Yes for CV drivers they have 3-Y at the end and for cc drivers they are ELGT-
They have a different type number when it's with 3 wires.
If after the c1750 is blank its 2 wires if there is a -3y its 3 wires as per meanwell datasheet
You can buy one through the link I provided, not sure what their shipping is like.
That was funny. So are you saying you can pull 343w from an HLG240 on 110v?I did that exact same thing....didn't read enough of the data sheet, although its still useful if I understand this correctly...
I ordered the ELG-240-C700A expecting 343 forward volts, so running it on 110v input, the forward V will actually be 257 right????
EDIT: Yes, ill answer my own question here, its written in plain English on the case of the driver.... I really need to SLOW DOWN and READ while researching this stuff ......
Yes, they are made for paralell connection. I prefer the A version cause you can adjust the voltage up or down, getting 50V cobs on a 48, or alternatively adjust voltage down slightly to make sure you dont don thermal runnaway if a chip failed.
So wats the difference between them and how do you use a cobs fV to determine what one to use and how do you know what mA youre at?
No, that is not correct. It does not work that way - not with CV drivers. The 24v emitter will only draw current according to its VI curve. F-strips for example, at 24.0 volts will pull about 950 mA, and at 25.2 volts they will draw 1.8 amps. The only way for it to draw 10.3 amps is for the voltage to rise considerably - upwards of 30 volts.
So a strip will only pull as much current as the max volts of the chip or the driver with 1 hooked up to a CV driver?
If you look at the spec sheets the constant voltage drivers have a range of voltage they run at. Example a 42 V driver may be able to run between 38-45v depending how many amps that driver puts out, and the wattage the driver is rated for.