Ebike BLDC Motor Controller 60V for Hub Motor 2000W ( Sine Wave)

1. Voltage Rating: The controller should be rated for 60V to match your motor’s voltage. Using a controller with a lower voltage rating can damage the controller and motor.
2. Power Rating: Since your motor is 2000W, the controller should be capable of delivering at least this amount of power. It’s advisable to choose a controller with a slightly higher power rating to provide a safety margin and ensure efficient operation.
3. Sine Wave Control: Opting for a sine wave controller is a good choice as it provides smoother and quieter operation compared to square wave controllers. Sine wave controllers also tend to offer better efficiency and performance.
4. Current Handling: Ensure that the controller can handle the current drawn by your motor. A 2000W motor at 60V will draw approximately 33.3A of current. Select a controller with a current rating that exceeds this value to prevent overheating and ensure reliable operation.
5. Compatibility: Make sure the controller is compatible with your specific hub motor. Some controllers are designed for certain brands or models of motors, so check compatibility before purchasing.
6. Features: Consider any additional features you may need, such as regenerative braking support, programmability, LCD display compatibility, or Bluetooth connectivity for smartphone apps.
7. Quality and Reliability: Choose a controller from a reputable manufacturer known for producing high-quality and reliable products. A reliable controller is crucial for the safety and longevity of your ebike.

By considering these factors and selecting a suitable controller, you can ensure optimal performance and efficiency for your electric bike conversion or build.

Features:

• Automatic identification of the motor Phase angle
• over current protection 2000W
• sine wave ciaontroller
• max current 36 Amp
• Max Voltage 68V
• materi: Aluminium
• Hub motor Comprable
• Two-Mode
• 3-speed Controller
• Backlight facility
• Meter facility
• Cruze controller facility
• 11 MOSFET (11 tube)
• High Quality
• overvoltage protection

This controller is sinewave Sine wave controllers are most efficient for uphills, mountains, heavy loads, and less noise, even though they are time- and money-consuming. On the other hand, square waves are time-saving and affordable but less efficient than sine waves.