TorchLAB v5.1 Triple – 4×8 Mode Page P60 Drop In (3500L)

Description

TorchLAB Triple LED Regulated 3500 lumen P60 Drop In

Control the Dark with 3500 lumens in your favorite host (2 cell XPL, 1900 for 219C CRI).

Construction:

• Tight fit for best thermal contact with your SF or TL host
• Thermally-Enhanced Metal Core PCB
• Shock and vibration tolerant materials and components
• Heavy-duty positive contact spring
• Solid brass negative contact ring
• Suitable for use in weapon mounted lights
• 22 gauge mil-spec wire with 19 strand, silver-plated copper conductors, teflon insulated
• Hard anodized finish for superior thermal emissivity and durability
• Shockproof materials, components, and design

Options:

1) Choose secondary LED (amber or red):

1. Choose primary LED (XPL neutral or 219 neutral, W = max watts)
2. Choose initial programming (can be programmed after delivery)

REVIEWS

taschenlampen-forum.de, Feb 2016  (translation)

 

To run this on an E or Scout body, add our E2C adapter and any Z44 or compatible bezel.

 

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Metal components made in USA. Electronics made in USA.

Metal components made in the USA.	Electronics made in Russia.
Design & CAD	Tom
Engineering	Tom
Machining	Scott
Electronics	Serge
Logistics	Dan

Performance:

MODELS

Model:	BOSS 35	BOSS 70	BOSS 70
LED:	XPL	XPL	XPL
Battery:	one 18350	one 18650/3000	two 18350
H level:	17w u2013 1900L3	17w u2013 1900L3	30w u2013 3500L3
H runtime:	20+ min typical4	75+ min typical4	20+ min typical4

1 CELL

NAME:	LETTER	LEVEL #	POWER	MILIWATTS	LUMENS
Red:	R			6
Dim:	D	1	0.005%	1.5	0.18
Low:	L	14	0.6%	180	20
Medium:	M	21	10%	3000	346
High:	H	28	55%	17000	1933

2 CELL

NAME:	LETTER	LEVEL #	POWER	MILIWATTS	LUMENS
Red:	R			6
Dim:	D	1	0.005%	1.5	0.18
Low:	L	16	1.4%	400	46
Medium:	M	24	22%	6500	758
High:	H	33	100%	30000	3498

1. TorchLAB BOSS decides its own max output. Every use its output is controlled in real time by temperature and voltage monitors
   the hotter the environment and less the airflow, the lower the output and the longer the runtime. the colder the environment and the more the airflow, the higher the output and the shorter your runtime
2. values for initial settings, channels can be changed or disabled (values are for XPL, 219C values are less (24w max))
3. lumens rated from the LED, at 25C. OTF will be less
4. stretch and battery protection turned on, see FG for more examples

Screen Programmer

1. Put your flashlight into programming mode, this is done with a sequence: tap-tap  pause  tap-tap  pause  tap-tap  pause  ON
2. Get a feel for the rate for changing modes. Go at this speed or a bit faster for the tap-taps. For the pause time, double the time (half the rate) that you did with the tap time. If mode 3 is coming on, lengthen the pause a bit.
3. So you want: mode1, mode2, pause, mode1, mode2, pause, mode1, mode2, pause, ON. Extra tip: you want 3 consecutive pairs, not necessarily 3 from start. So if 3 pairs doesn’t do it, go for 4-6 pairs.
4. Solid red low output shows your light is ready to receive a new program. This is not as bright as standard red. Its normal to start flashing bright red if left in programming mode and will not affect the process.
5. Open our programming page on your favorite computer or device
6. Make or log into your lux-rc account, this is separate from OVEREADY.com
   Make or load your configuration. Changes are autosaved once named.
7. Click ‘save and program’
8. Click ‘program’ or ‘download as video’. Video supports more systems but uses more bandwidth. For off-grid programming, download as video and then save the video to your device.
9. Set your screen to max brightness
10. Hold your flashlight up to the flashing square on the screen, long enough to read a complete green••••green sequence. Red turns off when your new program is loaded. If red stays on after several green••••green sequences, go back to step 7 and choose the video option in step 8.
11. Turn off your flashlight. 

Programmable Board Features:

1. Four mode pages with independent modes, levels and pin settings (4 PIN)
2. 4+4 battery count switching or 8 sequential modes per page (334 PIN)
3. Double click (337 PIN) with choice between final mode and previous mode (336 PIN)
4. 0.18 lumen low: (weeks of candle bright runtime)
5. 3500 lumen high: near 20,000x higher higher high than lowest low
6. Program modes from among 33 white levels plus red (3+1 LEDs)
7. SOS, strobe, and beacon (defaults are off).
   Beacon can be red or white with adjustable timing
8. Mode memory: Off – On – Hybrid (default is off)
   Hybrid stores the last mode but cycles from mode 1 on the next change
9. Battery stretch starts reducing output at 3.2v, down to 0.5w (default on)
   Until over-discharge protection kicks in at 2.8v (default is on)
10. Bounce protection switches to red when too much light is reflected
    It also gives you direct access to red, as a 9th (4+4+1) mode (default off)
11. Supports 1x ICR/IMR, 2x ICR/IMR, 2x CR123 (2x CR123 selected in advance)
    2x CR123 mode reduces output, changes stretch to 2.25v, & disables over-discharge
12. CR123 can be used in emergencies without advanced programming.
    Just limit use to RDLM modes (levels 22 and 25 – under 5 watts per cell)
13. Change temperature ceiling: 65C > 60C > 55C > 50C > 45C > 40C > 35C > 30C

Universal Board Features:

1. Custom high efficiency boost driver and board
2. Per cell battery voltage blink out (111 PIN)
3. Battery load test with 5 star rating (113 PIN)
4. Serial number blink out with specs and firmware history (112 & 222 PINs)
5. Dual light channels, 30w (3x white) + 7ma (1x red or amber)
6. No PWM – sound and flicker free operation at all power levels
7. Input voltage range from 2.5v to 8.8v (1-2 cells)
8. Fully qualified between -40 and 248F (-40 and 120C)
9. Reversed battery polarity protection
10. Under and over voltage protection (2.5/8.8v)
11. Adaptive temperature control (reduces output only 1/33rd as needed)
12. Integrated thermal safety protection at 65C (149F)
13. Integrated thermal overheating protection at 120C (248F)
14. Shock proof materials, components, and design

CAUTIONS

• Do not leave unattended while running on high
  
• IMR 18350 are recommended minimum
• INR 18650 are also recommended with longer bodies
• This light creates excessive heat
• This light may cause eye damage
• This light may burn the skin at close range
• This light may cause combustibles to ignite
• This light is not a toy, keep away from children