Roller485 Unit with BLDC Motor (STM32) Roller485 Unit with BLDC Motor (STM32) Roller485 Unit with BLDC Motor (STM32) Roller485 Unit with BLDC Motor (STM32) Roller485 Unit with BLDC Motor (STM32) Roller485 Unit with BLDC Motor (STM32) Roller485 Unit with BLDC Motor (STM32) Roller485 Unit with BLDC Motor (STM32) Roller485 Unit with BLDC Motor (STM32) Roller485 Unit with BLDC Motor (STM32) Roller485 Unit with BLDC Motor (STM32) Roller485 Unit with BLDC Motor (STM32) Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)
  • Roller485 Unit with BLDC Motor (STM32)

Roller485 Unit with BLDC Motor (STM32)

SKU:U182

Regular price $36.95

Out Of Stock

Shipping calculated at checkout.

Description

Unit Roller485 is a brushless DC motor motion execution kit with integrated control functions, designed for efficient motion control. The product supports 6-16V DC power input (via the PWR485 interface) or 5V input (via the Grove interface), and can automatically adjust the power coefficient to ensure optimal performance.

It features a built-in FOC closed-loop drive system, using a 3504 200KV brushless motor, with a maximum continuous phase current of 0.5A and a short-term peak of 1A without forced cooling. The driver uses a magnetic encoder as feedback, supporting current, speed, and position triple-loop control to ensure precise control. The device offers an optional electrical slip ring, allowing the top Grove interface to remain connected to the bottom even during 360° rotation, enabling additional modules to be expanded on the top while ensuring power and data transmission for the rotating part.

Additionally, the device is equipped with a 0.66-inch OLED display on the back to show real-time status. It also includes built-in RGB indicators and function buttons for easy human-machine interaction. The product's top and base designs feature LEGO-compatible mounting holes and M3 screw holes for quick assembly and integration. Unit Roller485 is fully open-source in both hardware and software, supporting motion control and parameter adjustment via RS485 or I2C buses, and provides SWD and SWO debugging interfaces, further enhancing developer flexibility. This product is used in robotic joints, motion control, industrial automation, and visual demonstration projects.

Features

  • Brushless DC motor control
  • RS-485/I2C communication control
  • Integrated OLED display
  • RGB indicators
  • FOC closed-loop drive system
  • Slip ring

Includes

  • 1 x Unit Roller485
  • 1 x HT3.96R-4P connector
  • 2 x HY2.0-4P Grove cables (5cm)
  • 6 x Friction pins
  • 1 x Flange
  • 1 x Bracket
  • 1 x Hex key (2.5mm)
  • 1 x Hex key (2mm)
  • 6 x M3 nuts
  • 2 x Hex socket head M3x14mm screws
  • 4 x Hex socket head M3x14mm screws
  • 4 x Hex socket head M3x12mm screws
  • 1 x Single-ended terminal cable 5P debugging cable

Applications

  • Robotic joint control
  • Smart manufacturing equipment
  • Visual demonstrations

Specifications

Specification Parameters
MCU STM32G431CBU6@Cortex-M4, 128KB-Flash, 32KB-SRAM, 170MHz
Motor Type D3504 200KV brushless motor@diameter: 41mm
Driver Chip DRV8311HRRWR
Angle Sensor TLI5012BE1000
Communication Interfaces 1x PWR-485 (HT3.96-4P interface)
2x I2C (0x64)
Display 0.66-inch OLED display, resolution: 64 x 48, SPI communication
RGB LEDs 2x WS2812-2020
Motor Power Supply PWR-485 (HT3.96-4P interface) @6-16V
Grove port DC 5V
Slip ring_Grove port DC 5V
Load Load: 50g Motor speed: 2100rpm Current: DC 16V/225mA
Load: 200g Motor speed: 1400rpm Current: DC 16V/601mA
Load: 500g (maximum load) Motor speed: 560rpm Current: DC 16V/918mA
No load: DC 16V/78mA
Standby Current Grove port DC 5V@70mA
RS-485 (HT3.96-4P interface) DC 16V@32mA
Output Torque Grove port DC 5V: 0.021N.m/0.2kgf.cm@current 350mA
RS485 (VH3.96-4P interface) DC 16V: 0.065N.m/0.66kgf.cm@current 927mA
Slip Ring (Grove port) Output DC 5V/300mA
Noise 48dB
Operating Temperature 0 ~ 40°C
Product Size 40.0 x 40.0 x 40.0mm
Product Weight 82.9g
Package Size 102.0 x 73.0 x 51.0mm
Gross Weight 156.8g

Learn

The main difference between Unit-Roller485 Lite and Unit-Roller485 is that Unit-Roller485 Lite does not have a slip ring expansion Grove interface or the top LEGO expansion interface.
Power supply voltage
The power supply should not exceed 16V. If the voltage exceeds 18V, the motor will display a fault code E:1, the motor will not work, and "Over Voltage" will be displayed, with the LED turning red.
Encoder Value and Rotation Angle
In absolute position mode, the encoder value of 36000 pos corresponds to 360°. Due to the fact that the mechanical installation angle and the encoder angle are not strictly aligned, there may be an error of approximately 2°.

LEARN AND DOCUMENTS

Customer Reviews

Based on 1 review
100%
(1)
0%
(0)
0%
(0)
0%
(0)
0%
(0)
P
Philip Mallon
Roller485 Review

I have now done a few projects with this. I have only done these using i2c programming and nor RS485 mode. While there are some limitations having a small torque outpur from the motor I was able to complete my projects. These include using Roller485 for camera positing. I was able to make a 2 axis motor drive for the ATOMS3R Camera and a single axis motor control for the heaver reCamera from Seeed Studio. See these projects on Youtube: Camera Control using RollerCANs (https://youtu.be/ETcVk6oqo04 )