4300L & 150Kcd are factory claimed.
Some reviewers here.
In one of those videos in particular, I'm skeptical of the way he calculated his lux readings at distance.
As a reference Vinh, what is the highest output you've experience from a XHP50.2?
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4300L & 150Kcd are factory claimed.
Some reviewers here.
In one of those videos in particular, I'm skeptical of the way he calculated his lux readings at distance.
As a reference Vinh, what is the highest output you've experience from a XHP50.2? IIRC may be 3800-4000 & Turn On
Emitter vs turn-on vs ANSI, plus calibration of measuring devices all mean we're often seeing wildy varying numbers, but I agree, I don't think 50.2's are putting those numbers out the front, at least not sustained. That's upper 70.2 territory, isn't it?
70.2 can hit up to 6000-7000 lumen ;-)
The bar has been raised for single cell reflector thrower!
T21vn Oslon Black 735L, 615Kcd
T27vn W1.1 750L, 650Kcd
Have you tried the W1.1 with a 6amp linear driver from led4power, Vinh? It should be able to drive the W1.1 to more than 750 lumens. That LED is capable of 1000 lumens (of course there is loss from reflector and less than ideal heat sinking).
I actually have to limit cureent to the LED to protect it. But May be I should push a little hard to see if it can handle it.
When comparing the beams produced by W1.1 and W2, are they nearly identical? (I think you described the W2 beam as perfect)
If I intend to use a thrower light a lot on Turbo, will it be a problem with the T27vn? (Overheat issues) Maybe the TN42vn with W2 is a better idea? Been a while since my last activity, you remember well.