October 19, 200817 yr Hi,I have this problem with the Stabilizer trim: In the Tutorial it is said that I should use the trim wheel to move the stabiliser trim direction ʻNOSE UPʼ until the stabiliser indication on the SD-ENG page shows 3.9 ANU in *green*:Well, no matter in which direction I pull the stabilizer trim wheel (tried all the way down and up the bar) it is never going to become a *green* ANU light at all...it is staying "orange" all the time...And if I want to takeoff a warning tone comes "Stabilizer! Stabilizer!"Could someone tell me what to do in order that the ANU light becomes green...?Thanks very much!KRSusan
October 19, 200817 yr Commercial Member Susan,you need to set up the FMC pages according the tutorial. On your screenshots your V-speed boxes are still amber suggesting you did not enter the required data into the FMC.Regards,Markus Markus Burkhard
October 19, 200817 yr Well, please look at my other thread concerning the FMC-Origin/destination problem: I am simply unable to enter to enter those essentail data like origin airport and destination airport on the "INIT" page at LSK R1. Here is what I enter there:"EGLLLSZH"The result --> "Format error"If I enter "EGLLLSZH" or ""EGLLLSZH001" at LSK L1 (Co Route) the result is: "Not in Data base!"What do I have to do in order to enter the airports at the INIT page, in order to complete the required data of the FMC, so that I can also adjust the correct stabilizer-trim setting afterwards...?Many thanks in advance! ;-)KRSusan
October 19, 200817 yr Commercial Member Susan,The proper formatting is "EGLL/LSZH" for entering at 1R. Ryan MaziarzFor fastest support, please submit a ticket at http://support.precisionmanuals.com
October 19, 200817 yr Thanks for the answer! :)Is there a way to use the keyboard of the PC instead of clicking every character...?Thanks again! :)KRSusan
October 19, 200817 yr you also require HYD pressure for the stabiliser from the tutorialOpen the HYD panel (via overhead panel or the SD HYD page) and turn on AUX PUMP 1Hydraulic system 3 will pressurise to provide stabiliser trimming and parking brakeThe corresponding PRESS light will extinguishJohn
October 19, 200817 yr Susan,Yes there is. Check out the end of page 54, and page 54 of the introduction. :)
October 20, 200817 yr Thanks Mike & John for your help!Now I also know that there is an introduction extra pdf (lol!)John wrote:>>you also require HYD pressure for the stabiliser >>from the tutorial>>Open the HYD panel (via overhead panel or the SD >HYD page) and turn on AUX PUMP 1>Only to be sure: On SD HYD page I only can watch the current status but *NOT(!)* change it (e.g. turn on Aux Pump 1 etc.), thats *ONLY(!)* possible via the overhead- or HYD panel, correct...?>>Hydraulic system 3 will pressurise to provide stabiliser >trimming and parking brake>>The corresponding PRESS light will extinguish>...Question: I turned AUX Pump 1 to "on", HYD system 3 was pressurized. But what about HYD systems 1 & 2:a) How do I pressurize those systems?:( Briefly, for which systems of the MD11 are they mandatory/important...?
October 20, 200817 yr i'm not an MD11 pilot, nor do i own this simulation...but simply looking at the system schematic ...maybe using the 1-3 RMP and the 2-3RMP ? not sure if the AUX PUMP can provide sufficient power to get 3000psi in 3 systems though...(On the airplane i fly the 'PTU' only passes through 2600psi out of 3000psi source...)Cheers
October 20, 200817 yr Hi SusanThink you will find the other 2 hyd systems are pressurisedafter main engine start. System 3 is used for push back (nose gear) and braking i think. I didnt realise it was used to trimthe stabilizer though, i learned something today :-) ...Andy B
October 20, 200817 yr This might be a dumb question, but did you remember to load Panel state for tutorial 1?- Philip. Philip D. Schmidt Jensen - Denmark
October 20, 200817 yr >i'm not an MD11 pilot, nor do i own this simulation...>but simply looking at the system schematic ...>maybe using the 1-3 RMP and the 2-3RMP ? not sure if the AUX>PUMP can provide sufficient power to get 3000psi in 3 systems>though...>(On the airplane i fly the 'PTU' only passes through 2600psi>out of 3000psi source...)>Cheersand of course i'm aware this is not the sop... i suppose 3 engines => 3 hyd systems.... kinda obvious...
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