Intelligent Brushless Controller 48V 60V 72V 84V 3000W Maximum Current 100A Aluminium Alloy E-Bike Brushless Motor Controller for Electric Bicycle Scooter
Premium Material--The brushless controller shell is made of aluminum alloy,sturdy and durable.it is a wide voltage controller, 48V 60V 72V 84V can be universal, the maximum current limit is 80A(It does not mean that the output current is 80A, it only means that the controller can withstand a maximum current output of 100A. The current output size is also related to the battery and motor.), and it can be applied to brushless motors.
Sensitive Control--, good heat dissipation,it can provide steady speed and sensitive control of braking and direction changes.
High Performance--The wires and interfaces are durable, and ensure low malfunction of long time use.
Easy to Use-- it is Square wave controller,and interfaces have instruction labels on them for your easy installation. (electric lock is key lock,must be connect,if electric lock not connect ,no power.can connect to the throttle have key lock,if throttle not have key lock,electric lock is 2 wires ,can docking together)
Application--It suitable for electric bicycles, scooter, electric tricycle etc.
Product Specifications
Item Package Dimensions L x W x H: 12 x 6.5 x 3.1 inches
Package Weight: 1.77 Kilograms
Brand Name: MOTOBERRY
Warranty Description: No
Model Name: 3000W brushless controller
Color: blue
Material: Alloy
Suggested Users: unisex-adult
Manufacturer: MOTOBERRY
Part Number: 48V-84V 3000W
Included Components: controller
Size: 240*120*70mm
Product Information
Product description
48V-84V 3000W brushless controller just fit brushless motor:
How to connect controller?
1.connect the motor line (color to color)
2. connect the battery line(red:+ , black:-)
3. connect the controller throttle line, electric lock(if throttle not have electric lock, controller electric lock 2 wires docking)
4. connect the hall line(if motor without hall line, don't need connect)
5.docking the two self-learning lines, the wheel will forward or reverse.
(1.if wheel forward ,Separate the self-learning line.
2.if wheel reverse, Separate the self-learning line. Docking the self-learning line again
if wheel forward ,Separate the self-learning line.)