Product Description
Targeted Control for Electric Bike Riders
Designed specifically for electric bikes, the Kunteng brushless motor controller caters to users who demand balanced power delivery and reliable control. Offering 30A, 35A, and 50A current options, this ebike brushless controller adapts to a wide range of motor wattages and voltages, supporting 36V, 48V, and up to 90V systems. It is perfect for riders who want customizable and smooth acceleration while maintaining safety with integrated brake input and low voltage protection features. Its versatility makes it suitable for both casual riders and those upgrading performance components.
Optimized Technical Design with Measurable Efficiency
This brushless dc motor controller features a robust metal shell with a groove design to maximize heat dissipation, ensuring stable operation even under heavy load. It supports motor powers from 1000W to 3000W and includes precise specifications: the 30A and 35A versions operate at 36V or 48V with rated currents of 15A and 17A respectively, while the 50A model supports 56-90V with a 25A rating. Additional functions like low voltage cut-off and brake input enable enhanced battery safety and responsive stopping control. This electric scooter brushless controller balances high efficiency with low current consumption to optimize battery longevity and performance consistency.
Industry Adaptability and Real-World Advantages
The Kunteng controller's broad compatibility makes it integral for use in various electric bike applications, including performance upgrades and custom builds. Its design supports improved braking control and protects against low voltage scenarios, critical in urban commuting or longer-distance riding. Additionally, the controller’s reliability under continuous use helps maintain motor durability and electrical system integrity, appealing to both manufacturers and end users seeking dependable brushless motor controller solutions. It easily integrates into existing workflows for maintenance, repair, or new e-mobility developments.
Product Advantages
Innovative Structural and System Design
The metal shell with a groove design provides superior heat dissipation, allowing the brushless dc motor controller to operate effectively without overheating. Modular options with 30A, 35A, and 50A ratings allow precise matching with motor power requirements. This design supports multiple voltages common in electric scooter brushless controller setups and electric bike configurations, enhancing compatibility across a range of models. The well-engineered brake input and low voltage protections are seamlessly integrated into the circuitry for added safety and durability. This structure ensures long-term system stability and ease of installation in standard electric mobility platforms.
Enhanced Performance and User-Centric Functionality
Users benefit from smooth acceleration and stable power delivery, resulting in an enjoyable and controlled ride experience. The ebike brushless controller minimizes current draw, improving battery efficiency and extending ride times. Integrated brake input ensures responsive stopping safety, giving riders confidence in variable environments. Moreover, its adaptable current options mean it can satisfy a wide range of rider needs from casual urban commuters to demanding power users. The straightforward installation and durable materials also contribute to reduced maintenance and enhanced user value over time.
KT 30A Controller:
Rated Voltage:DC36/48V
MAX Current:30±2A
Speed Set:1-4.2V
Rated Current:15A
Low Voltage Protection: DC30/40±0.5V
Brake input：Low-lever
KT 35A Controller:
Rated Voltage:DC36/48V
MAX Current:35±2A
Speed Set:1-4.2V
Rated Current:17A
Low Voltage Protection: DC30/40±0.5V
Brake input：Low-lever
KT 50A Controller:
Rated Voltage:DC56-90V
MAX Current:50±2A
Speed Set:1-4.2V
Rated Current:25A
Low Voltage Protection: DC56±0.5V
Brake input：Low-lever
Use Scenarios
Optimizing Motor Speed and Power in E-Bikes
In electric bike manufacturing and aftermarket upgrades, this brushless motor controller plays a critical role in regulating motor speed and power output. Designed for motors ranging from 1000W to 3000W, it fits within systems powered by 36V, 48V, and higher voltage setups. The controller’s low voltage protection safeguards batteries during extended rides or heavy loads, and its brake input facilitates precise stopping control native to safety standards in urban mobility. Integration into the bike’s electronic system is straightforward, enabling manufacturers and repair technicians to enhance product reliability and rider safety quickly.
Performance Enhancement for Electric Scooters
Electric scooter platforms benefit from the electric scooter brushless controller’s efficient current management and heat dissipation features. This controller supports high power demands typical of commuter and recreational scooters, maintaining stable operation during continuous acceleration and braking sequences. It complies with safety guidelines through its low voltage cut-off and brake input, ensuring reliable performance under variable conditions. By incorporating this controller into new or retrofitted scooter systems, developers can guarantee enhanced motor control precision and energy efficiency, addressing operational challenges common in the scooter industry.
KT 30A:
KT 35A:
FAQ
What electric bike motors are compatible with the Kunteng brushless controller?Our brushless motor controller supports electric bike motors rated from 1000W up to 3000W. The 30A version fits around 1000W motors, 35A suits 1500W, and 50A is for motors up to 3000W, providing flexibility for various e-bike power needs.
Can I customize the controller for different voltages or specific bike setups?Yes, we offer the Kunteng controller in configurations compatible with 36V, 48V, and up to 90V systems, fitting a wide range of electric bike setups. This adaptability ensures you get a brushless dc motor controller that matches your voltage requirements.
Does the controller include safety features to protect the battery and rider?Our controller includes built-in low voltage protection to prevent battery damage, and brake input functionality to enhance rider safety by enabling a reliable braking response. This makes the ebike brushless controller a secure choice for daily use.
How do I install the Kunteng controller on my electric scooter or e-bike?We design the controller for easy integration with brushless motors. Simply connect the controller to your motor and battery per the wiring diagrams provided. For specifics, our technical team can guide you through installation tailored to your electric scooter or ebike brushless controller setup.
