Manuals:BXFbl:Setupmenu overview: Difference between revisions

Jump to navigation Jump to search
← Older edit
No edit summary
Marked this version for translation
 
(6 intermediate revisions by the same user not shown)
Line 3: Line 3:
{{DISPLAYTITLE:SETUP MENU overview|noerror}}
{{DISPLAYTITLE:SETUP MENU overview|noerror}}
{{TOC_BXFbl|Manuals:BXFbl:Setupmenu_intro/en|Manuals:BXFbl:Setupmenu_A/en|SETUPMENU|}}
{{TOC_BXFbl|Manuals:BXFbl:Setupmenu_intro/en|Manuals:BXFbl:Setupmenu_A/en|SETUPMENU|}}
__TOC__
__NOTOC__
<br />
<br />


Line 25: Line 25:
         {  
         {  
             text-align: left;
             text-align: left;
             width: 170px;
             width: 130px;
         }
         }


Line 45: Line 45:
<!--T:7-->
<!--T:7-->
'''SETUP MENU overview'''
'''SETUP MENU overview'''
{| class="wikitable" id="overview" style="text-align: center; background-color: #F9DDCC; border: solid #F18308 2px;"
{| class="wikitable" id="overview" style="text-align: center; background-color: #F9DDCC; border: solid #999999 2px;"
! Menu
! style="color:white; text-align: left; background-color: #F18308 ;" | Menu
! style="text-align: left;" | Description
! style="color:white; background-color: #F18308 ;" | Description
! off
! style="color:white; background-color:black;" | off
! purple flashing
! style="color:white; background: linear-gradient(to right, #CC66CC, black, #CC66CC);" | purple flashing
! purple
! style="color:white; background-color:#CC66CC;" | purple
! red flashing
! style="color:white; background: linear-gradient(to right, #FF3300, black, #FF3300);" | red flashing
! red
! style="color:white; background-color:#FF3300;" | red
! blue flashing
! style="color:white; background: linear-gradient(to right, #0066FF, black, #0066FF);" | blue flashing
! blue
! style="color:white; background-color:#0066FF;" | blue
! red/blue alternating
! style="color:white; background: linear-gradient(to right, #FF3300, black, #0066FF);" | red/blue alternating
|- style="font-size: 80%;"  
|- style="font-size: 80%;"  
| style="font-size: 125%;" | A || style="font-size: 125%;" | [[#A_-_Device_orientation|Device orientation]] || horizontal, pins to front || vertical, pins to front || hor. inv., pins to front || vert. inv., pins to front || horizontal, pins to back || vertical, pins to back || hor. inv., pins to back || vert. inv., pins to back
| style="font-size: 125%;" | '''A''' || style="font-size: 125%;" | [[#A_-_Device_orientation|Device orientation]] || horizontal<br />pins to front || vertical<br />pins to front || hor. inv.<br />pins to front || vert. inv.<br />pins to front || horizontal<br />pins to back || vertical<br />pins to back || hor. inv.<br />pins to back || vert. inv.<br />pins to back
|-
|-
| B || Swashplate servos || custom || style = "background-color: #EAECF0;" | || 50 Hz || 65 Hz || 120 Hz || 165 Hz || 200 Hz || style = "background-color: #EAECF0;" |
| '''B''' || [[#B_-_Swashplate_servos|Swashplate servos]] || custom || style = "background-color: #EAECF0;" | || 50 Hz || 65 Hz || 120 Hz || 165 Hz || 200 Hz || style = "background-color: #EAECF0;" |
|-
|-
| C || Rudder pulse width || custom || style = "background-color: #EAECF0;" | || 760 µs || style = "background-color: #EAECF0;" | || 960 µs || style = "background-color: #EAECF0;" | || 1520 µs || style = "background-color: #EAECF0;" |
| '''C''' || [[#C_-_Rudder_pulse_width|Rudder pulse width]] || custom || style = "background-color: #EAECF0;" | || 760 µs || style = "background-color: #EAECF0;" | || 960 µs || style = "background-color: #EAECF0;" | || 1520 µs || style = "background-color: #EAECF0;" |
|-
|-
| D || Rudder frequency || custom || style = "background-color: #EAECF0;" | || 50 Hz || 165 Hz || 270 Hz || 333 Hz || 560 Hz || style = "background-color: #EAECF0;" |
| '''D''' || [[#D_-_Rudder_frequency|Rudder frequency]] || custom || style = "background-color: #EAECF0;" | || 50 Hz || 165 Hz || 270 Hz || 333 Hz || 560 Hz || style = "background-color: #EAECF0;" |
|-
|-
| E || Rudder limit || colspan = "4" style = "background-color: #EAECF0;" |  || limit left || style = "background-color: #EAECF0;" | || limit right || style = "background-color: #EAECF0;" |
| '''E''' || [[#E_-_Rudder_limit | Rudder limit]] || colspan = "4" style = "background-color: #EAECF0;" |  || limit left || style = "background-color: #EAECF0;" | || limit right || style = "background-color: #EAECF0;" |
|-
|-
| F || Rudder direction || colspan = "4" style = "background-color: #EAECF0;" |  || left || style = "background-color: #EAECF0;" | || right || style = "background-color: #EAECF0;" |
| '''F''' || [[#F_-_Rudder_direction | Rudder direction]] || colspan = "4" style = "background-color: #EAECF0;" |  || left || style = "background-color: #EAECF0;" | || right || style = "background-color: #EAECF0;" |
|-
|-
| G || Swash mixing || custom || style = "background-color: #EAECF0;" | || no mixing || 90°(3/4 servos) || 120° || 140° || 135°/140°(1:1) || style = "background-color: #EAECF0;" |
| '''G''' || [[#G_-_Swash_mixing | Swash mixing]] || custom || style = "background-color: #EAECF0;" | || no mixing || 90°(3/4 servos) || 120° || 140° || 135°/140°(1:1) || style = "background-color: #EAECF0;" |
|-
|-
| H || Servo directions ||  colspan = "2" style = "background-color: #EAECF0;" | || Servo 1 || style = "background-color: #EAECF0;" | || Servo 2 || style = "background-color: #EAECF0;" | || Servo 3 || (Servo 4)
| '''H''' || [[#H_-_Servo_directions | Servo directions]] ||  colspan = "2" style = "background-color: #EAECF0;" | || Servo 1 || style = "background-color: #EAECF0;" | || Servo 2 || style = "background-color: #EAECF0;" | || Servo 3 || (Servo 4)
|-
|-
| I || Cyclic directions || colspan = "4" style = "background-color: #EAECF0;" |  || left/back || style = "background-color: #EAECF0;" | || right/forward || style = "background-color: #EAECF0;" |
| '''I''' || [[#I_-_Cyclic_directions | Cyclic directions]] || colspan = "4" style = "background-color: #EAECF0;" |  || left/back || style = "background-color: #EAECF0;" | || right/forward || style = "background-color: #EAECF0;" |
|-
|-
| J || Servo trim ||  neutral || style = "background-color: #EAECF0;" | || Servo 1 || style = "background-color: #EAECF0;" | || Servo 2 || style = "background-color: #EAECF0;" | || Servo 3 || (Servo 4)
| '''J''' || [[#J_-_Servo_trim | Servo trim]] ||  neutral || style = "background-color: #EAECF0;" | || Servo 1 || style = "background-color: #EAECF0;" | || Servo 2 || style = "background-color: #EAECF0;" | || Servo 3 || (Servo 4)
|-
|-
| K || Cyclic throw || neutral || style = "background-color: #EAECF0;" | || too little || style = "background-color: #EAECF0;" | || OK || style = "background-color: #EAECF0;" | || perfect! || style = "background-color: #EAECF0;" |
| '''K''' || [[#K_-_Cyclic_throw | Cyclic throw]] || neutral || style = "background-color: #EAECF0;" | || too little || style = "background-color: #EAECF0;" | || OK || style = "background-color: #EAECF0;" | || perfect! || style = "background-color: #EAECF0;" |
|-
|-
| L || Collective pitch || colspan = "4" style = "background-color: #EAECF0;" |  || min || style = "background-color: #EAECF0;" | || MAX || style = "background-color: #EAECF0;" |
| '''L''' || [[#L_-_Collective_pitch | Collective pitch]] || colspan = "4" style = "background-color: #EAECF0;" |  || min || style = "background-color: #EAECF0;" | || MAX || style = "background-color: #EAECF0;" |
|-
|-
| M || Servo limit || colspan="2" style = "background-color: #EAECF0;" | || too much || style = "background-color: #EAECF0;" | || OK || style = "background-color: #EAECF0;" | || perfect! || style = "background-color: #EAECF0;" |
| '''M''' || [[#M_-_Servo_limit | Servo limit]] || colspan="2" style = "background-color: #EAECF0;" | || too much || style = "background-color: #EAECF0;" | || OK || style = "background-color: #EAECF0;" | || perfect! || style = "background-color: #EAECF0;" |
|-
|-
| N || Governor || off || colspan = "3" style = "background-color: #EAECF0;" | || electric heli || style = "background-color: #EAECF0;" | || nitro heli || style = "background-color: #EAECF0;" |
| '''N''' || [[#N_-_Governor | Governor]] || off || style = "background-color: #EAECF0;" | || off (no throttle lock) || style = "background-color: #EAECF0;" | || electric heli || style = "background-color: #EAECF0;" | || nitro heli || style = "background-color: #EAECF0;" |
|}
|}
<br />
<br />
Line 89: Line 89:




= A - Device orientation = <!--T:8-->
<!--T:8-->
= A - Device orientation =
Tap rudder stick to select device orientation (change LED color). Please be very careful when choosing the orientation. A wrong orientation will cause the system to move the heli in the wrong direction!<br />
Tap rudder stick to select device orientation (change LED color). Please be very careful when choosing the orientation. A wrong orientation will cause the system to move the heli in the wrong direction!<br />
<br />
<br />


= B - Swashplate servos = <!--T:9-->
<!--T:9-->
= B - Swashplate servos =
Tap rudder stick to select frequency (change LED color). Most digital servos can be used with 200Hz.<br />
Tap rudder stick to select frequency (change LED color). Most digital servos can be used with 200Hz.<br />
<br />
<br />
Line 99: Line 101:
<br />
<br />


= C - Rudder pulse width = <!--T:10-->
<!--T:10-->
= C - Rudder pulse width =
Tap rudder stick to select pulse width (change LED color). Most servos run at 1520µs (or 1500µs which is nearly the same!). Special gyro servos use 760µs pulse. Usually this will be printed on the servo.<br />
Tap rudder stick to select pulse width (change LED color). Most servos run at 1520µs (or 1500µs which is nearly the same!). Special gyro servos use 760µs pulse. Usually this will be printed on the servo.<br />
<br />
<br />


= D - Rudder frequency = <!--T:11-->
<!--T:11-->
= D - Rudder frequency =
Tap rudder stick to select frequency (change LED color). Most digital rudder servos can be used with 333Hz. Special gyro servos with 760µs pulse can go even higher.<br />
Tap rudder stick to select frequency (change LED color). Most digital rudder servos can be used with 333Hz. Special gyro servos with 760µs pulse can go even higher.<br />
<br />
<br />
Line 109: Line 113:
<br />
<br />


= E - Rudder limit = <!--T:12-->
<!--T:12-->
= E - Rudder limit =
Use rudder stick (hold or tap) to move servo to one endpoint. Wait until LED flashes, then move all the way to the other endpoint. Wait again until LED flashes. If stick direction is inverted, use servo reverse function on radio to reverse direction.<br />
Use rudder stick (hold or tap) to move servo to one endpoint. Wait until LED flashes, then move all the way to the other endpoint. Wait again until LED flashes. If stick direction is inverted, use servo reverse function on radio to reverse direction.<br />
<br />
<br />
Line 124: Line 129:
<br />
<br />


= F - Rudder direction = <!--T:13-->
<!--T:13-->
= F - Rudder direction =
1. Move rudder left/right. Servo should move tail left/right accordingly. If stick direction is inverted, use servo reverse function on radio to reverse direction.<br />
1. Move rudder left/right. Servo should move tail left/right accordingly. If stick direction is inverted, use servo reverse function on radio to reverse direction.<br />
<br />
<br />
Line 143: Line 149:
<br />
<br />


= G - Swash mixing = <!--T:14-->
<!--T:14-->
= G - Swash mixing =
Tap rudder stick to select swash plate type and swash mixing (change LED color). Most R/C helis use 120° eCCPM mixing. Check your heli's manual for more details.<br />
Tap rudder stick to select swash plate type and swash mixing (change LED color). Most R/C helis use 120° eCCPM mixing. Check your heli's manual for more details.<br />
<br />
<br />


= H - Servo directions = <!--T:15-->
<!--T:15-->
= H - Servo directions =
Tap rudder stick to select one servo after another. Move collective pitch on the radio and check servo directions. All servos must move the swash plate vertically together. If necessary, tap the roll/aileron stick once to reverse the direction of the selected servo. Repeat this for all servos.<br />
Tap rudder stick to select one servo after another. Move collective pitch on the radio and check servo directions. All servos must move the swash plate vertically together. If necessary, tap the roll/aileron stick once to reverse the direction of the selected servo. Repeat this for all servos.<br />
<br />
<br />
Line 153: Line 161:
<br />
<br />


= I - Cyclic directions = <!--T:16-->
<!--T:16-->
= I - Cyclic directions =
1. Move roll/aileron to the right and push pitch/elevator forwards. Check cyclic swashplate movement. The swash should move forwards and right as well. If direction is wrong, use servo reverse function on the radio and reverse roll or pitch channel as needed.<br />
1. Move roll/aileron to the right and push pitch/elevator forwards. Check cyclic swashplate movement. The swash should move forwards and right as well. If direction is wrong, use servo reverse function on the radio and reverse roll or pitch channel as needed.<br />
<br />
<br />
Line 161: Line 170:
<br />
<br />


= J - Servo trim = <!--T:17-->
<!--T:17-->
= J - Servo trim =
Tap rudder stick to select one servo after another. If necessary, tap/hold the roll/aileron stick to adjust the servo center position. All servos should form a 90 degrees angle to the linkages. The swashplate must be perfectly level. Repeat this for all servos.<br />
Tap rudder stick to select one servo after another. If necessary, tap/hold the roll/aileron stick to adjust the servo center position. All servos should form a 90 degrees angle to the linkages. The swashplate must be perfectly level. Repeat this for all servos.<br />
<br />
<br />
Line 167: Line 177:
<br />
<br />


= K - Cyclic throw = <!--T:18-->
<!--T:18-->
= K - Cyclic throw =
Status LED off: Make sure blade pitch is 0.0° and swashplate is level.<br />
Status LED off: Make sure blade pitch is 0.0° and swashplate is level.<br />
<br />
<br />
Line 173: Line 184:
<br />
<br />


= L - Collective pitch = <!--T:19-->
<!--T:19-->
= L - Collective pitch =
1. Move thrust/collective stick and check directions. If servos are moving the swashplate in wrong direction, use servo reverse function on radio to invert thrust/colelctive channel.<br />
1. Move thrust/collective stick and check directions. If servos are moving the swashplate in wrong direction, use servo reverse function on radio to invert thrust/colelctive channel.<br />
<br />
<br />
Line 189: Line 201:
<br />
<br />


= M - Servo limit = <!--T:20-->
<!--T:20-->
= M - Servo limit =
Move thrust/collective stick on the radio to highest position. Carefully push cyclics (roll/aileron and pitch/elevator) to end positions. Check if servos or linkages are binding. If needed, tap or hold rudder stick to adjust limit.<br />
Move thrust/collective stick on the radio to highest position. Carefully push cyclics (roll/aileron and pitch/elevator) to end positions. Check if servos or linkages are binding. If needed, tap or hold rudder stick to adjust limit.<br />
<br />
<br />
Line 197: Line 210:
<br />
<br />


= N - Governor = <!--T:21-->
<!--T:21-->
Tap rudder stick to select governor mode (change LED color). When not using the internal governor feature (Status LED off), setup will end here. When using electric or nitro governor, next menu step will be step A of GOVERNOR MENU.<br />
= N - Governor =
Tap rudder stick to select governor mode (change LED color). When not using the internal governor feature (Status LED off or purple), setup will end here. When using electric or nitro governor, next menu step will be step A of GOVERNOR MENU.<br />
<br />
<br />


Retrieved from "https://wiki.beastx.com/index.php?title=Manuals:BXFbl:Setupmenu_overview"