Product description: 4-Channel Relay 13.2 Module V1.1 - 4-channel relay - STM32F030 - M5Stack M121-V11
4-channel relay module with STM32F030F4 control system serving as an extension to the M5Stack Core and Core2 development modules. 4-Channel Relay 13.2 Module V1.1 is equipped with four mechanical relays: COM, NO, which enable passive and active control. This module only supports DC voltages, and the maximum load is 24 W (DC 24 V / 1 A).
The manufacturer has also prepared a detailed user guide and a number of guides that facilitate work with the 4-Channel Relay 13.2 module - check it out!
4-Channel Relay 13.2 Module V1.1 - 4-channel relay - STM32F030 - M5Stack M121-V11.
4-Channel Relay 13.2 Module V1.1 from M5Stack.
Special features of the module
- Equipped with the STM32F030F4 system with a 32-bit ARM Cortex M0+ processor.
- It uses the I2C bus to communicate with development modules.
- It has as many as 4 mechanical relays (NO, COM).
- Also equipped with a function for detecting the external power supply voltage level and a DCDC circuit to power the controllers.
- Supported using the most popular programming platforms such as Arduino, UIFlow.
Suggested use
- Intelligent on and off control
- Solenoid valve control
- Turning the DC control load on and off
Technical Specifications
- Built-in control chip: STM32F030F4
- Communication interface: I2C
- Bus address: 0x26
- Supported operating modes:
- Active control
- Passive control
- Relay channels: 4x (COM, NO)
- Input voltage: 5V to 24V DC
- Maximum load: 24 W (24 V DC / 1 A)
- Pinouts: screw connectors with a pitch of 2.54 mm
- Module dimensions: 54 x 54 x 13.2 mm
- Weight: 33.2 g
The module is equipped with the STM32F030F4 control system.
The elements included in the set are placed in a plastic box.
Set contents
- 4-Channel Relay 13.2 Module V1.1 - 4-channel relay - STM32F030 - M5Stack - 1 piece
- 2-pin screw connector - 2.54 mm pitch - 5 pieces
- Jumper jumper - 10 pieces
- Sticker with a description of the pins
Our offer also includes other modules from M5Stack !
