24S 300A
- PRODUCT DETAIL
Reacher Tech 24S 100V 300A High power brushless ESC For drone/aircraft/UAV/industry machine
Model Number
RT300UH
Product Type
BLDC
Place of Origin
China
Brand Name
Reacher
Usage
Heavy lift drone
Dimension
176mmX77.2mmX51mm
Default Throttle width
1050us - 1940us
Li-po
12S-24S
Advance Angle
15°
Peak Current
300A(Need good heat dissipation conditions)
Continuous Current
240A(Need good heat dissipation conditions)
Input Voltage
DC 50V-100V
Protection Against
Low and high voltage and current inpuy, duty cycle, high RPM
Weight
1000g
Compatible signal frequency
50-500Hz
Working Temperature
-20 to 65 Celsius Degree
Communication Interface
RS485 CAN
PWM Input-Signal Voltage
3.3V/5V
Motor/Battery Cable
7AWG
Waterproof Grade
IPX4
Feature:
1. Faster response time
Our proprietary motor control algorithm is compatible with most mainstream brand motors in the industry, solving the problem of adjusting the feed angle or returning to the original factory for calibration.
The patented algorithm has a fast response speed, and the motor can complete the transition from idle to full speed within 0.40 seconds.
2. Support online upgrade
ESC supports rapid upgrade of CAN bus and can update the latest firmware of ESC
3. Automatic energy recovery
Synchronous continuous flow technology, with better throttle linearity and driving efficiency
Energy is automatically recovered during motor deceleration. Using the same variable frequency drive algorithm as new energy vehicles,High efficiency, increasing the overall efficiency by 5% -10%
4. Equipped with CAN communication interface
Real time feedback of throttle value output by ESC, receiving throttle value bus voltage, bus current, motor speed, MOS tube temperature and capacitor temperature, etc.
The flight control system can real-time monitor the operating status of the electric and motor systems, thereby improving the reliability and stability of the power system.
5. Efficient heat dissipation
Deeply optimize the temperature in the software to reduce heating caused by switch losses by more than 30%. At the same time, the patented copper sheet thermal conductivity structure design is adopted to lower the working temperature of the electric control.
