FUTABA T26SZ - Page 199

199
ڀ ŪŲŃƗƒŃŷŤťůŨŃŲũŃŦŲűŷŨűŷŶ
GyrosettingCGY770R
S.BUSBasicMenu
S.BUSBasicMenu
Thechannelofeachfunction
canbechanged.
ThisresetstheS.BUSchannelassign-
mentsbacktothedefaults.
The
"
SBUS BASIC
"
screen is accessed via the
"
BASIC MENU
"
screen. Set the CH for each function according to the transmitter to be used.
Any unused functions should be set to INH (Inhibited). For example, if the Gain A/E and Gain RUD remote gain functions are not going to
be used, then set them to [INH]. The CGY770R will then allow you to make gain adjustments within the respective menu.
WARNING

 AlwaysverifythattheS.BUSfunctionassignmentsmatch
yourtransmitterʼ sfunction(intheFUNCTIONmenu)assign
-
ments.Ifanychangesaremadewithinthetransmitterfunc-
tionassignments,thenitwillalsobenecessarytomakethe
changeswithintheS.BUSfunctionassignments.Tochange
thechannel,CGYandT26SZmustbeconnected.
ELE2 channel Servo Type
(IfyouwanttousetheELE2portforpurposesotherthanswash.)
ThisselectstheELE2servotypes.Therearefourtypesoftheservodriv
-
ingfrequencyselection,AN:70Hz,DG285Hz,760 μsandURmode.
AllFutabadigitalservoscanbeoperatedwithDG:285 Hzmodebut
someofotherbrandsofservosdonotsupportDG:285Hzmode.Inthis
case,selecttheproperservodrivingfrequencyperthemanufacturerʼ s
specifications.
IfyouselectH4-00orH4-45with4servoswashes,cannotsetthisELE2
portservotype.Inthatcase,selectallswashservotypesinSWHbasic
servotype.
Setting:DG:285Hz/DG:760μs/AN:70Hz/URmode Initialsetting:DG:285Hz
WARNING
TheservotypeparameterwithintheCGYmustmatchthetypeof
servoyouareusing.IncorrectsettingmaydamagetheCGYortheser
-
vo.Incorrectsettingmayalsoresultinalossofcontrolduringflight.
AUX.CH channel Servo Type
ChannelcanbesettoBATTport
Setting:DG:285Hz/DG:760μs/AN:70Hz/URmode
S. BUS connection: Condition on change channel
Usingthemethodologydescribedpreviously,determinethe"CondCH#"and
settheconditionchangechannelofthetransmitter.Inthisexample,DG1is
theconditionalchangechannel.
Aswiththeflightconditionfunctionofthetransmitter,itispossibleto
utilizepre-determinedsettings,eachactivatedbyaswitchorswitches
onthetransmitter.Bysettingtheconditionswitchonthechannelwith
theAFRfunctionofthe transmitterandsettingthepointforeach flight
conditionwiththeAFRpointcurve,youcanswitchtheconditionofCGY
inconjunctionwiththeflightconditionswitchofthetransmitter.
Wireless channel
Thewirelesschannelusestwoconsecutivechannels.Forexample,ifCH13is
setto"#1",CH14isautomaticallysetto"#2".Therefore,whenusingthisfunc
-
tion,twoconsecutivefreechannelsarerequiredforthetransmitter.Itisnot
possibletouseachannelassignthatisusedforanotherfunction.
CAUTION
 Besuretochecktheoperationforallconditions1to5beforeflying.
Thesettingof"wirelessCH"ispossibleonlywhenthetransmitterand
theCGYarepoweredoffandtheCGYisturnedon.
 BesuretoconnectanddisconnecttheCGYandT26SZconnectioncable
withthepoweroff.
2consecutivefreechannels