🔗 Connect with Confidence!
The HiLetgo 5V 1 Channel Relay Module is a high-performance relay designed for seamless integration into various electronic projects. With a robust 10A current rating and 250V maximum switching voltage, it ensures reliable operation. The SMD OPTOCOUPLER isolation enhances safety, making it ideal for both hobbyists and professionals. Compact and lightweight, this module is perfect for any DIY electronics enthusiast.
| Connector Type | Solder |
| Contact Type | Normally Closed |
| Brand | HiLetgo |
| Operation Mode | Automatic |
| Coil Voltage | 5 Volts |
| Contact Current Rating | 10 Amps |
| Maximum Switching Current | 10 Amps |
| Maximum Switching Voltage | 250 Volts |
| Specification Met | ma, vcc |
| Model Number | 3-01-0340 |
| Assembly Required | No |
| Batteries Required | No |
| Batteries Included | No |
| Colour | Multicolour |
| Package Dimensions | 8.71 x 7.59 x 3.4 cm; 32 g |
| Item model number | 3-01-0340 |
| Manufacturer recommended age | 8 years and up |
| Manufacturer | HiLetgo |
| Country of Origin | USA |
| Item Weight | 32 g |
J**R
Works perfectly
Wiring was super intuitive and everything just worked. I was able to power, ground and provide signal all from Arduino and then pull 12V DC from a 4A dedicated power source and connect it directly to the 12V DC magnet when the relay receives a signal. Perfect solution for my secret bookcase door project!Only note was that the relay screws needed the perfect sized screw driver because it felt like it was going to strip with the one little screwdriver I use for everything so I had to get a new small screwdriver kit and then i was able to repeatedly install and change configurations on this board without any problem.
G**E
No es adecuado a lo que necesito.
No es adecuado a lo que necesito.
T**R
So far its good!
With the caveat that its only been running a few hours, seems good so far. Very simple and easy to connect to my 3.3 Volt Arduino Nano 33. I used 5 volts to power the relay and a 3.3v pin for signal and that seems to work just fine.If I wanted to nitpick, it would be nice if it had solder holes and not just screw terminals. Screws are good for my breadboard prototype; not so much on my final design. So I will try to remove the screw terminals by de-soldering.
A**W
NOT Self-Latching/True Bistable
Works well, but it is NOT a bistable/self-latching relay. Requires power for the NO contact to remain closed after engaging the relay (and the opposite for the NC contact). The control line (marked "IN") must be held to the same level as the jumper to keep the relay engaged, i.e. if the jumper is L, IN must be 0V/Ground/Low, if the jumper is H, IN must be 5V/High.Info: 5V relay uses 1ma with relay off and 64ma with relay on.I'll probably find a use for these relays, but I am disappointed that they are not true self-latching relays.I don't know the duty cycle of the relay, but it gets slightly warm after a minute, and I've left it on for at least 10 minutes straight so far with no problem.
J**N
Great, simple relays!
These are simple and work great! They DO NOT LATCH. You have to use a controller of some sort for them to latch or have a timed relay. These are momentary if you're using a simple switch. They are timed if you're using a controller.The price and quality is fantastic. There's a self-latching version if you do the same search with "self-latching" in your search.
Trustpilot
3 weeks ago
1 week ago
