
+ |AMOR | 2 Tesla * | * | |
+ |RITA-II| 11 Tesla | 11 Tesla | 45 deg < a2 < 100 deg, d = 450 mm |
+ (*) to be reevaluated, ask [Markus Zolliker] |
+ |
+ On all other Intruments, MA11 can not yet be used. |
+ |
+ !Remarks for SANS-II |
+ Force measurements (29.5.08): |
+ * 8 kg at 4 Tesla perpendicular |
+ * 8 kg at 5 Tesla parallel |
+ It seems that most of the force is induced by a steel ring on the valve before the detector tank. |
+ |
+ With new detector gate valve (18.8.2015), at 7.8 Tesla:\\ |
+ horizontal (beam direction) < 50 N, ~ 80 N (perpendicular), 220 N vertical\\ |
+ extrapolate forces at 11 T: 160 N horiz., 440 N vertical |
+ |
+ ! Remarks for RITA-II |
+ Monochromator sample distance at least 450 mm |
+ |
+ [MA15RitaRestrictions/SampleTableDistance.jpg]\\ |
+ How the distance has to be measured. |
+ In this example the distance is around 400 mm. |
+ |
+ Force measurements 14.7.2009 at 8 Tesla: |
+ * 10 kg horizontal |
+ * < 5 kg vertical |
+ Extrapolation for 11 Tesla: 20 kg |