Triple v5 R33 Engine - 4th LED, 30w limit, Screen Programable, Dual Mode Groups

[ElectronGuru]

Triple v5 R33 Engine - 4th LED, 30w limit, Screen Programable, Dual Mode Groups


v5 Thread TOC

Master v5 Release Anncounce
v5 Board & Technical Info (you are here)
Moddoolar v5 Wasp
V5 Triple LED drop ins
v5 Upgraded Surefire E1/E2
​

---

A) Feature Grid

Feature	BOSS	E Head	Wasp	Drop	Old E	x300
30w max	x	x	x	x	x	x
sublumen low	x	x	x	x	x	n/a
33 levels	x	x	x	x	x	n/a
3 memories	x	x	x	x	x	n/a
battery modes	x	x	x	x	x	x
auxiliary color	x	x	x	x	x	n/a
programming	x	x	x	x	x	x
battery stretch	x	x	x	x	x	x
thermal stretch	x	x	x	x	x	x
bounce mode	x	x	x	x	x	n/a
swappable optics	x	x	x
GID ring	x	x	x
replaceable board	x	x	x
direct air cooling			x
E bodies		x	w/adapter		x
P60 bodies				x
x300 bodies						x

---

B) Levels & Colors

---

C) Select Levels

1 cell

Name	Letter	Level #	Power	Miliwatts	Lumens	Runtime	Stretchtime
red	R			6		tbd
dim	D	1	0.005%	1.5	0.18	tbd
low	L	14	0.6%	180	20	23h
medium	M	21	10%	3000	346	93m	91m + 16m
high	H	28	55%	17000	1933	8m	7m + 18m

2 cell

Name	Letter	Level #	Power	Miliwatts	Lumens	Runtime	Stretchtime
red	R			6		tbd
dim	D	1	0.005%	1.5	0.18	tbd
low	L	16	1.4%	400	46	23h
medium	M	24	22%	6500	758	60m	58m + 21m
high	H	33	100%	30000	3498	10m	8m + 36m

1. runtime: 800mah 18350 with stretch turned off and 2.8v battery protection on
   stretchtime: 800mah 18350 with stretch on, declining at 3.2 and stopping at 2.8
   stretch combines [continuous output level] + [gradually declinding output]
   for larger cells, divide mah by 800 (3400/800 = 4.25), then multiply by [time][/B] [*]values for initial settings, channels can be changed or disabled values are for XPL, 219C values are less (24w max) [*]lumens: rated from the LED, at 25C. OTF will be less [*]to maximize longevity, change your cells at 3.2 (when stretch starts to dim) [/LIST] [HR][/HR][B]D) Serial Number[/B] 1. Put your light into programming mode (2+2+2+ON) 2. Wait and watch the dim red light 3. Count the bright red flashes, grouped into six digits (repeats: 123456, 123456, 123456) 4. [URL="http://lux-rc.com/content/serials"]Open this page[/URL], enter the digits, and click Check: [CENTER][URL="http://lux-rc.com/content/serials"][IMG]http://www.oveready.com/images/forums/v5serial1.png[/IMG][/URL][/CENTER] 5. Read your values on the next screen (white box shows firmware version): [CENTER][URL="http://lux-rc.com/content/serials"][IMG]http://www.oveready.com/images/forums/v5serial2.png[/IMG][/URL][/CENTER] [HR][/HR][B]E) Voltage PIN[/B] [LIST=1] [*]place your v5 into voltage mode... [*]1 short flash + off for one second, three times... [*]on, pause, on, pause, on, pause, ON (1+1+1 demonstrated below) [*]white = whole volts (per battery) [*]color = tenth volts (per battery) [*]so white/white/white/red/red/red/red is 3.4v [/LIST] [CENTER][MEDIA=youtube]UKMu_XOdYdg[/MEDIA][/CENTER] [HR][/HR][B]F) Programming instructions[/B] [LIST=1] [*]place your v5 into programming mode... [*]two short flashes + off for one second, three times... [*]on-on, pause, on-on, pause,on-on, pause, ON (2+2+2 demonstrated below) [*]red or amber shows dim, then starts flashing [*][URL="http://www.oveready.com/prog/"]load your favorite program[/URL] [*]hold your v5 light to the green square on the screen... [*]one full green/green cycle -> until the red/amber turns off* [*]turn your light off for 2+ seconds [*]turn your light on and test your new configuration! [*]* if 7 doesn't take (LED stays on), confirm dim/blinking and turn up screen brightness [/LIST] [CENTER][MEDIA=youtube]1CybBgiFJl0[/MEDIA][/CENTER] [HR][/HR][B]G) Factory Modes [/B] Configure your light back or over to one of six standard setups: 1 RLMH RLMH [IMG]http://oveready.com/images/forums/V5%20-%201%20RLMH%20RLMH.png[/IMG] 2 HMLR HMLR [IMG]http://oveready.com/images/forums/V5%20-%202%20HMLR%20HMLR.png[/IMG] 3 RLMH HMLR [IMG]http://oveready.com/images/forums/V5%20-%203%20RLMH%20HMLR.png[/IMG] 4 DLMH DLMH [IMG]http://oveready.com/images/forums/V5%20-%204%20DLMH%20DLMH.png[/IMG] 5 HMLD HMLD [IMG]http://oveready.com/images/forums/V5%20-%205%20HMLD%20HMLD.png[/IMG] 6 DLMH HMLD [IMG]http://oveready.com/images/forums/V5%20-%206%20DLMH%20HMLD.png[/IMG] [HR][/HR][B]H) Special Tactical Configurations [/B] 1x18650 + 2xCR123 Safe Lower output on two cells, for when two cells is always CR123 (primaries) [IMG]http://oveready.com/images/forums/V5-9%20HMLR%20IMR%20HMLR%20CR123.png[/IMG] Hidden Second Mode To have a second mode but make it hard to get to, bury it three clicks deep: [IMG]http://oveready.com/images/forums/v5hidden3rd.png[/IMG] or four: [IMG]http://oveready.com/images/forums/v5hidden4th.png[/IMG] [HR][/HR][B]I) Advanced Settings[/B] After-timing, programming videos (right click to save) [I]How long your light waits before pressing [B]slower[/B] = start over[/I] [LIST] [*][URL="http://www.oveready.com/videos/0.25.mp4"].25 seconds[/URL] [*][URL="http://www.oveready.com/videos/0.35.mp4"].35 seconds[/URL] [*][URL="http://www.oveready.com/videos/0.45.mp4"].45 seconds[/URL] [*][URL="http://www.oveready.com/videos/0.55.mp4"].55 seconds[/URL] [*][B][URL="http://www.oveready.com/videos/0.65.mp4"].65 seconds[/URL] (default)[/B] [*][URL="http://www.oveready.com/videos/0.75.mp4"].75 seconds[/URL] [*][URL="http://www.oveready.com/videos/0.85.mp4"].85 seconds[/URL] [*][URL="http://www.oveready.com/videos/0.95.mp4"].95 seconds[/URL] [*][URL="http://www.oveready.com/videos/1.15.mp4"]1.15 seconds[/URL] [*][URL="http://www.oveready.com/videos/1.25.mp4"]1.25 seconds[/URL] [/LIST] Temperature, programming videos (right click to save) [I]How long your light waits before reducing output to stop further heating[/I] [LIST] [*][URL="http://www.oveready.com/videos/30c90f.mp4"]30C / 90F[/URL] [*][URL="http://www.oveready.com/videos/35c100f.mp4"]35C / 100F[/URL] [*][URL="http://www.oveready.com/videos/40c110f.mp4"]40C / 110F[/URL] [*][URL="http://www.oveready.com/videos/45c115f.mp4"]45C / 115F[/URL] [*][URL="http://www.oveready.com/videos/50c125f.mp4"]50C / 125F[/URL] [*][URL="http://www.oveready.com/videos/55c130f.mp4"]55C / 130F[/URL] [*][URL="http://www.oveready.com/videos/60c140f.mp4"]60C / 140F[/URL] [*][B][URL="http://www.oveready.com/videos/65c150f.mp4"]65C / 150F[/URL] (default)[/B] [/LIST] Loading above erases your program, restart and reload modes before use F values are approximate. All values are interior, exterior will be less[/time]

 

[Univtex34]

 

[Grizzman]

I just read the Insider. The battery swap mode groups seems like a great solution for me. I was going to get single mode for tactical use, but now that's not necessary.

 

[Univtex34]

Got me a black XPL. Super excited about the updated driver.

 

[Tixx]

The sub lumen just made my day!

 

[Tixx]

I'd keep refreshing if I were you!

 

[IsaacL]

A huge congratulations on the overwhelmingly successful release! :thumbsup: Love the picture too

 

[KITROBASKIN]

We are going to want to hear a description of the tint on the dome altered XPL's. And how long can the XPL 2 cell configuration run on high.

 

[didi_1606]

+1 sir kitro..

 

[didi_1606]

R33- xpl redome.. Is it the same as factory xpl-hi?

 

[Tixx]

looks like all are out! That was fast!

 

[ElectronGuru]

A huge congratulations on the overwhelmingly successful release! :thumbsup:

Thanks. It was a huge amount of effort over a huge amount of time but I think it was worth it

We are going to want to hear a description of the tint on the dome altered XPL's. And how long can the XPL 2 cell configuration run on high.

Certainly.
We developed a new way to show color but could not include it without postponing the release.
I can say its about 4000k but will need a few weeks to actually show it.
Here are the runtimes I've been able to finish:

1 cell

Name	Letter	Level #	Power	Miliwatts	Lumens	Runtime	Stretchtime
red	R			6		tbd
dim	D	1	0.005%	1.5	0.18	tbd
low	L	14	0.6%	180	20	23h
medium	M	21	10%	3000	346	93m	91m + 16m
high	H	28	55%	17000	1933	8m	7m + 18m

2 cell

Name	Letter	Level #	Power	Miliwatts	Lumens	Runtime	Stretchtime
red	R			6		tbd
dim	D	1	0.005%	1.5	0.18	tbd
low	L	16	1.4%	400	46	23h
medium	M	24	22%	6500	758	60m	58m + 21m
high	H	33	100%	30000	3498	10m	8m + 36m

​

These are XPL on an 18350/800. Figure about 4.5x more for 18650/3400

R33- xpl redome.. Is it the same as factory xpl-hi?

These are custom. Non HI model, with the dome removed and then a smaller dome replaced.

We can choose the size of the new dome in this process. The shorter it goes, the more throw it has.
We went as short/warm as we could go and still be near white.

 

[IsaacL]

Beat me to it. Now that's customer service!

 

[didi_1606]

Nice, are you gonna release the whiter xpl-redome in near future sir?

 

[ElectronGuru]

Nice, are you gonna release the whiter xpl-redome in near future sir?

These are already very close to pure white. We could do a cool but with less throw. Warm is also an option but not doing that for a few months at least. We've invested months developing this color, lets see how the early adopters feel before altering it.

 

[ElectronGuru]

Love the picture too

Thanks Dude, I was planning to go with a sliced image as I've done with various GID parts but the presentation was off so I changed to a split screen view. Even that didn't look balanced, but adding the logo fixed that right up

 

[Grizzman]

Is the GITD component still included?

 

[ElectronGuru]

Is the GITD component still included?

Its standard on every head, but each purchase page also has a new option:

GID Ring

Installed / Removed

​

Allowing tactical users to delete it before shipment.

 

[KITROBASKIN]

With 2 18650 batteries, how long can you run on high before it gets 'too hot' to hold.

By the way, this sounds like a fantastic light. The programmability knocks it out of the park.

 

[ElectronGuru]

With 2 18650 batteries, how long can you run on high before it gets 'too hot' to hold.

It doesn't. The board is fine up to 120c but that is to high for humans. So there is a thermal management system that monitors the temperature in real time. As it runs into the set limit of 65c, power drops in 1/33 increments. Output is kept as close as possible to the set power level within the thermal limit, for the entire discharge of the cells (until 3.2v per cell).

In practice, its smooth and nearly seamless and is one of my favorite features of the new board.