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Hobbywing Motor Seaking 2040SL 4800 KV Model car brushless motor kV (RPM per volt): 4800
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Part number:
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Technical specifications
- Number of motor poles: 2
- Motor control: Sensorless
- Product type
Model car brushless motor
- kV (RPM per volt)
4800
- Shaft Ø
2.3 mm
- Dim
(Ø x L) 20 mm x 40 mm
- No. of LiPo cells
2S bis 3S
- Weight
60 g
- Manufacturer part #
HW90070000
- Model
Hobbywing Motor Seaking 2040SL 4800 KV
- Length
40 mm
- (Ø)
20 mm
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 2278225 Hobbywing Motor Seaking 2040SL 4800 KV Model car brushless motor kV (RPM per volt): 4800
Description
Hobbywing Motor Seaking 2040SL 4800 KV
4800 kV brushless motor
ideal for boat models
Operation with 2S to 3S LiPo
water-cooled
The Hobbywing Seaking 2040SL is a brushless motor with 4800 rotations per volt specially designed for use in boat models. It requires a supply voltage of 7.4 to 11.1 volts. Water cooling ensures efficient removal of waste heat.
Brushless motor
A brushless motor is an electric motor without brushes, which is characterized by a higher degree of efficiency, lower wear and lower weight compared to the brushed motor.
Senorless
for sensorless brushless motors, the position of the rotor is determined by the counter-voltage triggered in the coils of the stator during induction, which is evaluated by the electronic control circuit. Since a minimum speed is required to evaluate the counter voltage, sensorless brushless motors will run blind until then.
This text is machine translated.
4800 kV brushless motor
ideal for boat models
Operation with 2S to 3S LiPo
water-cooled
The Hobbywing Seaking 2040SL is a brushless motor with 4800 rotations per volt specially designed for use in boat models. It requires a supply voltage of 7.4 to 11.1 volts. Water cooling ensures efficient removal of waste heat.
Brushless motor
A brushless motor is an electric motor without brushes, which is characterized by a higher degree of efficiency, lower wear and lower weight compared to the brushed motor.
Senorless
for sensorless brushless motors, the position of the rotor is determined by the counter-voltage triggered in the coils of the stator during induction, which is evaluated by the electronic control circuit. Since a minimum speed is required to evaluate the counter voltage, sensorless brushless motors will run blind until then.
This text is machine translated.