Start-up
Protection
Over heat
protection
ESC will cut off output if it fails to start the motor within 3 seconds by accelerating throttle. you need to move the throttle
stick back to the bottom position and restart the motor.( The possible causes : Bad connection or disconnection between
ESC & motor , propellers are blocked, etc)
When ESC temperature is higher than 100
℃
,it will reduce output power (throttle will be limited below 40%) for protection,
leave some power for motor to land , when the temperature Reduced to 80
℃
, ESC recover to normal running mode.
When ESC detects the loss of throttle signal for over 1 seconds, it will cut off power or output immediately to avoid an
even greater loss caused by the continuous high speed rotation of propellers. ESC will resume the corresponding output
after the normal signal is restored.
Throttle Signal
Loss Protection
ATTENTION
U
ser
Manual
Brushless ESC for airplane
01
Main features
Turn on the
transmitter,
move the
throttle stick to
the top position
.
Connect ESC with battery.
Wait for 2seconds,
motor emits 2 short "BEEP-BEEP". Then still
wait for 5 seconds. motor emits
special tone
“
♪
12321”,it has entered programming mode
.
Select Items
After entering programming mode, you will hear groups tone which
emits in a loop as following sequence .
Note:
Usually,1 long tone
"Beeeep--" equals to
5 short tone"beep-",
for example:1 long
tone"Beeep--" and 1
short tone “beep-”
equals to 6.
*
80-130A have
reverse function.
When motor emits
“
” tone
,
Exit
move throttle to the
zero position in 3
seconds, then motor
emits special tone
“
♪
765765”, it will
exit the programming
mode.
If don't want select
other parameter,
move throttle to the
zero position in 3
seconds, then motor
emits special tone
“
♪
765765”, it will
exit the programming
mode. Or power off,
it will exit the
programming mode.
After motor emits a
Item tone ,move
the throttle to the
zero throttle position,
then will enters this
item, and motor will
emits the parameter
tone in a loop .
please see the table
below)
♪
12321
Brake
1short
Battery type
2short
3short
Timing
Startup mode
Governor mode
PWM frequency
BEC voltage
4short
Battery
cells
Restore factory defaule
Exit
1long
1long&1short
1long&2short
1long&3short
1long
&
4short
2long
2long
&
1short
2long
&
2short
Beep
-
Beep
-
Beep
-
Beep
-
Beep
-
Beep
-
Beep
-
Beep
-
Beep
-
Beep
-
Beeeep--
Beeeep
--
Beep
-
Beeeep
--
Beep
-
Beep
-
Beeeep
--
Beep
-
Beep
-
Beep
-
Beeeep
--
Beep
-
Beep
-
Beep
-
Beep
-
Beeeep
--
Beeeep
--
Beeeep
--
Beeeep
--
Beeeep
--
Beep
-
Beeeep
--
Beeeep
--
Beep
-
Beep
-
1
2
3
4
5
6
7
8
9
10
11
12
Item parameter
*Please ensure all solder joints are insulated with heat shrink where necessary.
03
Wiring Diagram
13*
14
Motor
rotation
ASC F
*
Shadow parts are factory default value
*
80-130A have reverse function.
04
Operation
instruction
1
.
Normal
start
-
up
2
.
Throttle Range
calibration
3
.
Programming
It is recommended to use Flycolor app to change parameters through Flycolor Wi-Fi Trans.
In addition the program card can also change parameters.
[1]NO(default) [2]Soft [3]Heavy [4]Very heavy
1. Brake
：
：
[1] LiPo(default) [2] NiCd/NiMh
2. Battery type
3. Cutoff voltage:
Low-voltage protection threshold, [1] Low [2] Medium (default) [3] High
For Ni-xx battery packs
：
Low/Medium/High cut off voltage is 50%/65%/75% of the battery packs
'
initial voltage.
For LiPo battery: can count battery cells automatic. Low voltage protection threshold :Low
（
2.8V
）
/ Medium
（
3.0V
）
/ High
（
3.2V
）
.Eg:For 4S/14.8V Lipo battery packs, low voltage protection threshold is 11.2V low/12.0V medium /12.8Vhigh.
4. Timing
：
[1]0° [2]3.75° [3]7.5° [4]11.25° [5]15°(default) [6]18.75° [7]22.5° [8]26.25°
Low
（
0°/ 3.75°/ 11.25°/15°/ 18.75°
）
--for most inner rotor motors
High
（
22.5°/ 26.25°
）
--For 6 poles or higher poles outer rotor motors
As usual, 15° applies to all the outer rotor motors , but for improving efficiency ,recommend that set low timing for 2 poles
motor( most inner rotor motors), set high timing for 6 poles and high poles motors( most outer rotor motors). If need high
speed motor, you can set high timing. Some motors should set special timing, if not sure, you
'
d better to set timing as motor
manufacturer recommended ,or set 15
°
.
Note: After changing timing, please test on the ground before flying.
5. Startup Mode
：
Start up with linear accelerator
[1] Normal: It's preferred for fixed wing. (default)
[2] Soft: It's preferred for helicopter, it will take 6 seconds from 0% throttle to 100% throttle.
[3] Very soft: It's preferred for helicopter, it will take 12 seconds from 0% throttle to 100% throttle.
6.Governor mode
: [1]OFF(default) [2]Low [3]High
If the Governor mode is activated, ESC will try to keep the motor in a fixed speed ( usually the throttle curve is a horizontal
line, you can change the preset motor speed by changing the height of the line).
[1] OFF(default)
[2] Low , "Low constant speed" mode , 10000-20000RPM for 2 poles brushless motor .
[3] High, "High constant speed" mode , above 20000RPM for 2 poles brushless motor .
Note: Governor mode function is automatically disabled if the throttle value less than 60%.
7. PWM frequency:
[
1
]
8K
Hz
[
2
]
16K
Hz
(default)
[
3
]
24KHz
For high poles and high speed motors, the higher PWM frequency can make motor drive smoothly, but the higher PWM frequency
will make ESC hotter .
8.BEC voltage:
[
1
]
5
.
0V(default)
[
2
]
6
.
0V
[
3]7.4V
[
4]8.4V
(this option is available for partial models)
9. Voltage cutoff option:
[1] Reduce cutoff(default ): the voltage drops to the set low-voltage protection threshold , ESC will reduce the power then cut off the
motor output
[2] Cut off: the voltage drops to the set low-voltage protection threshold , ESC will cut off the motor output immediately.
Battery cells
Available for LiPo battery only.
10.
:
[1] Automatic judgment(default) [2]2S [3]3S [4]4S [5]5S [6]6S .
You also can select the options according to your battery cells.
11.
Motor rotation
：
[
1
]
Normal(default
)：
Default motor rotation
；
[
2
]
Reversed
：
Change
the
motor
rotation
.
12
.
Active
Switch
Continued Flow
[
1
]
Off
(default
) [
2
]
On
：
ASCF
（
Active
Switch
Continued
Flow
）
technology
，
higher
efficiency
，
reduce heat generation massively.
13
.
Reverse function
[
1
]
Off
(default
) [
2
]
On
：
Plug
reverse signal wire into an two-stage switch channel on the receiver ,
to
reverse
the
motor
rotation
during
the
fl
ight
to
decelerate.
The lowest point of the pulse width range of the two-stage switch channel must be less than the lowest point of throttle. (e.g. the lowest point of
throttle is 1000, then the lowest point of pulse width of two-stage switch channel should be less than 1000).
Effective conditions : 1. Reverse function - on; 2.
Governor mode - off; 3. Brake - on
.
（
WinDragon wifi 80-130A adaptable)
.
14
.
Restore default settings
When the beeping indicates the mode of "Restore default settings", move the throttle stick to zero position in
5 seconds after the beeping can activate the mode. There is no sub-menu under this mode. Then the motors
makes indication tones of "
♪
765765" which means default settings are restored.
15.Exit program mode
After a sound
“
Beep-
”
, move throttle stick to the bottom position, enters the item of exit program mode, motor emits
sound
“
♪
765765
”
the same time, it represents ESC enters normal operation mode.
05
Programming
parameter
www.flycolor.net
06
Protections
07
First
time
to
use
ESC
08
rouble
Shooting
T
2long
&
3short
2long
&
4short
Beeeep
--
Beeeep
--
Beep
-
Beep
-
Beep
-
Beeeep
--
Beeeep
--
Beep
-
Beep
-
Beep
-
Beep
-
Thank you for using our product. Any improper operation may cause personal injury or damage the
product and relevant equipments. This high power system for RC model can be dangerous ,we strongly
recommend reading the user manual carefully and completely. We will not assume any responsibility for any
losses caused by unauthorized modifications to our product. We have the right to change the design,
appearance, performance and usage requirements of the product without notice.
●
Use powerful & high performance microprocessor. Unique circuit design, strong anti-interference.
●
Start mode can be set. throttle response fast, and it has a very smooth speed control linearity. Compatible with
fixed wing aircraft and
helicopters.
●
Multiple protection features
ensure
the
equipments
safety.
●
High power safety performance, when
power
up the motor will not start immediately
wherever the throttle
stick is.
●
Beeping alarm can indicate working condition.
●
Cycle programming menu for easy operation. Compatible with
all kinds of remote controllers.
●
Supports programming and detection of real-time data at close range via mobile phone APP (extra Flycolor Wi-Fi
Trans needed); Also support programming via programming card (extra Flycolor programming card needed).
●
8.4V/7.4V/6V/5V,5A adjustable
BEC , high output power ,less power loss
.
●
ASCF
（
Active
Switch
Continued
Flow
）
technology
，
higher
efficiency
，
reduce heat generation massively.
●
Reverse
function, supports
to
reverse
the
motor
rotation
during
the
flight to
decelerate
（
WinDragon wifi 80-130A adaptable)
.
02
Specifications
Turn on the
transmitter,
move the throttle
stick to the
bottom position
.
Connect ESC with battery,
wait for 2 seconds,motor
emits short "BEEP-" few times,
sound times is Lipo battery
cells.
Turn on the
transmitter,
move the
throttle stick to
the top position.
Connect ESC with
battery.
Wait for 2
seconds, after motor
emits 2 short "BEEP-
BEEP",the full throttle
position is memorized.
Move the throttle stick to
the bottom position in 3
seconds. Then waits for 1
second, the“zero throttle“
position is memorized.
Motor emits short "BEEP-"
few times, sound times is
Lipo battery cells.
Wait
for 1 second, It means
“No Brake”when motor emit
continuously 1 long and 1
short tone. It means “Brake
is available” when motor
emits a long tone. E S C is
ready for working now.
ESC is ready for
working now
1.When first time to use ESC, you must set throttle range.
You just need to calibrate throttle range only once, but you must set again if you change transmitter.
2.Before connecting battery packs, please check if all the connectors polarity are correct
，
to avoid ESC damage for false connection or
short circuit .
3. If motor stops suddenly during flying, please move throttle stick to the zero position immediately, then push the throttle stick to make
the motor restart, then move throttle tick to a small range to land the aircraft immediately.
After powering up, motor doesn't run and
doesn't emit any sound.
Bad connection between ESC and battery.
Bad soldering cause bad contact.
Low voltage of the battery.
Quality problem of ESC.
Clean the connectors or replace them, check the
connection polarity.
Solder the wires again.
Check battery pack, use full-charged battery.
Change ESC
.
After powering up, ESC emits the sound of
battery cells, but motor can't run.
ESC doesn't set throttle range
.
Set throttle range again
.
After powering up,ESC works ,but motor can't
run and doesn't emit any sound.
After powering up ESC, motor doesn't run and
emits warning tone“Beep-Beep”.(a short stop
after “Beep-Beep”)
Bad connection between ESC and motor, or
bad soldering.
Bad
motor.
Battery voltage out of range
Check the connectors or replace the connectors
or solder the motor wire again.
Change motor.
Check the battery voltage is within the range of ESC.
After powering up, motor doesn't work and
emits warning tone“Beep-,Beep-,Beep-”(emits
every 2 seconds).
No output throttle signal from receiver.
Check if right connection between signal wire and
receiver throttle channel.
Check transmitter and receiver, make sure there
are signal outputs.
After powering up, motor doesn't work and
emits continuous
warning tone“Beep-”
Throttle doesn't in the zero position.
Push the throttle to the zero position, or set
throttle range again.
After powering up, motor doesn't work .ESC
emits 2 long “Beep” and 2 short “Beep”.
The positive and negative of throttle channel
is wrong. So ESC enters programming
mode.
Refer to the user instruction of transmitter, adjust
the setting of throttle channel.
Motor rotates in the opposite direction.
The wrong sequence of connection wires
between motor and ESC.
1.Exchange random 2 of the 3 connection wires
between ESC and motor.
2.Change motor rotation direction via
mobile
phone
App
，
transmitter or programming card.
Motor stops during running
Loss throttle signal
Bad connection between wires
Check the connectors of battery pack, battery
wires ,motor wires connections are good.
Troubles
Possible causes
Solutions
Battery voltage is lower than low-voltage
protection threshold and low-voltage
protection mode is cutoff output.
1.Set right low-voltage protection threshold. Run
with full-charged battery pack. Choose reduce
power as Low-voltage protection .If power is
decreasing during running, please fly back soon.
2.Make sure your aircraft in the range available to
control with your transmitter.
3.Attention to the voltage of transmitter, if it will
run out of the battery, please fly back soon.
1.Check if the transmitter operation correct.
2.Check if transmitter match with receiver.
3.Strong electromagnetic interference around
the used environment, try to turn off and power
up again, to see if it recovers normal work, if the
problem come up again and again, please change
to another field.
251400-1088 V1.6
Alarm tone: (To judge the abnormal cases via alarm tone )
1.Alarm tone of signal loss : when ESC detects no signal , motor will emit the alarm tone “Beep-
、
Beep
、-
Beep-”
(
alarm tone
emits every 2 seconds).
2.Alarm tone of throttle not in the zero throttle position: throttle not in the zero throttle position, motor will emit
“Beep-Beep-Beep-Beep-Beep-” ( urgent single short tone).
3. Alert tone of narrower throttle range: when throttle range is set too narrow, motor emits “Beep-Beep-Beep”(harried alarm tone
emits last for 2 seconds). You must set throttle range again.
Motor
Wi-Fi Trans wire
Reverse signal wire
2
3
1
ESC
Throttle signal wire
Receiver
Battery
1
2
3
Reverse function
15
3long
Reverse signal wire: plug
it into an two-stage switch channel on the receiver ,to
reverse the motor rotation during the flight.
（
WinDragon wifi 80-130A adaptable)
.
Throttle
signal
wire: plug
it into
the
throttle
channel
on
the
receiver, the
white
wire
is
for
transmitting
throttle
signal
，
the
red
&
black
wires
are
the
BEC
output
wire
and
ground
wire.
Wi-Fi
Trans
wire
:
connect
with
Flycolor
Wi-Fi
Trans,Supports programming and detection of real-time data at close range via mobile
phone APP.
*
The appearance of each model is different, the picture is a typical model for reference only.
Wait
for 1 second, It means “No Brake”
when motor emit continuously 1 long and
1 short tone.
It means “Brake is available” when motor
emits a long tone. E S C is ready for
working now.
1
2
3
4
5
6
7
8
1short
2short
3short
4short
1long
1long
&
1short
1long
&
2short
1long
&
3short
NO
Soft
Heavy
Very
Heavy
LiPo
NiCd
/
NiMh
Low
Med
High
0
°
3
.
75
°
7
.
5
°
11
.
25
°
15
°
18
.
75
°
22
.
5
°
26
.
25
°
Normal
Soft
Very
Soft
OFF
Low
High
16KHz
8KHz
Reduce
cutoff
Cut off
Auto
Iterm
Prompt
tone
5V
6V
2S
3S
4S
5S
6S
11
.
Motor
rotation
Normal
Reversed
12
.
ASCF
OFF
ON
7.4V
8.4V
24KHz
1
.
Brake
2
.
Battery type
3
.
Cutoff voltage
4
.
Timing
5
.
Startup mode
6
.
Governor mode
7
.
PWM
frequency
8
.
BEC voltage
9
.
Voltage
cutoff
option
10
.
Battery cells
13
*.
Reverse
function
OFF
ON
Cutoff voltage
Voltage
cutoff option
Move throttle stick to the top position after
a certain tone that the parameter you
want, the parameter is selected, then
motor emits special tone
“
♪
1212”, this parameter will
be stored.
Just wait If you still want select
other item, it will go back to the
Level 1 menu to select item, the
operate method is the same.
Burst Current
（
Good heat dissipation
）
B E C
20A
30A
40A
60A
30A
40A
55A
80A
79g
35g
36g
76g
49x23.5x13.5mm
65.5x34x21mm
2-4S
2-4S
2-6S
2-6S
80A
100A
119g
2-6S
100A
120A
125g
2-6S
130A
150A
130g
82.5x39.5x23.5mm
2-
6
S
WinDragon wifi 130A
WinDragon wifi 100A
WinDragon wifi 80A
WinDragon wifi 60A
WinDragon wifi 30A
WinDragon wifi 40A
WinDragon wifi 20A
82.5x39.5x23.5mm
82.5x39.5x23.5mm
65.5x34x21mm
49x23.5x13.5mm
Size
(For reference)
Model
LiPo
Weight
(For reference)
Con
.
Current
(Good heat dissipation)
8.4V/7.4V/6V/5V
,
5A
8.4V/7.4V/6V/5V
,
5A
8.4V/7.4V/6V/5V
,
5A
8.4V/7.4V/6V/5V,5A
8.4V/7.4V/6V/5V
,
5A
8.4V/7.4V/6V/5V
,
3A
8.4V/7.4V/6V/5V
,
3A
Beeeep
--
Beeeep
--
