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TOLAKO

Tolako 5v Relay Module 5V Indicator Light LED 1 Channel Relay Module for Arduino ARM PIC AVR MCU

    • Based on 332 reviews
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Availability: In Stock.
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Arrives Tuesday, Jun 4
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Features

  • Microcontroller development board can be used as modules, can be used as appliance control
  • 5V - 12 V control signal of the TTL
  • Control DC or AC signals can control the 220V AC Load
  • There is a normally open and open normally closed contact
  • Useful to control a motor, a led strip, or any other module. How to use it: Just connect a digital output of your board to your relay module, and you can control a power-demanding appliance with the digital signal

Description

The 5V relay module is suitable for SCM development, home appliance control. It is with 5V~12V TIL control signal which can control DC / AC signal. The module is perfect for common development application. Color: Blue + black Suitable for SCM development, home appliance control 5V-12V TTL control signal, can control DC/AC signal Can control 220V AC load Useful to control a motor, a led strip, or any other module How to use it: Just connect a digital output of your board to your relay module, and you can control a power- demanding appliance with the digital signal

Contact Type: Normally Open, Normally Closed


Brand: TOLAKO


Operation Mode: Motor


Coil Voltage: 12 Volts


Maximum Switching Voltage: 220 Volts


Brand: ‎TOLAKO


Item model number: ‎BJ-DT0Y-001


Hardware Platform: ‎Arduino


Item Weight: ‎0.317 ounces


Package Dimensions: ‎2.83 x 2.44 x 0.75 inches


Manufacturer: ‎Tolako


Is Discontinued By Manufacturer: ‎No


Date First Available: ‎April 7, 2015


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If you place your order now, the estimated arrival date for this product is: Tuesday, Jun 4

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Top Amazon Reviews

    • Works well once you find the datasheet
Currently I use an Wireless Android Auto dongle in my car, and the USB port doesn't shut off by itself. I wanted to be able to use the adjacent 12V power source to control the power signal through the existing cable, so that when the car shut off the power to the dongle would be immediately cut. I originally wired a Y splitter cable to split the power wires off to a different cable, but it didn't work properly. This relay works perfectly for my use-case. For the control signal, I soldered the power wire of a cut USB cable to both the S and + pins (left/middle, tied together), and the ground of the cable to the - pin (right). The USB data wires were not needed. Next, I unsheathed a section of of another USB cable, and cut the power wire, wiring one side to the "NO" (normally open -- left) terminal, and another side to the "common" terminal (middle). I tapped into the USB ground wire and soldered that to the - pin where I had previously connected the ground from the other USB cable. You can search the Internet for "Keyes 5V Relay Module manual" to find some documentation. ... show more
Reviewed in the United States on May 26, 2023 by A.C.H.
    • Works perfect
A little noisy, but it’s according to it’s physics, I really like it
Reviewed in the United States on July 11, 2023 by Ivan
    • Works Great... simple control relay
Review Image by Gregory Lilly Gregory Lilly
Before I give my review... I wanted to share some information. I have read a lot of the questions and reviews of this device and it seems there is a great deal of confusion as to what exactly this relay board is and what it is intended for. I've been in electrical engineering / technical trade for over 30 years. This is a very simple relay control board intended to allow you to control a heavy load (110VAC, 12VDC light, Motor, etc...) up to 10Amps.. although I would not actually try driving a full 10A with this board. It is NOT a power supply, it does not generate AC outptut, or DC power. It is simply a controlled switch. I have uploaded a simple circuit diagram that depicts this relay and how it might be hooked up to control a simple 110VAC Light / Lamp from an Arduino output. There are a lot of other examples of how to wire this board out on the internet. Now for my review... I have purchased about 5 of this relays over the past couple of years. I use them with the Wemos D1 Mini control board and I have 1 controlling my custom smart wireless doorbell (doorbell button sends signal to my D1 Mini to close relay and ring doorbell chimes). I also have several of these wired inside my arcade machines to power them on or off via Alexa commands. They have all worked perfectly and I have never experienced any issues with them. They are a great board for the price and I plan to purchase more for some other projects I plan to do for home automation. ... show more
Reviewed in the United States on June 8, 2020 by Gregory Lilly Gregory Lilly
    • Badly soldered
Had to resolder some parts of the relay. Done very sloppily.
Reviewed in the United States on October 24, 2023 by jay
    • Great price, great shipping, great product works well in my simple circuit
Ordered and was delivered in 2 days via Prime. Packaging and everything was great and it arrived in good shape. I just hooked this up to my circuit and tested it out. I have 5 Volts running to positive and negative terminal pins and when I apply 5 volts to the in1 (labeled a bit oddly as IPP ON (InPut Port On maybe?) then I hear the coil flipping the switch inside with a nice click. I have a separately powered circuit running about 2.3 volts with a 330ohm resistor and a small red led. That circuit runs through the NO (normally open) side so it is not lit until I input the 5v on the IPP. When I do, I hear the click and I see the red LED turn on. It's just a test set up but this is one of my first projects and it is so cool I keep applying/removing the 5v very quickly and hear the nice switch clicking away inside the relay and seeing the red LED turn on and off very fast. Lots of fun and a great little product. I will buy more from this company because the product works well and their shipping was great. ... show more
Reviewed in the United States on July 9, 2016 by Daylight Reviews
    • Better Than a Bare Relay But needs Information Sheet
It works with an Arduino Uno, BUT it comes with no explanation of the trigger pins and for that reason I gave it only 3 stars. To get it to trigger I had to tie the S and + inout pins together, feed +5V to the two pins, and ground to the - input pin. To get a consistent +5V with enough current, I used pin 6 in PWM analog out. I put the following code block in the void loop() section of my sketch: analogWrite(shutterRelayPin, 255); delay(delayPeriodTrip); analogWrite(shutterRelayPin, 0); delay(delayPeriodClose); Your code may differ. For example, you may find that a digital pin and digitalWrite works for you. In any case the delays allow the circuit to stabilize and transients to dissipate between trip and close. The analog write 255 sets the voltage on pin 6 to +5V, and the analog write 0 command turns it off. You can hear the relay click on and off, and use a multimeter on the output lugs to confirm that it is working. Relays need a diode across the input coil to prevent a bounce spike from ruining your Arduino when the relay shuts off. This little circuit has that, plus a handy LED to indicate a trip state, plus a circuit to match the current from the Arduino Uno, and for those reasons this is better than a bare relay. ... show more
Reviewed in the United States on April 1, 2017 by Robert Rose
    • Doesn't work at 3.3V
Driving the device with a nodemcu, I can activate it and get the onboard red led lit, but there is no connection between the middle load side connection and the NC connection. Tried the first one with a 115 volt connection, the second device I just checked with an ohmmeter - no connection. Later, I figured out that this is a 5V device and nodemcu only has 3.3V. Tested the relay with a 5V Arduino Uno and it works fine. ... show more
Reviewed in the United States on June 24, 2020 by FootHiller
    • Great product for small projects!
Review Image by ChromeDragon ChromeDragon
This is a great product and will suit my needs perfectly! I have combined the module with a PIR sensor to power lights in my shed. My shed runs off solar so I used an old USB cigarette lighter as a power source. I just removed the USB header and connected my power wires. The module has three screw header for the output. I connected 12Vdc to the middle pin and one lamp side to the screw farthest from the diode. The module expects a positive voltage; perfect because most PIRs put out +3.3Vdc when triggered. This means a direct sense wire from the PIR to the relay. I have purchased another one of these for the dog pen and another for the outside tool area. Instructions on how I create these projects can be found at [...] ... show more
Reviewed in the United States on October 1, 2016 by ChromeDragon ChromeDragon

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