The LED Strip's 18 AWG Max connectors have typical maximum ratings (up to); UL 600 V, ... IEC/EN 320 V / Surge 2.5kV... https://datasheet.octopart.com/2060-451 ... 222450.pdfHorst wrote: ↑Wed Mar 10, 2021 5:40 amThanks fir the calm and mature discussion guys. What i are wondering about, high voltage has its risks and high ampere too.
With high voltage u got a little higher risk to get a
But with high ampere a U would have more damage if it happen.
But very difficult to weight one against another.
But I have one question for the pro‘s.
The bxeb strips have a 60v dc limit. I read this too. But why? I read a discussion from very experienced guys with knowledge about Samsung strips with measuring, numbers porn and testing... Conclusion was that the limit of the pcb‘s is 2000v dc cause of the connectors. There are guys going over it and that’s insane and crazy for me
Are there such differences in pcb‘s or is blx just super careful? I didn’t find such an 60v dc limit nowhere else in datasheets.
Greets
Again its "Circular Logic" to claim that just because the "Connectors" are rated at 2,500 Volts Surge the LED Strips are capable of working at 2500 Volts, or even 600 Volts...
Samsung is also currently publishing similar 60Vdc max rating for their LED Strips, note the Horticulture L-2 Strip Datasheet Page # 3... https://cdn.samsung.com/led/file/resour ... ev.1.0.pdf
60 VDC maintains SELV Ratings when coupled with SELV Rated LED Drivers (MeanWell LED Drivers < 57 Vdc)... https://en.wikipedia.org/wiki/Extra-low_voltage