Ebike Conversion Kit Keyde P160 All-in-One Rear Motor 30V Built-in Battery 10ah Inside 32h Perfect Solution For Electric Bicycle Conversion Kit
Introducing the Keyde P160 All-in-One Rear Motor - the perfect solution for electric bicycle conversion kits. This all-in-one rear motor is designed with a compact and efficient gearless structure, integrating a 10Ah battery, intelligent BMS system, sine wave controller, and sensor, making it easy to convert your bike to an e-bike.
The P160 All-in-One Rear Motor features wireless Bluetooth connectivity, allowing you to connect it to the display and customize your riding experience. With protection functions such as over-temperature, overspeed, overload, undervoltage, etc., this motor ensures safe and secure riding.
Thanks to the redesigned and optimized internal structure, the motor delivers stronger power and maintains high-efficiency output of more than 88% under high torque operation. With a rated output power of 250W and a maximum output power of 400W, the motor offers a maximum output torque of 30Nm.
This all-in-one rear motor by Keyde has a diameter of 160mm and a width of 135±2mm, making it easy to install and suitable for various types of electric bicycles. With a weight of only 4kg, it is lightweight and does not add unnecessary weight to your bike.
In summary, the Keyde P160 All-in-One Rear Motor is an excellent choice for those looking to convert their bicycle to an e-bike. With its compact and efficient gearless design, it offers a high-performance riding experience. Whether you're looking for an all-in-one rear motor for your electric bicycle conversion kit or ebike conversion kit, the Keyde P160 All-in-One Rear Motor is the perfect solution.
Specification | P160SWXCR30 |
Diameter (mm) | 162 |
Width (mm) | 135±2 |
Rated output power (W) | 250 |
Maximum output power (W) | 400 |
Maximum output torque(Nm) | 30 |
Rated voltage (V) | 30 |
Rated input current (A) | 9.4 |
Efficiency (%) | ≥90 |
Rated revolution (r/min) | 160-260 |
Weight (Kg) | 4.0 |
Inventory Last Updated: Dec 02, 2024