M5Stack M5StickC 8-Channel Servo Driver HAT
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M5Stack M5StickC 8-Channel Servo Driver HAT
The M5Stack M5StickC 8-Channel Servo Driver HAT (8Servos HAT v1.1) is an 8-channel servo driver module designed specifically for M5StickC and M5StickC Plus series devices. It uses the STM32F030F4 microcontroller as the main controller to generate PWM (Pulse Width Modulation) signals, which precisely drive servo motors.
The module communicates with M5StickC/C Plus via the I2C communication protocol, enabling easy integration and control of up to 8 servos. This allows efficient control over multiple servos, making it ideal for robotics and DIY projects.
- Supports up to 8 servos: Each channel can independently control a servo, ideal for multi-servo applications like robotic arm control and automation systems.
- STM32F030F4 microcontroller: Ensures stable PWM control for precise servo movement.
- I2C communication protocol: Simplifies integration with M5StickC and M5StickC Plus, enabling easy control.
- Power management circuit: Embedded power management allows for programming control of servo power on/off, providing better power management and fine control over servo operations.
- Built-in rechargeable 16340 lithium battery: 700mAh capacity, supports up to 1.3A load, ensuring stable servo operation.
- Perfect for various projects: Whether it's controlling a robotic arm, animatronics, or any other project requiring precise servo control, this driver is up to the task.
Product Features
- 8-Channel Servo Driver: Independently control up to 8 servos, ideal for multi-servo-driven projects.
- Programmable Servo Power Control: Allows control over the power of individual servos, optimizing power consumption and efficiency.
- 16340 Lithium Battery: Built-in 700mAh rechargeable lithium battery supports up to 1.3A load, ensuring reliable performance for your servos.
- I2C Protocol Control (0x36): Facilitates easy communication with M5StickC and M5StickC Plus via I2C, enabling simple integration into various projects.
- Reverse Battery Protection: Built-in protection prevents damage if the battery is inserted incorrectly.
Product Comparison
| Specification | 8Servos HAT | 8Servos HAT v1.1 |
|---|---|---|
| Motor power control | / | MOS tube control power on/off |
| Reverse Battery Protection | / | With circuit protection |
| Fixing hole | / | 4x fixing holes |
| Programmable RGB LEDs | SK6812 | / |
| I2C ADDR | 0x38 | 0x36 |
Included
- 1x 8Servos HAT v1.1 Servo Driver Module
- 1x 16340 Lithium Battery (700mAh)
Applications
- Servo Controller: Perfect for controlling multiple servos in applications such as robotics, animatronics, or any project that requires precise servo management.
- Robot Control: Ideal for controlling robotic arms, automated systems, or mechanical structures requiring accurate and synchronized servo movement.
Specification
| Specification | Parameters |
|---|---|
| Lithium Battery | Specification: 16340, Capacity: 700mAh |
| Servo drive channel | 8-channel |
| Maximum drive load capacity | 8-channel maximum load capacity: DC4.2V@1.3A |
| Driver no-load standby current | DC4.2V@2.2uA |
| Fixing hole | M3 |
| Communication Protocol | I2C:0x36 |
| Net weight | 28.3g |
| Gross weight | 39.7g |
| Product Size | 52*38*19mm |
| Package Size | 75*46*29mm |
Effective Date: March 27, 2025
At OpenELAB, we are committed to providing accurate product descriptions and delivering high-quality products. If you experience any issues with your purchase, please notify us within 60 days of the shipment date.
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2. Warranty Policy
Warranty Period
The standard warranty period for products sold by OpenELAB is 12 months from the date of delivery.
Under this warranty, OpenELAB will make a reasonable effort to repair or replace products free of charge if defects are due to issues with raw materials, design, or manufacturing.
If the defect qualifies under this policy but falls outside the covered scope, reasonable charges may apply for repair or replacement.
After the warranty period, support may still be available at a reasonable fee.
Warranty Exclusions
The warranty does not apply in the following cases:
- The product is beyond the 12-month warranty period.
- Damage due to misuse, improper maintenance or storage, or failure to follow the user guide or manual.
- Issues caused by Force Majeure events (e.g., natural disasters, war, legal changes, etc.).
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