Sensorless Design Brushless Motor Controller Motor Speed Controller Motor Speed Regulation

Label:Yes [Sensorless BLDC Drive] This three phase brushless DC motor controller uses a sensorless design and dependable control chips to regulate compatible BLDC motor speed. The compact driver provides stable performance while simplifying system setup where Hall sensor feedback is not required. [CW CCW Rotation] The motor speed controller supports both clockwise and counterclockwise rotation, allowing users to reverse compatible DC motor direction as needed. This makes it suitable for applications that require flexible motion control in prototypes, machines, automation devices, and custom projects.

[Stable Compact Design] Built for simple and cost effective use, this compact brushless motor driver combines stable performance with practical multi function control. Its small form factor helps save installation space while providing a convenient speed regulation solution for compatible BLDC systems. [Wide Voltage Control] This BLDC motor controller is designed for 5 to 36 V DC use and supports three phase sensorless brushless motor speed regulation without a Hall sensor. Its wide voltage range makes it practical for compatible motors in DIY electronics, machinery, equipment control, and workshop projects. [Easy Speed Regulation] Mainly intended for DC motor speed adjustment, this controller offers straightforward use for technicians, hobbyists, makers, and equipment builders. It can be built into compatible motor control setups for testing, replacement, maintenance, and variable speed applications.

Specifications: Input voltage: DC5-36V Forward reversal: within 15A Input current: > motor working current Speed control: potentiometer (270 degree linear) Speed regulation range: 0-100% Support motor: brushless motor Type of connection: barrier terminal Knob specification: 100K (with switch) Color: Multicolor Material: PCB Module size: 10*6.8*4cm / 3.93*2.67*1.57in Weight: 141g

Package included: 1 x Motor Speed Controller

Note: 1. The input voltage must differentiate "+" ,"-", can't input 220V voltage 2. The input voltage should be equal to the rated voltage of the motor within 5-36V 3. The motor wire ABC don'tdifferentiatesequence