cobshopgrow
Well-Known Member
what does low voltage means in this case?
lowest rated i have is for 150V.
lowest rated i have is for 150V.
When faced with the same decision I went against and bought some new wire rated 300V.I have some leftover "low voltage" 18gauge solid wire, anyone know if they will work?
one side is fine. they are just on both ends for convenience.Yeah I went ahead and bought some solid 18 gauge 300v rated wires. If i'm wiring in parallel do I need to use the connectors on both sides of the strip to close the circuit? Or can I just use one side and wire all positives to positives and negatives to negatives?
Thanks
I returned my gen 3 high output and bought eb gen 3 slims. Running them at nominal. They just get warm. That's it's it. Even when room temps are at 29 degree Celsius.Are you planning on doing any heat testing? I still don't understand how they rate these as 1400mA nominal current without requiring heatsinking. Do you happen to know the answer to that?
I have 1" x .5" aluminum extrusions on mine acting as heatsinks (probably overkill).I returned my gen 3 high output and bought eb gen 3 slims. Running them at nominal. They just get warm. That's it's it. Even when room temps are at 29 degree Celsius.
Unless that was meant for sourdeez.
So, are you running the High Output SourDeezz? I've been going back and forth with Digi-key engineers about how these strips could be run at 1400 if they are the same actual emitters as the regular Gen 3. Do you happen to know if the size of the emitters are the same on the HO as regular Gen 3?I have 1" x .5" aluminum extrusions on mine acting as heatsinks (probably overkill).
I'm running the EB Gen3 Thrive (98CRI) which run at 960ma. 6 strips connected to a 240w driver (strictly for veg).So, are you running the High Output SourDeezz? I've been going back and forth with Digi-key engineers about how these strips could be run at 1400 if they are the same actual emitters as the regular Gen 3. Do you happen to know if the size of the emitters are the same on the HO as regular Gen 3?
are those the single row tuneable ones? or do they make an EB3 Thrive in just one color temp?I'm running the EB Gen3 Thrive (98CRI) which run at 960ma. 6 strips connected to a 240w driver (strictly for veg).
Those are different to the normal HO. Normal Ho are 1.4a nominal.I'm running the EB Gen3 Thrive (98CRI) which run at 960ma. 6 strips connected to a 240w driver (strictly for veg).
I had both strips in my hands. They look to be the exact same diode.So, are you running the High Output SourDeezz? I've been going back and forth with Digi-key engineers about how these strips could be run at 1400 if they are the same actual emitters as the regular Gen 3. Do you happen to know if the size of the emitters are the same on the HO as regular Gen 3?
Heatsinking is "not required" cause the test done is a pulsed Current, the width of this pulse is just a few microseconds so the heat generated in this period of time practically is none.Are you planning on doing any heat testing? I still don't understand how they rate these as 1400mA nominal current without requiring heatsinking. Do you happen to know the answer to that?
are those the single row tuneable ones? or do they make an EB3 Thrive in just one color temp?
i tried a shirt on of extensions in their phone directory and couldn't so much as reach an operator.Bridgelux consider themselves too good to respond to plebian consumers, even if you have assloads of their products. I recommend everyone in the world to choose a company that is not busy sucking dick all day. They are truly and utterly worthless. Contrast with TRP who reply within a day.
I wonder if it has to do with the binning of the diodes. maybe the high output ones are the top quality and they know they can be driven harder to achieve same lm/w.Those are different to the normal HO. Normal Ho are 1.4a nominal.
I had both strips in my hands. They look to be the exact same diode.
I spent weeks back and forth with Digi-Key. Techs. And trying to get a hold of bridgelux. Just following logic no point in paying for the HO strips with the same number of diodes when you can just run a slim harder.
That's possible. They could also have added more copper to the pcb?I wonder if it has to do with the binning of the diodes. maybe the high output ones are the top quality and they know they can be driven harder to achieve same lm/w.
reason for thinking this is something I just noticed in the regular Eb3 datasheet page 10. color binning.
View attachment 4796637
it show B3 as the bin code for the regular Gen3. that is part of the part number. but the gen3 HO end with D3. so I am thinking if everything else diode count, pcb material and thickness, connectors etc. its gotta be the diodes themselves.