FUTABA T18SZ Manuel utilisateur

Magnus Hedlund Page 1

Email: magnus@maghed.se [2022-08-10] v3.5

FUTABA –F5J

Latest version: Link

SA = Motor On/Off This switch arms the motor.

SB = Motor speed: High –Mid –Low This switch selects between 3 different motor speeds.

LS = Variable thermal setting in condition Thermal Adjustable thermal setting.

SH = Extra thermal setting (not variable) in condition Thermal 2 (non-returning switch) A fixed thermal setting.

SC = Select Condition: Distance <–> Cruise <-> Thermal Select Flight Condition.

SF = Motor speed: Turbo*) (spring-loading returning switch) Turbo is for max motor speed.

*)Optional

(I have changed the physical position between SF and SH switches, see last page.)

SF = Turbo

Magnus Hedlund Page 2

INFO

Basic settings is the settings in the radio before adjusting the values for your selected glider (model).

Settings –New Model is the adjustments to be done on a new glider based on the basic settings.

Start by selecting ‘Model Type’ in the Linkage menu. When changing model type, all settings will be lost.

Mixer info:

INH = Mixer function is not activated.

OFF = Mixer function is activated, but it is off.

ON = Mixer function is activated, and it is on.

Group = ‘Gr’i.e. = ‘Group’: The mix settings are for all flight conditions (default).

Group = ‘Sngl’i.e. = ‘Single’: The mix settings are only for the selected flight condition.

When Group = ‘Gr’, all the flight conditions will have the same mix settings as the selected flight condition.

When Group = ‘Sngl’ the selected flight condition will have it’s own separate mix settings.

16sz, 18sz: When settings for the mix is ‘Gr’ all flight conditions have the same mix settings.

18mz, 32mz: When settings for the mix is ‘Gr’, only selected flight conditions have the same mix settings.

(which means some flight conditions can have the same mix settings ‘Gr’,

and the other flight condition can have individual mix settings ‘Sngl’.)

Use the Servo monitor menu to see the values for the output channels.

Linkage –Servo reverse: Motor output is often reversed due to the ESC (Motor controller).

Flight Conditions (example):

Magnus Hedlund Page 3

BASIC SETTINGS ”GLIDER”

LINKAGE –FUNCTION (Channel output, control, trim)

Output Control Trim Info

1: ELEVATOR J2 T2 Elevator (alt. V-Tail)

2: RUDDER J4 T4 Rudder (alt. V-Tail)

3: AILERON J1 T1 Aileron Left

4: AILERON2 - - - - Aileron Right

5: FLAP - - - - Flap Left

6: FLAP2 - - - - Flap Right

7: MOTOR SB (T3) Motor

8: AUX1 - - - -

9: AUX2 - - - -

10: AUX3 - - - -

11: AUX4 - - - -

12: AUX5 - - - -

13: AUX6 - - - -

14: AUX7 - - - -

15: BUTTERLY J3 - - Brake

16: CAMBER LS - -

DG1: - -

DG2: - -

The above is an example of where to set the channel outputs. (SB is chosen as Motor control.)

LINKAGE –SUB TRIM

All = 0 Change neutral position for the servo.

LINKAGE –SERVO REVERSE

All = NORMal (MOTOR = REVerse)

LINKAGE –END POINT

ELE, RUD, AIL, AIL2, MOT: 155, 100, 100, 155

FLAP, FLP2: 155, 140, 140, 155 (for max brake possibility)

GLIDER –COND. SELECT (Flight Conditions, example)

CONDIT1,Rename to CRUISE (Lowest priority)

ADD CONDIT2,Rename to THERMAL

ADD CONDIT3,Rename to THERMAL2

ADD CONDIT4,Rename to DISTANCE

ADD CONDIT5,Rename to LANDING

ADD CONDIT6, Rename to MOTOR ON (Highest priority)

MOTOR ON Switch = “SA” On = down

LANDING Switch = ”J3”, Normal, Linear, Hysteresis, Off = -92, On = -90

DISTANCE Switch = ”SC” On = up

THERMAL2 Switch = Logic: ”SC” and “SH”, SC On = down, ”SH” On = down

THERMAL Switch = ”SC”, On = down

LINKAGE –TRIM SETTING (18mz, 32mz: Needs to be set individually for all flight conditions)

T2: Mode = Separ (Elevator trim (T2) is separated for all flight conditions)

T1, T4, T3: Mode = Comb (Other trims (T1, T4, T3) are the same for all flight conditions)

T1-T6: Step = 2

LINKAGE –FUNCTION - Trim

T1-T6: Rate = 100

GLIDER –DUAL RATE (Activate Dual Rate for every flight condition, if used)

1 D/R INH Elevator Not used

2 D/R INH Rudder Not used

3 D/R INH Aileron Not used

Magnus Hedlund Page 4

GLIDER –AIL DIFF (Aileron differential, less movement down)

LEFT RIGHT

AIL 100 100 (will then be changed to used differential rate)

AIL2 100 100

GROUP = ‘Grp’ (same aileron diff in all flight conditions)

or GROUP = ‘Sngl’(when not the same aileron diff used in all

flight conditions)

GLIDER –FLAP SETTING (Set the flap neutral position with the J3 Brake stick is up, i.e. no brake)

GROUP = ‘Grp’

FLAP FLAP2

UP 100 100 (Don’t change)

DOWN 100 100 (Don’t change)

OFFSET -40 -40 (Change “-40” to set the flap neutral position

when the glider is ready. Fine tune with Sub-trim.

“-40” is the best value for max brake.)

GLIDER –AIL -> CAMB FLAP (Aileron to flap mix)

Menu 2: LEFT RIGHT

FLAP 30 30 (Set the amount of flap mix)

FLAP2 30 30 (Set the amount of flap mix)

STATUS = ON or INH (INH = no aileron to flap mix)

GROUP = ‘Grp’(when the mix is same for all flight conditions)

or GROUP = “Sngl” (when the mix is different between flight

conditions)

GLIDER –AIL -> RUD (Aileron to rudder mix)

Menu 1: RATE A = 40

RATE B = 40 (Set the amount of rudder mix)

Menu 2: STATUS = ON or INH (INH = no aileron to rudder mix)

GROUP = “Grp’(when the mix is same for all flight conditions)

or GROUP = “Sngl” (when the mix is different between flight

conditions)

GLIDER –BUTTERFLY (Brake)

Menu 1: GROUP = ‘Grp’ (Start with common settings)

STATUS = INH (Set INH in flight conditions for no Butterfly

Then set flight condition = ‘LANDING’

GROUP = ‘Sngl’(Only for flight condition ‘LANDING’)

STATUS = ON (Set ON in flight condition ‘LANDING’)

OFFSET = 8 (Set pos for Brake stick J3 activates ‘LANDING’)

Menu 2: AIL= -10 AIL2 = -10 (Aileron brake up, or down)

FLAP = +140 FLAP2= +140 (Flap brake down, with the Brake stick J3 down

“+140” is the best value for max brake.)

ELE SETTING: (Elevator down compensation when braking)

RATE 1 = 0 (Not used, when no brake eq. J3 = up

RATE 2= +60 (Gain for elevator down, affects the whole curve)

CURVE = Point The curve needs to be set during flight test:

Position Rate (This curve is a good start to begin with.)

152 0

83 0

70 -70

40 -110

0 -135

-40 -145

-100 -150

-152 -150

Magnus Hedlund Page 5

GLIDER –TRIM MIX 1 (Set aileron/flap neutral position for selected flight conditions)

GROUP = ‘Sngl’

STATUS = INH (INH = for flight condition ‘CRUISE’, ‘LANDING’

and ‘MOTOR ON’)

STATUS = ON (ON = for the other flight conditions)

AIL AIL2

OFFSET 00(Set aileron neutral position, down or up)

FLAP FLAP2

OFFSET 00(Set flap neutral position, down or up)

OFFSET ELEVATOR

0(Set elevator neutral compensation, if needed)

GLIDER –V-TAIL (V-Tail)

Group = ‘Grp’

Can be used for V-tail rudder differential,

or for adjusting the V-tail movement.

VARIABEL NEUTRAL POSITION FOR FLIGHT CONDITION –‘THERMAL’

1. LS control the variable position. Check that LS is active:

Linkage - Function: CH 16 ”CAMBER LS”

2. To set the function, go to

Glider - Camber mixing

3. In flight condition = ‘THERMAL’.

GROUP = ‘Sngl’, (Only in ‘THERMAL’)

STATUS = ON (Mix is on)

4. With LS in the middle, neutral position is not changed. (Neutral position set by Trim Mix 1.)

Glider - Camber mixing: Curve:

For Aileron and Flap and Elevator

Rate A and Rate B = +50

Offset = 0

5. Glider - Camber mixing: Travel Set camber mixing end positions:

AIL = AIL2 = +10 max travel up/down (Rate 1, 2)

FLAP = FLAP2 = +10 max travel up/down (Rate 1, 2)

ELE = +10 max elevator compensation (Rate 1, 2)

Magnus Hedlund Page 6

MOTOR CONTROL

Switch SA (= 3 pos switch) arms the motor control.

SA = ”up” or ”middle” = motor off.

SA = ”down” = motor on:

SB = ”up” = high speed.

SB = ”middle” = cruising speed.

SB = ”down” = low speed.

SF on = Turbo speed. (Option: Additional function for motor speed)

GLIDER –AFR

Menu 2: Set Function = Motor

Set GROUP = ‘Grp’

Set Rate A = Rate B = 0

Set Offset = -125 (Off) equals pulse width = 995 us.

For F5J height meter:

pulse width <1200 us for motor off.

Additional for Altis height meter:

pulse width <1000 us for emergency_on function.

Set flight condition = ‘MOTOR ON’.

Set GROUP = ‘Sngl’ (In flight condition ‘MOTOR ON’.)

Set Point: Pos Rate

-100 -65 (Low)equals pulse width = 1250 us.

For F5J meter:

pulse width >1200 us for motor on.

0 -15 (Mid)

+100 +70 (High)(Change to +100, when no optional Turbo speed.)

Example:

Low = The modelplane stays floating (no sinking/climbing).

Mid = Set the modelplane to a 10 m/s climb.

Max = Max horizontal speed.

Low and high speed needs to be adjusted depending on used ESC/Motor combination.

(Don’t set the ESC to ’Auto’, use programmed min/max positions,

min = 1250 us, max = 1900 us, brake <1250 us)

Magnus Hedlund Page 7

TURBO SPEED

Dual Rate is used for the Turbo speed function (max motor), when used

GLIDER –DUAL RATE

Set flight condition = ‘MOTOR ON’

Status Function Switch

D/R 1 OFF/ON Motor SF (ON in flight condition ‘MOTOR ON’)

(Switch = “SF”, On = down)

GLIDER –AFR

Menu 2: Set Function = Motor

Menu 1: Motor –Dual rate

D/R 1 in flight condition ‘MOTOR ON’: (Set D/R 1 with SF)

Set Rate A = Rate B = 0

Set Offset = +100 equals pulse width = 1940 us.

MOTOR TO ELEVATOR COMPENSATION, when needed

GLIDER –PROGRAM MIXES

Select new mixer, Mode = Mixing

Menu 2:

Set Mixer to ‘ON’

Master: Motor

Slave: Elevator

Menu 1: Point: Position Rate (elevator compensation, usually down.)

-152.5 0

-125 0 = Off

-65 0 = Low

-15 +2 = Mid

+70 +3 = High

+100 +4 = Turbo (High)

+152.5 0

For V-Tail:

Set Slave - Elevator - Link to ‘+’.

Magnus Hedlund Page 8

SETTINGS, NEW MODEL

1. Set all neutral positions in LINKAGE –SUB TRIM

Elevator, Rudder, Aileron

2. Set flap neutral position in GLIDER –FLAP SETTING

OFFSET-value (Brake stick = no brake, i.e. up)

3. Adjust elevator up/down in LINKAGE –END POINT

Travel …

4. Adjust rudder left/right in LINKAGE - END POINT

Travel …

5. Adjust aileron up/down in LINKAGE - END POINT Set the same position for up and down.

Travel … The differential position between up/down will be adjusted in AIL DIFF-mixer.

6. Adjust aileron down in GLIDER –AIL DIFF

LEFT RIGHT

AIL 100 …(Left aileron)

AIL2 …100 (Right aileron)

7. Adjust flap up/down in GLIDER –AIL -> CAMB FLAP

LEFT RIGHT

FLAP ... ... (Left flap)

FLAP2 ... …(Right flap)

8. Adjust brake with max brake, i.e brake stick down, in GLIDER –BUTTERFLY

AIL= … AIL2 = … (Aileron up)

FLAP = … FLAP2= … (Flap down)

9. Adjust elevator (down) compensation when braking in GLIDER –BUTTERFLY ELE SETTING

RATE 1 = 0

RATE 2= … (Set max elevator compensation)

10. Adjust aileron -> rudder mix in GLIDER - AIL -> RUD

RATE A = …

RATE B = …

11. Adjust neutral positions for flight conditions ‘THERMAL’, ‘THERMAL2’, ‘DISTANCE’

in GLIDER –TRIM MIX 1

AIL AIL2

OFFSET ……(Aileron position)

FLAP FLAP2

OFFSET ……(Flap position)

12. Adjust variable thermal position in flight condition ‘THERMAL’.

13. After flight test, adjust motor speed (low, mid and high)

14. After flight test, adjust elevator compensation when motor running (at different speed).

15. After flight test, adjust elevator compensation when braking (at different brake positions).

Magnus Hedlund Page 9

ADDITIONAL INFORMATION

Trim T5 as global elevator trim: (missing on 16SZ, use T3 instead):

Trim T2 is used ”as usual” for elevator trim, i.e. it sets elevator trim separate for every flight condition.

Trim T5 is used, at the same time, and adjusts the elevator trim for all (wanted) flight conditions.

This trim T5 is useful to set the elevator neutral position (when flying) for all flight conditions at the same time.

It is still possible to adjust every flight condition individually with trim T2.

Elevator Trim = T5 + T2

LINKAGE –FUNCTION

Channel 14, Auxilary7, Control = ”- -”, Trim = ”T5”

GLIDER –PROGRAM MIXES

Mode = Mixing

Mixing menu 2:

ON (not INH), Trim= ON

Master = Auxilary7

Slave = Elevator

Mixing menu 1:

Rate A, Rate B = +100)

For V-tail:

Set Slave - Elevator - Link to ‘+’.

Magnus Hedlund Page 10

ADDITIONAL INFORMATION

Timer 1 for motor on (Beeps when counting)

Reset switch: SA –up = Reset timer

. Start switch: SA - down = Start timer

Stop switch: SA –middle = Stop timer

LINKAGE –TIMER (Timer 1)

Alarm = 00:30, Elapsed, Buzzer, One time

Mode = Up

Reset switch, SA = On, Off, Off

Start switch, SA = Off, Off, On

Stop switch, SA = Off, On, Off

F5J: Timer 1 for motor on and Timer 2 for 10 sek after motor off (Speech when counting)

SA –down = Motor on (30 sek countdown) Flight mode = MOTOR ON

SA –middle = Motor off (10 sek countdown)

SA –up = Motor off (“Normal”, default)

LINKAGE –TIMER (Timer 1)

Alarm = 00:30, Remainder, Speech, One time

Mode = Down

Reset switch, SA = On, On, Off

Start switch, SA = Off, Off, On

Stop switch, - -

LINKAGE –TIMER (Timer 2)

Alarm = 00:30, Elapsed, Buzzer, One time

Mode = Down

Reset switch, SA = On, Off, On

Start switch, SA = Off, On, Off

Stop switch, - -

Autres manuels pour T18SZ

Table des matières

Autres manuels FUTABA Télécommande

FUTABA

FUTABA FP-8SSHP Manuel utilisateur

FUTABA

FUTABA 8J Manuel utilisateur

FUTABA

FUTABA FDLS-1 Manuel utilisateur

FUTABA

FUTABA FP-2E Manuel utilisateur

FUTABA

FUTABA 2PEKA Manuel utilisateur

FUTABA

FUTABA 16IZ Manuel d'utilisation et d'entretien

FUTABA

FUTABA T6K-V2 Manuel utilisateur

FUTABA

FUTABA PCM1024H Manuel utilisateur

FUTABA

FUTABA 3PM-FS Manuel utilisateur

FUTABA

FUTABA 32MZ Manuel utilisateur

FUTABA

FUTABA Attack 2ER Manuel utilisateur

FUTABA

FUTABA T32MZ Manuel

FUTABA

FUTABA 4PK-2.4GHZ Manuel utilisateur

FUTABA

FUTABA 4PL-2.4GHZ Manuel utilisateur

FUTABA

FUTABA R6014FS Manuel utilisateur

FUTABA

FUTABA T18MZ Manuel utilisateur

FUTABA

FUTABA 12FG Manuel utilisateur

FUTABA

FUTABA T6L SPORT Manuel utilisateur

FUTABA

FUTABA 8UAFS Manuel utilisateur

FUTABA

FUTABA T14SG Manuel technique

FUTABA

FUTABA FP-G134 Manuel utilisateur

FUTABA

FUTABA 8FG Manuel utilisateur

FUTABA

FUTABA 3PL-2.4G Manuel utilisateur

FUTABA

FUTABA FP-7UAF Manuel utilisateur

Manuels Télécommande populaires d'autres marques

Panasonic

Panasonic EUR7622KB0 Manuel utilisateur

Bang & Olufsen

Bang & Olufsen Beo4 Manuel utilisateur

Sunwave Tech.

Sunwave Tech. RemoteComm SRC-7000 Manuel utilisateur

Multiplex

Multiplex PROFI TX 9 Manuel utilisateur

One Remote

One Remote RMB4 Manuel utilisateur

HR Matic

HR Matic HR MULTI 3 Manuel utilisateur

Yamaha

Yamaha ACC-GNRST-30-20 Manuel utilisateur

EisSound

EisSound KBSOUND Manuel utilisateur

Marantz

Marantz RC101 Manuel utilisateur

Conrad

Conrad FS20 TC6 Manuel utilisateur

Anritsu

Anritsu MP1777A Manuel utilisateur

Niles

Niles WVC100 Guide de dépannage

RCA

RCA RCU1300 Manuel utilisateur

Bang & Olufsen

Bang & Olufsen BEO6 Manuel utilisateur

GE 94901 Manuel utilisateur

Onbon

Onbon YQ1-75 Manuel utilisateur

Invacare

Invacare G91S Manuel utilisateur

JR Racing

JR Racing XR2 Manuel utilisateur