Top 7 beaglebone relay for 2019
If you looking for beaglebone relay then you are right place. We are searching for the best beaglebone relay on the market and analyze these products to provide you the best choice.
Best beaglebone relay
1. ACROBOTIC 4-Channel Relay Board AC250V 10A DC30V 10A for Arduino Raspberry Pi ESP8266
Feature
Easily add 4independent high-current relay modules (AC250V 10A; DC30V 10A) to your project!Status-indication LEDs are included for each relay
Opto-isolated control inputs require 15~20mA driving current
Connects directly to digital outputs of your favorite microcontroller board (Arduino, ESP8266, ARM) or single-board computer (Raspberry Pi, Beaglebone)
Documentation, tutorials, demos: https://youtube.com/acrobotic
Description
This 4-channel relay interface board allows you to control different appliances and equipment that use high-current draws using low voltage outputs such as those used by microcontrollers like Arduino (ATmegas, ARMs) and ESP8266 development boards, or by SoCs like the ones on a Raspberry Pi or BeagleBone single-board computer.
These modules are very straight-forward to use, you connect the pin header to power (5V and Ground) and to the digital I/O of your microcontroller or SoC. Then, you use the screw terminals to connect the HOT/LIVE wires of your appliance and its supply. The supply wire goes into the COMMON terminal (located in the middle of each 3-pin terminal), and the HOT/LIVE wire goes into either the NO or the NC terminal located besides each the COMMON terminal. Depending on the logic level on the microcontroller/SoC side, the COMMON terminal is connected to either the NO or the NC terminal and can be switched back and forth by firmware/program's logic.
Please remember to always use proper precautions when working with high-current devices!
Features:
- 7.55.5cm breakout PCB for 4 independent, high-current relay modules!
- Sturdy (1.6mm), blue PCB with a 6-pin header on one side (Vdd, Vss, IN1~4) and 43-pin screw terminals on the other (NO, COMMON and NC)
We have written useful guides for getting you started with this 4-Channel relay board using your favorite microcontroller or SoC:
- ESP8266: http://learn.acrobotic.com/tutorials/
2. Icstation 3V 1 Channel Relay Power Switch Module with Optocoupler High Level Trigger for ESP8266 Development Board (Pack of 5)
Feature
1 channel 3V/3.3V power relay mdoule support photocoupler isolation controlSupport dual power supply input ensure high anti-iinterference ability
Fast response time less than 20ms and longlife time up to 100,000 times snap action
On-board signal output indicator, wire terminal and installing holescompatible with 10A 250VAC and 10A 30VDC load
Module Size: 70mmX17mmX20mm/2.76X0.70X0.79inch(L*W*H)
Fulfilled by Amazon will take 2-4 days delivery time and shipped by Icstation will take 7-17 days delivery time usually
Description
Specifications:
Relay Module: SRD-DC03V-SL-C
Channel: 1 channel
Working Voltage: DC 3-3.3V
Compatible Load: 10A 250VAC / 10A 30VDC
Single Socket Length:7.5mm
Response Time:<20ms
Module Size: 70mmX17mmX20mm
Package Included:
5X 1 Channel 3V Relay Module
Notice Please:
1. When the jumper cap connected, the relay working power supply will also as the signal power supply, when not connected, the relay and signal power supply is isolated.
3. WHDTS ESP8266 WiFi 5V 1 Channel Relay Delay Module IoT Smart Home Remote Control Android Mobile Phone APP Control 400m Transmission Distance
Feature
IOT smart home remote control kit based on ESP8266 WiFi module and 1 channel 5V 10A 10A/250V AC 10A/30V DC relay moduleControl the relay working status through "EasyTCP_20" APP
With max. 400m transmission distance and the baud rate is 9600,8,1,0,0
With the features of diode effusion protection and short response time
Connection info has been provided as the picture shown.
Description
This is WiFi relay module based on the ESP8266 serial module. And it controls the relay working status through the APP. Perfect kit for controlling all your household appliances with your phone wherever you are.
Method of application:
1. ESP8266 WIFI module has three operating modes: STA, AP and STA + AP.
You can choose the operating mode according to the working mode of the module.
2. Before you use the module, you need to use the serial debugging software and USB to TTL module to send serial port command to configure the WIFI module. And please connect the RX/TX/GND pins of USB to TTL module to the module's RX/TX/GND pins.
(The default baud rate of the ESP8266 module is 115200 or 9600. When it's 115200, you need to send AT + CIOBAUD = 9600 and set the baud rate as 9600, otherwise the relay can not be properly controlled). And connect the IN +, IN- to the 5V power supply.
3. After the configuration is completed, please install the "EasyTCP_20" APP on the Android phone. Then click "Connection" and " Open". Please be noted that the 5V power supply cannot be off, or some parameters of the WIFI module will miss.
Then press the column in grey in the interface for entering the serial command, the command name and content(open the relay module when the content is A00101A2, while close the relay when it's A00100A1).
Please send the commend in the form of hexadecimal. And you can control the on/off of the relay module by clicking the related columns.
For more detailed info, we'll email to you once we receive your order. Please check your email box. Thanks.
4. SeeedStudio BeagleBone Green- Ethernet-USB host-3D Graphics Accelerator
Feature
BBG is both CE and FCC certified.The software of BBG is fully compatible with that of BBB and the existing capes of BBB can also be well applied on BBG.
Processor: AM3358 1GHz ARM Cortex-A8
4GB 8-bit eMMC on-board flash storage
3D graphics accelerator
Description
SeeedStudio BeagleBone Green (BBG) is a joint effort by BeagleBoard.org and Seeed Studio. It is based on the open-source hardware design of BeagleBone Black and developed into this differentiated version.The BBG has included two Grove connectors, making it easier to connect to the large family of Grove sensors. It has also updated the 5V barrel to micro USB host.
Specification:
Processor: AM3358 1GHz ARM Cortex-A8
512MB DDR3 RAM
4GB 8-bit eMMC on-board flash storage
3D graphics accelerator
NEON floating-point accelerator
2x PRU 32-bit microcontrollers
USB client for power & communications
USB host
Ethernet
2x46 pin headers
2xGrove connectors
Part list
SeeedStudio BeagleBone Green x 1
USB Cable x 1
User Guide x 1
SUPPORT FROM GROVE FAMILY
Grove - 3-Axis Digital Gyro (I2C)
Grove - 3-Axis Digital Compass (I2C)
Grove - IMU 10DOF (I2C)
Grove - Digital Light (I2C)
Grove - Temperature & Humidity (I2C)
Grove - Barometer (I2C)
Grove - Finger-clip Heart Rate (I2C)
Grove - GPS UART
Grove - IR Distance Interrupter (I/O)
Grove - Light Sensor
Grove - Rotary Angle Sensor
Grove - Sound Sensor
Grove - Relay
For more detail info, pls refer to Wiki: http://wiki.seeedstudio.com/wiki/Beaglebone_green
5. ACROBOTIC 2-Channel Relay Board AC250V 10A DC30V 10A for Arduino Raspberry Pi ESP8266
Feature
Easily add 2independent high-current relay modules (AC250V 10A; DC30V 10A) to your project!Status-indication LEDs are included for each relay
Opto-isolated control inputs require 15~20mA driving current
Connects directly to digital outputs of your favorite microcontroller board (Arduino, ESP8266, ARM) or single-board computer (Raspberry Pi, Beaglebone)
Documentation, tutorials, demos: https://youtube.com/acrobotic
Description
This 2-channel relay interface board allows you to control different appliances and equipment that use high-current draws using low voltage outputs such as those used by microcontrollers like Arduino (ATmegas, ARMs) and ESP8266 development boards, or by SoCs like the ones on a Raspberry Pi or BeagleBone single-board computer.
These modules are very straight-forward to use, you connect the pin header to power (5V and Ground) and to the digital I/O of your microcontroller or SoC. Then, you use the screw terminals to connect the HOT/LIVE wires of your appliance and its supply. The supply wire goes into the COMMON terminal (located in the middle of each 3-pin terminal), and the HOT/LIVE wire goes into either the NO or the NC terminal located besides each the COMMON terminal. Depending on the logic level on the microcontroller/SoC side, the COMMON terminal is connected to either the NO or the NC terminal and can be switched back and forth by firmware/program's logic.
Please remember to always use proper precautions when working with high-current devices!
Features:
- 5.04.5cm breakout PCB for 2 independent, high-current relay modules!
- Sturdy (1.6mm), blue PCB with a 4-pin header on one side (Vdd, Vss, IN1~2) and 23-pin screw terminals on the other (NO, COMMON and NC)
We have written useful guides for getting you started with this 2-Channel relay board using your favorite microcontroller or SoC:
- ESP8266: http://learn.acrobotic.com/tutorials/
6. 1 Channel 3V Relay High Level Driver Module Optocoupler Relay Module for ESP8266 Based Board
Feature
1 Channel 3V Relay High Level Driver Module Optocoupler Relay Module Isolated Drive Control BoardInstructions with the signal output
Signal input port can connect microcontroller IO port, high level signal
Double power selection design anti-interference ability is strong, photoelectric isolation protection of high reliability
Current wide detection range:DC0-25V input
Description
FeatureA diode current protection
Response time is less than 20 milliseconds
Relay long life can absorb 100000 times continuously
External connection use spinning crimping terminal, make connection firmer
With fixed installation hole, convenient installation
Description
Size: 70mm X17mm X20mm (LxWxH)
Main chip: EL817, SRD-DC03V-SL-C
Work voltage: DC 3V/3.3V
Control 10A 250VAC, 10A 30VDC load
Package:2 pcs
Note:
When the jumper cap connected, the relay working power supply will also as the signal power supply, when not connected, the relay and signal power supply is isolated.
7. Pixnor 4-Channel DC 5V Safety Relay Shield Module Board with Optocoupler for Arduino DSP AVR PIC ARM TTL Logic
Feature
Material: durable hard circuit board.5V 4-Channel Relay interface board, and each one needs 15-20mA Driver Current.
Standard interface that can be controlled directly by microcontroller (Arduino, 8051, AVR, PIC, DSP, ARM, ARM, MSP430, TTL logic).
Equiped with high-current relay, AC250V 10A ; DC30V 10A.
Each channel needs 15-20mA. Indication LED's for Relay output status.
Description
DescriptionThe item is a professional 4-channel DC 5V relay shield module interface board with optocoupler, which is able to control various appliances, and other equipments with large current. It can be controlled directly by microcontrolle such as Raspberry Pi, Arduino, PIC, AVR, BeagleBone and many more. The relay module has four built-in status LEDs, and each output terminal has normaly Closed (NC), Common and Normally Open (NO) connection.
Features
- Material: durable hard circuit board.
- 5V 4-Channel Relay interface board, and each one needs 15-20mA Driver Current.
- Standard interface that can be controlled directly by microcontroller (Arduino, 8051, AVR, PIC, DSP, ARM, ARM, MSP430, TTL logic).
- Equiped with high-current relay, AC250V 10A ; DC30V 10A.
- Each channel needs 15-20mA.
- Indication LED39;s for Relay output status.
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Package Including
1 * 4-Channel DC 5V Safety Relay Shield Module Board with Optocoupler for Arduino DSP AVR PIC ARM TTL Logic
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