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BLDC-200W 5V-40V 25A Sensorless Brushless Motor Driver Board Inductive Hall Control PWM Three-phase Motor Drive Module — image 1
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BLDC-200W 5V-40V 25A Sensorless Brushless Motor Driver Board Inductive Hall Control PWM Three-phase Motor Drive Module

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product for everyday users

The BLDC-200W 5V-40V 25A Sensorless Brushless Motor Driver Board Inductive Hall Control PWM Three-phase Motor Drive Module is a value-for-money product designed for everyday users. It features 1: BRK and 2: DIR.

₹1,103-41%
MRP:₹1,879Save ₹776
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Estimated delivery: 27 Aug10 Sept
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Quick Specs

1: BRK
2: DIR
3: FG
4: VSP
5: GND
6: 5V

Ideal For

Everyday convenience
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SKU: bg-2046520

About This Product

The BLDC-200W 5V-40V 25A Sensorless Brushless Motor Driver Board Inductive Hall Control PWM Three-phase Motor Drive Module is a value-for-money designed for everyday users. It delivers reliable performance at an accessible price.

Key Specifications

  • 1: BRK
  • 2: DIR
  • 3: FG
  • 4: VSP
  • 5: GND
  • 6: 5V
  • 1: GND
  • 2: VCC

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Specifications:
Product Name: Brushless DC Motor Driver Module (BLDC-200W)
Operating Voltage: 5V - 40V
Peak Current: 25A
Continuous Output Current: 15A
Maximum Output Power: 200W
Module Dimensions: 63.5mm x 43.2mm

Features:
1. PWM speed control for precise motor performance.
2. Wide voltage tolerance for versatile applications.
3. Compact design with mounting holes for easy installation.
4. Active braking and forward/reverse control functions.
5. High driving efficiency with Hall-effect compatibility.
6. Built-in temperature protection with recovery mechanism.

Package Includes:
1 x Brushless DC Motor Driver Module



Note: The drive module is bare board, and it is not necessary to force heat dissipation to drive the motor with power below 100W, as long as normal ventilation is ensured. If the drive motor power exceeds 100W, it must be forced to dissipate heat, add heat sink or fan heat dissipation, and pay attention to the insulation problem of the drive board when adding. Hall sensor usage: Before use, please confirm that the DC brushless motor is hall. Generally, the motor with Hall has 8 wires (applicable), and the motor without hall has only 3 wires. The module can support 120 degrees or 60 degrees of Hall electrical Angle, the default is 120 degrees. There are Hall motor, 5 hall wiring, of which 2 are Hall power cables, 3 are Hall signal cables, according to the specifications or colors provided by the motor manufacturer to distinguish, wiring can not be mistaken. Note: Distinguish between motor wire, Hall signal wire, and Hall power cord. If you are not clear about the definition of Hall line and phase line, please try the following methods: 1. Set the power supply to low voltage to limit the output of small current; 2. Connect five Hall cables. Do not change the Hall power cables after connecting them. 3. Assume that the color of the three-phase line of the motor is: red, black and white, and connect to the U, V and W of the PCB board respectively. According to the 6 different combinations in the following table, the smooth operation or efficiency is the best proof that the wiring is correct, and only 1 of the 6 combinations is correct. Before finding the correct relationship, do not use high voltage and high current, otherwise the module may be damaged, the relationship is not generally the following phenomena: 1. After power-on, the motor can not start normally without reaction or jitter can not rotate normally when starting; 2. It is difficult to start with slight shaking, and sometimes it is necessary to turn it artificially; 3. The motor can turn in a certain direction, and the other direction can not turn and some have slight noise; 4. The motor starts jitter and has no noise, the current is large, and the power tube is obviously hot.


Please NOTE: The TX and RX serial port functions of the version are currently unavailable. If you need them, you can upgrade the software.




Product Safety Information

Setup Guide

1
Identify the pins
Locate VCC (power), GND (ground), and data pins (SDA/SCL for I2C, MOSI/MISO for SPI, or TX/RX for UART). Refer to the pinout diagram on the product page.
2
Wire to your microcontroller
Connect VCC to 3.3V or 5V (check the module spec), GND to GND, and data pins to the appropriate GPIO pins on your Arduino or Raspberry Pi.
3
Install libraries
In Arduino IDE, go to Sketch → Include Library → Manage Libraries and search for the sensor library. Install the recommended version.
4
Upload example sketch
Open File → Examples → [library name] → Basic Example. Upload to your board and open Serial Monitor to view output.
5
Calibrate if needed
Some sensors (temperature, humidity, distance) may need a short warm-up period or calibration. Run the calibration sketch if provided.