TWTADE/2PCS AC 24V Relay 10A Electromagnetic Power Coil Relay 10A 8 Pins 2DPT 2NO 2NC with Indicator Light, Socket Base & DIN Rail -YJ2N-LY

Just what I needed. Work great.

Very pleased with the performance and ease of wiring the terminals on this relay. Great product for the price, so I ordered two! Love it when a product performs exactly as advertised. This relay actually took the place of a $40+ automatic transfer switch I was originally using. Can't wait to find other uses for these type of relays. So many possibilities.

Relays in general can be confusing, but relays with no documentation just make it worse.While this appears to be made well and worked for what I bought it for, it sure was annoying having to puzzle through the terminals to figure out what's what. These don't appear to follow either NEMA or IEC relay numbering standards, and without instructions, you're on your own to test out the terminals. Thankfully the base is clearly marked, so that helped. My relay was supposedly a "24vac relay" but it appears to activate with either AC or DC power, I tried both successfully at 24 volts.If it helps anyone, here's the breakdown of an 8-pin:Pins 7 & 8 are your coil terminals, which activate the relay when power is applied to them. If AC is being used to activate the relay it doesn't matter, but if DC is activating the coil then pole 7 is negative and 8 is positive.Pins 1, 3, and 5 work together as a circuit.Pins 2, 4, and 6 work together as a circuit.The above is what makes this a "Dual Pole" (DP) relay - there are two independent poles where 1/3/5 (the terminals making up pole 1) do not touch terminals 2/4/6 (pole 2). You could use those two poles independently, such as to power two different devices requiring two different voltages, or you could use one pole as a power supply and the other as as a ground. There's a lot of options.Using just one pole as example, this is how the terminals can work:Pin 5 is incoming power that will be delivered to either pin 1 or pin 3, depending on if the relay is activated or not. It's labeled as "COM" because pins 1 and 3 have pin 5 in common.Pin 3 is "Normally Open", which means that when the relay is off/deactivated, there won't be any power supplied to pin 3 from pin 5. Power will only be applied to pin 3 when the relay is activated.Pin 1 is "Normally Closed" and works opposite of pin 3. When the relay is off/deactivated, there WILL be power supplied to pin 1 from pin 5. When the relay is activated, there will be no power to pin 1.Because the 1/3/5 circuit makes one circuit when it's powered and another when it's powered off, it's called a "Dual Throw" (DT).Combined together, this is a DPDT relay.Pins 2, 4, 6 work the same as the above.In my case, this relay was used to power a 120v outlet used to activate an outdoor fountain. A diagram is attached with details. I needed to be able to turn on this fountain two ways - either on a schedule from my smart home devices, or else manually via a hardware switch at the fountain. By utilizing the Dual Throw feature of the relay, I was able to accomplish this - when the relay is deactivated/off, power is supplied to the manual switch. When the relay is activated, power is killed to the manual switch.

First relay base sent had an open in it. Amazon shipped replacement within 2 days. It worked perfectly.

I do a lot of project s for radio broadcast stations, and I love these 4 pole relays, also great for audio switching.

Great

Worked as should

Item model number : ‎ 2PCS YJ2N-LY AC 110VDate First Available : ‎ March 21, 2022Manufacturer : ‎ TWTADEASIN : ‎ B09W251GXZRelay : YJ2N-LY, 110 VAC, Red LEDSocket : YJTF08A-E, 8-pin, 12A, 400 VThe diagram represents the above-stated relay’s pinouts. The relay is a DPDT device (double pole or two-commons or two-separate circuits; and double throw or two-contacts-per pole where one set of contacts is N.C. and the other N.O.). The power coil is an electromagnet that is activated by an A/C current. The electromagnet mechanically swings two separate arms that disconnects/connects internal relay contacts.One circuit is composed of pins #5 (common), #1 (N.C.) and #3 (N.O.).The other circuit is composed of pins #6 (common), #2 (N.C.) and #4 (N.O.).The A/C power coil is energized when A/C power is applied to pins #7 and #8.The circuits are separate with no electrical connectivity as shipped even though both circuits are controlled by one power coil.When A/C power is OFF and the power coil is not energized:- common #5 is connected or Normally Closed to pin #1 and there should be continuity between pins #5 and #1 (N.C.); there should be no continuity between pins #5 and #3 or Normally Open (N.O.)- common #6 is connected or Normally Closed to pin #2 and there should be continuity between pins #6 and #2 (N.C.); there should be no continuity betweens pins #6 and #4 or Normally Open (N.O.)When the power coil is energized with 110 VAC power:- common #5 disconnects from pin #1 and there should be no continuity between pins #5 and #1; at the same time, common #5 connects to pin #3 and there should be continuity between pins #5 and #3- common #6 disconnects from pin #2 and there should be no continuity between pins #6 and #2; at the same time, common #6 connects to pin #4 and there should be continuity between pins #6 and #4I hope this clarifies seemingly conflicting information submitted in some reviews.