32-Channel Servo Controller Board for Arduino with Precision Control
Brand: satkit
VAT included (Ex VAT: 31.00 €)
Volume Discounts
| Quantity | Price | Save |
|---|---|---|
| 2+ | 36.60 € | -4% |
| 10+ | 35.46 € | -7% |
| 20+ | 32.41 € | -15% |
The 32-Channel Arduino Servo Controller Board is an advanced solution for controlling multiple servomotors in model making, robotics and automation projects. This board allows independent and simultaneous control of up to 32 servos, offering 1 microsecond PWM resolution for precise, smooth control of each motor.
Commands can be sent from a PC using the included sample software, compatible with languages such as C, C++, C.NET and Visual Basic, or via a UART TTL interface, making integration with popular microcontrollers such as Arduino, PIC and AVR easier. This opens up a wide range of applications, from autonomous robots to remotely controlled vehicles.
Main features:
- Simultaneous control of up to 32 servomotors with high PWM precision (1us).
- Independent dual power supply: one for the board (6,5V - 12V) and one for the servos (generally 5V), ensuring stability and safe operation.
- Compatible with USB and UART TTL for flexible control and connection options.
- Automatic baud rate between 9600 and 128000 to suit different communication speeds.
- Compact dimensions: 63,5 mm x 43,5 mm x 1,6 mm, ideal for projects with limited space.
Typical uses:
- Model making projects that require multiple servos for complex movements.
- Educational and professional robotics for controlling robotic arms, autonomous vehicles and automated systems.
- Prototype development that needs simultaneous, precise control of several servos.
Compatibility: This board is compatible with platforms that support UART TTL and USB communication, including Arduino, PIC and AVR microcontrollers, making it easy to integrate into a wide range of electronics and automation projects.
With this controller board, developers and enthusiasts can simplify the management of multiple servos, optimising the performance and precision of their projects.
- Control up to 32 servomotors simultaneously with 1us PWM precision
- Independent dual power supply for the board (6,5V - 12V) and servos (5V)
- Compatible with USB and UART TTL for a range of control options
- Automatic baud rate between 9600 and 128000 to match different speeds
- Compact 63,5mm x 43,5mm x 1,6mm size, ideal for space-limited projects
Customer Questions & Answers
What type of servomotors can be connected, and what is the safe supply range for them using this board?
The board is designed for standard model servomotors, generally powered at 5 V. The servo supply must be provided separately (usually 5 V DC; check that total consumption does not exceed your power supply capacity). The board accepts 6.5 V to 12 V for its internal logic supply.
What is the installation and basic configuration procedure with Arduino?
The standard procedure includes: connecting the board to the power supply for logic and servos, linking the Arduino UART interface to the corresponding pins (RX/TX), selecting a compatible baud rate and sending commands according to the protocol described in the manual. It is advisable to start with the supplied example software.
What are the board dimensions and weight, and what does the package include?
The board dimensions are 63.5 mm x 43.5 mm x 1.6 mm. Typical weight is less than 40 g. The package usually includes only the controller board; please confirm whether cables, connectors or a printed manual are included or need to be purchased separately.
How many servomotors can I control with this board?
You can control up to 32 servomotors simultaneously with this controller board.
Which microcontrollers is this board compatible with?
It is compatible with microcontrollers that support UART TTL such as Arduino, PIC and AVR.
What type of power supply does the board require?
The board requires two independent power supplies: one for the board from 6,5V to 12V and one for the servos, generally 5V.
Can it be controlled from a PC?
Yes, it includes sample software to control the board from a PC via the serial port and is compatible with several programming languages.