OSRAM CSLNM1.TG & CULNM1.TG 1mm², CSLPM1.TG & CULPM1.TG 2mm²

Can someone please check my below list for white, red, blue, and green to see if it’s correct or missing any

Trying to tell Simon what I need

This is the reply I received from Simon when I asked for confirmation that he had CSLPM1.TG, not CSLNM1.TG

I’m really not a fan of the way Osram has assigned their part numbers

List I have

White - KW CSLNM1.TG - 3030 (1mm²)
White - KW CSLPM1.TG - 3030 (2mm²)

White - KW CULNM1.TG - 4040 (1mm²)
White - KW CULPM1.TG - 4040 (2mm²)

Red - KR CSLNM1.23 - 3030 (1mm²)

Blue - KB CSLNM1.14 - 3030 (1mm²)

Green - KP CSLNM1.F1 - 3030 (1mm²)
Green - KP CSLPM1.F1 - 3030 (2mm²)

I just want to send this to Simon

3030 variants

4040 boost variants

By the way, djozz told me he'll be reviewing the Boost HX for sale @ Shenzhen silver ingot Technology Co., Ltd.

We'll see. djozz told me he received a Boost HX sample way back from Hank, and it performed even worse than the 5P bin CSLPM1.TG he reviewed from Neven (led4power) back then (1480 versus 1530 djozz lumen), despite reaching a higher maximum current at 9A as expected. This means that CULPM1.TG probably was some ugly duckling pre-production sample or God knows what.

Hope those CULPM1.TG emitters are some decent bin, 5P minimum.

One question, how to tell which way I reflow these leds for their polarity? Twice now I’ve got it wrong.

Reply from Simon

Just thought I’d share in case anyone wants some Red or Green from Convoy since it’s not listed on the store

I hope this could help.

!

Appreciate the help.

I thought I did follow the diagram with the indent but must have rotated it last minute

Cree also uses an indent in the thermal pad often, facing to the anode.

In the case of these Osram emitters, their thermal pad indent faces to the cathode.

This is the reason of your problem, I'd say. I've reflown many types and brands of emitters, and this is what happens with presumptions.

Lol you are absolutely correct!

“Something, something bigger number better” was basically my thought process :person_facepalming:

I hope, if he is going to stock the CULPM1.TG (“Boost HX”), that he will also start stocking 4040-footprint centering rings. Would be awesome for my Luxeon V emitters…

1mm2 underwater test :slight_smile:
Compared with XM-L2 and later with XHP35HI (70mm reflector)

That is something new :slight_smile:

I am not diving and I think you are very brave. Hope that some manufacturers will have zoom underwater light cause it would be far better than reflector based lights for diving. On video when you have to inspect something up close on 1-2meters from your diving mask beam of reflector light is just to intense. Wide flood mode of zoomie light would be perfect for such situations…

Zooming in a waterproof dive light would be… difficult at best.

Having a removable diffuser cap tethered to the light is a far simpler solution:

Anyone know how hard the green boost version can be pushed? I can’t find a thread on it

Is this dtp or not? This is what’s sent from the AliExpress store above

Most likely if you see those distinct traces for pos and neg on top and its copper.

To verify take multimeter and check continuity between middle thermal pad and bottom of PCB

From Shenzhen silver ingot Technology Co., Ltd.? Looks like it, the island around the thermal pad just encloses it give or take. When not DTP its surface is a lot larger, to better spread heat.

Yes, that’s the store. I thought they weren’t since I asked if the boards were dtp and they had no idea what dtp was, they said just copper.

For measuring continuity I’ve never done it before. When taking the reading it shows around 1.1-0.8 and slowly drops to zero, sometimes 0.6. Why doesn’t it show a constant reading? Probably should just watch a YouTube vid

Continuity is just the beep setting when you put the probes together. Doesn’t matter voltage or anything else. If it beeps between those points its dtp