Hobbywing HW30902040 Bedienungsanleitung

Hobbywing Funkgesteuertes Spielzeug HW30902040

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• Special core program for multi-rotor controllers greatly improves throttle response.

• Forward & Reverse 3D flight can be realized by swiftly switch the motor rotation.

• DEO (Driving Efficiency Optimization) technology significantly improves throttle linearity and

driving efficiency.

• High intelligent and adaptive default settings like auto-adjusting timing meet almost all

applications.

• The twisted-pair design of the throttle signal cable effectively reduces the crosstalk

produced in signal transmission and makes flight more stable.

Features

CA UT IONS

Thank you for purchasing this HOBBYWING product! Brushless power systems

can be very dangerous. Any improper use may cause personal injury and

damage to the product and related devices. We strongly recommend reading

through this user manual before use. Because we have no control over the

use, installation, or maintenance of this product, no liability may be assumed

for any damages or losses resulting from the use of the product. We do not

assume responsibility for any losses caused by unauthorized modifications to

our product.

We, HOBBYWING, are only responsible for our product cost and nothing else

as result of using our product.

AT T ENT ION

Specifications

Motor Wiring

3D Flight

Normal Start-up Process

Multiple Protections

Troubleshooting

Model BEC LiPo Weight SizeCon. Current Peak Current (10s)

Turn on the transmitter and move the

throttle stick to the neutral position.

Connect the ESC to a battery; 1 second later, the

motor will emit “ 123” indicating the power ♪

system is ready.

Push the throttle stick to slightly over the 50% throttle position, the

ESC will start up slowly. 3 seconds later, it’ll enter the 3D-flight

operation.

Trouble

The ESC was unable

to start the motor.

The ESC was unable

to start the motor.

Warning Tone Possible Cause Solution

“Beep beep…”

(The motor beeps rapidly)

“Beep-, beep-…”

(Time interval is 1 second)

The throttle stick is not moved to the neutral position.

No output signal from the throttle channel on the receiver

or the corresponding channel on the flight controller.

Move the throttle stick to the neutral position or check if the signal

output from the flight controller is correct or not.

Check if the transmitted and receiver are well bound, and if the throttle

control wire has been correctly plugged into the TH channel on the

receiver or corresponding channel on the flight controller.

USER MANUAL

Multi-Rotor

XRotor Pro 3D

Brushless Electronic Speed Controller

50g Version A（）

45g Version B（）

66x21.8x11mm (Version A)

73.5x21.8x11mm (Version B)

XRotor Pro 40A 3D 40A 60A NO 3-6S

25g (Version A) 46.6x22.2x10.5mm Version A（）

XRotor Pro 25A 3D 25A 40A NO 3-4S

(Attention! XRotor-Pro-3D doesn’t support throttle range calibration, because its throttle range is fixed at 1100~1940µs.)

1.Forward & Reverse 3D Flight

The throttle ranges from 1100µs to 1940µs (the neutral position is at 1520µs, ±20µs is the dead band.), 1540µs-1940µs (that is from the neutral throttle position to the maximum throttle position)

correspond to the forward 0%~100% throttle. 1100µs-1500µs (that is from the neutral throttle position to the minimum throttle position) correspond to the reverse 0%~ 100% throttles.

2.Start-up

First time you start up the ESC, it starts up softly. 3 seconds later the ESC will enter the Forward/Reverse 3D-flight operation. The ESC will re-enter the soft start-up process after the throttle stick is

moved to the neutral dead band for over 3 seconds.

Note 1: Do not push the throttle stick too much when you’re trying to start up the ESC, because the motor will immediately accelerate to the RPM correspond to the throttle amount right after the

soft start-up process ends.

Note 2: You need the corresponding 3D flight controller to match our XRotor-Pro-3D ESC when you fly 3D flight.

• The ESC will shut down the motor if it fails to start the motor normally within 2 seconds by increasing the throttle value. In this case, you need to move the transmitter throttle Start-up Protection:

stick back to the neutral position and restart the motor. (Possible causes of this problem: poor connection/ disconnection between the ESC and motor wires, propellers are blocked, etc.)

• The ESC will cut off the power/output when the load suddenly increases to a very high value. Normal operation will not resume until the throttle stick is moved back to the Over-load Protection:

neutral position. The ESC will automatically attempt to restart when the motor and the ESC are out of sync.

• When the ESC detects loss of signal for over 0.25 second, it will cut off the output immediately to avoid an even greater loss which may be caused by the Throttle Signal Loss Protection:

continuous high-speed rotation of propellers or rotor blades. The ESC will resume the corresponding output after normal signals are received.

UBEC

Electronic Speed Controller

Battery

Receiver

Motor

Plug the throttle signal cable

into the throttle (TH) channel

on your receiver.

Plug the UBEC cable into

the special battery (BATT)

channel or any other

unoccupied channel on

your receiver.

Note: Version A (Wire leaded) connects brushless motor via output wires, while Version B COB--3.5mm Connector On Board with gold-plated connectors already directly soldered onto the printed( )