| Line 131 was replaced by line 131 |
| - 1) Make a text file, e.g. ">kate test01.job &" |
| + 1) Make a text file, e.g. ">kate test01.job &". (Extension can also be test01.tcl) |
| Line 139 was replaced by line 139 |
| - 4) In a sics client write : "do test01.job" |
| + 4) In a sics client write : "do test01.job" or "exe test01.tcl" |
| At line 176 added 3 lines. |
| + To synchronize the instrument parameter execute the command sync |
| + |
| + |
| At line 196 added 28 lines. |
| + |
| + |
| + !!Lambda/2 mode |
| + |
| + To use Lambda /2 neutrons without changing A2 just divide the monochromator d-spacing by a factor of 2, i.e. go from 3.354 A to 1.677 A |
| + |
| + > tasub mono dd 1.677 |
| + |
| + > tasub update |
| + |
| + |
| + Next drive Ei and Ef to 4 times the initial energy. |
| + For example for 5 meV = 4.04 A drive Ei and Ef to 20 meV =2.02 A |
| + |
| + Note, that the primary instrument, i.e. the monochromator will not move. The analyzer however will move, so make sure that any field from a magnet is set to zero. |
| + |
| + |
| + To go back to 5 meV |
| + |
| + > tasub mono dd 3.354 |
| + |
| + > tasub update |
| + |
| + |
| + |
| + ---- |
| + |
| + |
| At line 249 added 41 lines. |
| + |
| + !! Disabling and enabling motors |
| + |
| + For all the motors from the DeltaTau controllers, to enable them in SIX you just type, for example |
| + |
| + sgu enable 1 |
| + |
| + and to inhibit them, type e.g. |
| + |
| + sgu enable 0 |
| + |
| + To list which (of the DeltaTau) motors are enabled or inhibited, just type |
| + |
| + enable |
| + |
| + |
| + To disable or enable the sample table, i.e. the morors tu,tl,sgu and sgl you can use the commands disabletable and enabletable |
| + |
| + To disbale or enable the slits use disbaleslits or enableslits. |
| + You have to disable the motors, before you physically disconnect them, i,e. when removing the sample table or the slits in case of cryomagnet operation. |
| + |
| + |
| + If you enable or inhibit the motor manually using the hardware switch, it may take up to 30 seconds for SIX to update this parameter and to realise what you've done. |
| + |
| + ML has also stopped SIX from automatically enabling all the motors when SIX is started. |
| + |
| + ----- |
| + |
| + !!Filters |
| + |
| + Be and BeO after the sample and before the analyzer tank filters can be moved in and out of the beam by the following commands: |
| + |
| + bef in |
| + |
| + bef out |
| + |
| + The rotation of the filters is controlled by the command brot. |
| + |
| + ----- |
| + |
| + |
| Line 257 was replaced by line 329 |
| - counter getthreshold 1 |
| + el737 threshold |
| Line 261 was replaced by line 333 |
| - counter setthreshold 1 value |
| + el737 threshold value |
| Line 265 was replaced by line 337 |
| - Typical values are 20 to 50. |
| + Typical values are 20 to 100. These numbers roughly correspond to the proton current on SINQ. |
| Line 271 was replaced by line 343 |
| - ---- |
| + ----- |
| At line 289 added 7 lines. |
| + In case of problems with the communication between sics and sea you can try the following. |
| + |
| + In sics use the command connect_sea. |
| + |
| + In sea try the command connect_sics |
| + |
| + |
LIN