RXG4P-TXG4 Colored Screen Display Brushless Net-Pulling Boat Remote Control Set 7-30V Receiver Board with GPS Module

RXG4P-TXG4 Colored Screen Display Brushless Net-Pulling Boat Remote Control Set 7-30V Receiver Board with GPS Module Popis

1. According to the battery voltage of the boat, set the low battery alarm value and full battery voltage value. 12V batteries are generally set to 9.8V and 12.6V, while 24V batteries are generally set to 19.8V and 25.2V, which can be adjusted appropriately according to usage.
2. The overcurrent protection value of the boat is the maximum overcurrent protection for a single motor. Some receiving boards have overcurrent protection, while others do not.
3. Support switching between Chinese and English.
4. If the remote control is too close to the ship, there may be a loss of wireless signal. Because the signal is too strong and saturated, the remote control should be at least 1 meter away from the ship when using the code.

Attention
1. The positive and negative inputs cannot be inserted in reverse, as inserting them in reverse will burn the motherboard. Input is a 7-30V battery.
2. When installing, the back of the circuit board should be facing upwards, with the arrow direction facing the bow of the ship. The arrow direction should be facing the bow of the ship, and the antenna should be facing upwards, away from the motor and magnetic interference.
3. Waterproof measures should be taken to prevent water from entering the motherboard. It is best to wrap the remote control with cling film to
prevent water from entering, otherwise it may cause the remote control ship to lose control or burn down.
4. After wiring is completed, carefully check before powering . When powering , pay attention
to fixing the hull and avoiding the propeller to avoid scratches.
5. It is not compatible with other manufacturers' remote controls and motherboards and needs to be used together.
6. When indoors or just starting (GPS module needs to be cold started for 1-5 minutes), the flashing light may appear because there is no