That's 4560mA. You have exactly 50% more current, but I doubt you have 50% more brightness compared to 3040mA.
I initially thought you soldered those extra 4 chips yourself, but did you?
That's 4560mA. You have exactly 50% more current, but I doubt you have 50% more brightness compared to 3040mA.
I initially thought you soldered those extra 4 chips yourself, but did you?
No, this is how the SL3 comes. It is 4.5A as standard.
Do you think it’s possible to stack chips to increase the current?
Hikelite: MattSPL:Here’s the driver of my Shadow SL3 !http://farm9.staticflickr.com/8359/8345574235_d9b3a28f82_z.jpg!
That's 4560mA. You have exactly 50% more current, but I doubt you have 50% more brightness compared to 3040mA.
I initially thought you soldered those extra 4 chips yourself, but did you?
No, this is how the SL3 comes. It is 4.5A as standard. Do you think it’s possible to stack chips to increase the current?
Yes, it definitely is. So all you would have to do is stack a chip on top of every current chip and you will get a 9 amp one. :)
Hikelite: MattSPL:Here’s the driver of my Shadow SL3 !http://farm9.staticflickr.com/8359/8345574235_d9b3a28f82_z.jpg!
That's 4560mA. You have exactly 50% more current, but I doubt you have 50% more brightness compared to 3040mA.
I initially thought you soldered those extra 4 chips yourself, but did you?
No, this is how the SL3 comes. It is 4.5A as standard. Do you think it’s possible to stack chips to increase the current?
Yes it's possible to stack some more chips.
Sorry I looked only at the driver and I didn't realize you have written "Shadow SL3", I thought it was the JM26 driver.
Anyway, as I was suspecting there are 4 empty places on the JM26's driver, not 3.
oh man
i might have to buy an sl3
that’s the best news i’ve heard in awhile
Great news, thanks
So can I stack any number of chips in any position? Like just one chip anywhere, or an extra chip on each chip?
Cheers
Matt
Great news, thanks So can I stack any number of chips in any position? Like just one chip anywhere, or an extra chip on each chip? Cheers Matt
Any number on any position (of the 12).
MattSPL:Great news, thanks So can I stack any number of chips in any position? Like just one chip anywhere, or an extra chip on each chip? Cheers Matt
Any number on any position (of the 12).
Great, thanks :bigsmile:
Wow, maybe making a 9 amp SL3 is easier than we thought. >)
It is, but it’d be rough on the cell, can king Kong inr’s dole out 10a?
Edit, its my birthday in February, I think I’ll be ordering an sl3 and ten 380 chips or so….
I think that’s more than recommended (2C?), and I wouldn’t make a habit of it w/ anything but IMR, or similar…
edit: so where’s the best price on SL3?
Wow, maybe making a 9 amp SL3 is easier than we thought. >)
Yeah, hopefully
Only thing is the heat sinking. The 3 leds are bonded on a single aluminium star that is glued into the head of the light, so the only area of contact with the head is around the edge of the star.
MattSPL:Great news, thanks So can I stack any number of chips in any position? Like just one chip anywhere, or an extra chip on each chip? Cheers Matt
Any number on any position (of the 12).
+1 - they are all in parallel so doesn't matter where. That's why you can even remove some, or double stack (3 high) them. But, oh boy, pushing a single 26650 over 5 amps? Not sure what the limit is on high qual batteries... I know there's been things published here on BLF about that. 6 amps would be nice, 2 amps per LED, but 6 amps on 1 battery? - only the best batteries, maybe...
Not sure, but 9-10A even on an IMR may be unrealistic -- should check this.
how thick/deep is the hollow space under the star?
I just ordered a couple of these Samsung INR18650-20R They can do 20A
I have a couple of mnke 26650’s that should do the trick too
Hikelite: MattSPL:Great news, thanks So can I stack any number of chips in any position? Like just one chip anywhere, or an extra chip on each chip? Cheers Matt
Any number on any position (of the 12).
+1 - they are all in parallel so doesn’t matter where. That’s why you can even remove some, or double stack (3 high) them. But, oh boy, pushing a single 26650 over 5 amps? Not sure what the limit is on high qual batteries… I know there’s been things published here on BLF about that. 6 amps would be nice, 2 amps per LED, but 6 amps on 1 battery? - only the best batteries, maybe…
Supposedly King Kongs can haul more than 10 amps easily. Check out HKJ’s review here.
how thick/deep is the hollow space under the star?
At a guess, there is about 25mm between the star and driver, but a lot of it is taken up by the glue. I suppose it will be thermal glue of some sort though.
likeaboss:Wow, maybe making a 9 amp SL3 is easier than we thought. >)
Yeah, hopefully Only thing is the heat sinking. The 3 leds are bonded on a single aluminium star that is glued into the head of the light, so the only area of contact with the head is around the edge of the star.
That big aluminum board stays on another piece of aluminum which is basically machined from one piece with the head.
MattSPL: likeaboss:Wow, maybe making a 9 amp SL3 is easier than we thought. >)
Yeah, hopefully Only thing is the heat sinking. The 3 leds are bonded on a single aluminium star that is glued into the head of the light, so the only area of contact with the head is around the edge of the star.
That big aluminum board stays on another piece of aluminum which is basically machined from one piece with the head.
Ok, that sounds good
I have some king Kong inr’s already………must……not……pull…….trigger………yet. J) 0:)