转载一篇德国手电发烧友对ThruNite;Sunwayman等手电的详细测评
Beamshot ThruNite comparison, October 2011This beamshot compares the Thrunite TN10, TN12 and Scorpion to some other lights.
Some other comparisons are: Beamshot Lux-RC FL33 comparison, September 2011, Beamshot Klarus XT20 comparison, September 2011, Beamshot 13 lights, September 2011, Beamshot of 14 big lights, August 2011, Beamshot of 8 light with 18650 battery, Juli 2011, Beamshot of 7 Fenix and 6 other lights, May 2011, Beamshot of 12 big lights, Marts 2011, Beamshot of 14 big lights, September 2010, Beamshot of 17 big lights, April 2010, Beamshot 9 big lights, June 2010 and Beamshot 8 big lights, June 2010
http://lygte-info.dk/pic/Beamshot20111002%20ThruNite/DSC_9660.jpg
http://lygte-info.dk/pic/Beamshot20111002%20ThruNite/DSC_9661.jpg
I have included the following lights (Same sequence as picture): ThruNite TN10, ThruNite TN12, ThruNite Scorpion, Sunwayman V20C, Fenix TK21 U2, Olight M21-X, JetBeam ST cycler, Lux-RC FL33
All light was tested with 18650 batteries, for some lights this means that they do not reach full brightness. Especially the FL33 looses brightness (For FL33 at full brightness see this comparison).
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/BrightnessMax.png
This chart shows the total light output measured with a ceiling bounce.
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/Brightness.png
The TN10, Scorpion, V20C and FL33 all have a fully adjustable range, this gives a high flexibility in brightness. On the V20C this is selected with a ring all the other has a programmable brightness setting.
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/BrightnessLux.png
The TN12 with its small reflector does not have much throw.
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/Weight.png
The TN12 is a small and light weight light, the other larger lights are much more substantial.
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/Summary.png
In this table I have summarized the abilities of the lights. For the user interface I use the following abbreviations: TS: Tail switch, ETS: Electronic tail switch, ESS: Electronic side switch, Head: The head is used to select modes, Tail: The tail is used to select modes.
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/Price.png
The price for the different lights as found on the internet. The FL33 is a custom light, this makes it considerable more expensive.
Beam profile, high power
ThruNite TN10, ThruNite TN12, ThruNite Scorpion:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9595a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9602a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9606a.jpg
Sunwayman V20C, Fenix TK21 U2, Olight M21-X:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9608a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9612a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9615a.jpg
JetBeam ST cycler, Lux-RC FL33:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9619a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9622a.jpg
Beam profile, high power, reduced exposure
The reduced exposure makes it easier to compare the hotspot.
ThruNite TN10, ThruNite TN12, ThruNite Scorpion:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9595b.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9602b.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9606b.jpg
Sunwayman V20C, Fenix TK21 U2, Olight M21-X:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9608b.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9612b.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9615b.jpg
JetBeam ST cycler, Lux-RC FL33:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9619b.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9622b.jpg
Beam profile, lowest setting
ThruNite TN10, ThruNite TN12, ThruNite Scorpion:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9592a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9599a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9603a.jpg
Sunwayman V20C, Fenix TK21 U2, Olight M21-X:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9607a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9609a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9613a.jpg
JetBeam ST cycler, Lux-RC FL33:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9616a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9620a.jpg
Beam profile, lowest setting, increased exposure
Increasing the exposure makes it easier to compare the low settings. The light with a very low low mode will only show a black picture!
ThruNite TN10, ThruNite TN12, ThruNite Scorpion:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9592c.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9599c.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9603c.jpg
Sunwayman V20C, Fenix TK21 U2, Olight M21-X:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9607c.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9609c.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9613c.jpg
JetBeam ST cycler, Lux-RC FL33:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9616c.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9620c.jpg
Tree at 15 meters
ThruNite TN10, ThruNite TN12, ThruNite Scorpion:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9626a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9627a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9628a.jpg
Sunwayman V20C, Fenix TK21 U2, Olight M21-X:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9629a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9630a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9631a.jpg
JetBeam ST cycler, Lux-RC FL33:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9632a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9633a.jpg
Trees at 150 meters
There was a lot of haze in the air during this beamshot, making it difficult for the lights to reach the trees.
ThruNite TN10, ThruNite TN12, ThruNite Scorpion:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9649a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9650a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9651a.jpg
Sunwayman V20C, Fenix TK21 U2, Olight M21-X:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9652a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9653a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9654a.jpg
JetBeam ST cycler, Lux-RC FL33:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9655a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9656a.jpg
Dark reference
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9657a.jpg
ThruNite TN10
http://lygte-info.dk/pic/Beamshot20111002%20ThruNite/DSC_9662.jpg
Read more about the light and see pictures and measurements in my review.
Low, #2, #3:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9592a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9593a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9594a.jpg
High:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9595a.jpg
Tree at 15 meter, trees at 150 meters:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9626a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9649a.jpg
ThruNite TN12
http://lygte-info.dk/pic/Beamshot20111002%20ThruNite/DSC_9663.jpg
Read more about the light and see pictures and measurements in my review.
Low, #2, #3:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9599a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9600a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9601a.jpg
High:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9602a.jpg
Tree at 15 meter, trees at 150 meters:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9627a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9650a.jpg
ThruNite Scorpion
http://lygte-info.dk/pic/Beamshot20111002%20ThruNite/DSC_9664.jpg
Low, #2, #3:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9603a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9604a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9605a.jpg
High:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9606a.jpg
Tree at 15 meter, trees at 150 meters:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9628a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9651a.jpg
Sunwayman V20C
http://lygte-info.dk/pic/Beamshot20111002%20ThruNite/DSC_9665.jpg
Low, high:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9607a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9608a.jpg
Tree at 15 meter, trees at 150 meters:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9629a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9652a.jpg
Fenix TK21 U2
http://lygte-info.dk/pic/Beamshot20111002%20ThruNite/DSC_9666.jpg
Low, #2, #3:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9609a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9610a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9611a.jpg
High:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9612a.jpg
Tree at 15 meter, trees at 150 meters:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9630a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9654a.jpg
Olight M21-X
http://lygte-info.dk/pic/Beamshot20111002%20ThruNite/DSC_9667.jpg
Low, medium, high:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9613a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9614a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9615a.jpg
Tree at 15 meter, trees at 150 meters:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9631a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9654a.jpg
JetBeam ST cycler
http://lygte-info.dk/pic/Beamshot20111002%20ThruNite/DSC_9668.jpg
Low, #2, #3:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9616a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9617a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9618a.jpg
High:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9619a.jpg
Tree at 15 meter, trees at 150 meters:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9632a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9655a.jpg
Lux-RC FL33
http://lygte-info.dk/pic/Beamshot20111002%20ThruNite/DSC_9669.jpg
Read more about the light and see pictures and measurements in my review.
Low, medium, high:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9620a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9621a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9622a.jpg
Tree at 15 meter, trees at 150 meters:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9633a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9656a.jpg 图拍的很漂亮 最后一只很有个性 我发现照的远处的地方看不清了...像雾一样 本帖最后由 cwgm828 于 2011-10-15 22:35 编辑
个人觉得TN10相当出彩,表现甚至超过蝎子,性价比颇高
评测中的部分手电本店有售
ThruNite TN10
http://item.taobao.com/item.htm?id=12777897791
ThruNite TN11
http://item.taobao.com/item.htm?id=12858114706
ThruNite Scorpion 蝎子V2
http://item.taobao.com/item.htm?id=12695237393
Sunwayman V20C
http://item.taobao.com/item.htm?id=13700084931
本店的大品牌手电长期对手电论坛兄弟有特惠价,需要的兄弟可直接向本店客服咨询 看不懂英文 其中部分手电有完整的评测,点击手电图片后面的蓝色my review进入 其中TN10
ThruNite TN10
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9533.jpg
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9675.jpg http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9676.jpg
ThruNite started a few years ago with a small light, then they added a very good thrower (Catapult) and has lately added lots of other lights to their range. The light I am looking at here is a light in 18650 size. The light has 2 settings where one is programmable, to change between them the head must be either tight or loose. On/off is done with a forward tail switch. The light is made of aluminum with hard-anodized (Type 3) finish.
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9529.jpg http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9558.jpg
The light is delivered in a cardboard box with a window and some FL1 specification on the outside
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9532.jpg
The box contains the light, 3 extra o-rings, lanyard, split ring, holster, a clips and a instruction sheet.
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9534.jpg http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9536.jpg http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9537.jpg
The light uses a smooth reflector with a XM-L led in the center. The bezel is in stainless steel.
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9539.jpg http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9538.jpg
The head has some groves on it, the edge on the groves is a bit sharp, these does improve the grip. There is also the typical heat sink of high power led lights.
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9548.jpg
The backside of the head shows the connection to the battery, this connection is a spring. Around the periphery is a metal ring that is used for mode changes.
http://www.lygte-info.dk/pic/ThruNite/TN10/UserInterface.png
The user interface has two brightness settings, one fixed with head tight and one programmable with head loose.
http://www.lygte-info.dk/pic/ThruNite/TN10/AdjustSequence.png
Doing two tight/loose sequences of the head quickly in sequence will activate the programming. The light will repeatedly show the above sequence and a tight/loose sequence will lock the mode/brightness at that point as the programmed setting.
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9546.jpg http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9547.jpg
The battery tube has square cut threads and o-rings to seal the light. The tail thread is anodized, making it possible to lock out the light.
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9678.jpg
The body has the same type of groves as the head.
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9551.jpg
Inside the battery tube was a extra plastic tube, making it possible to use CR123 batteries with very little rattle.
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9541.jpg http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9679.jpghttp://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9553.jpg
The light has a removable tactical ring, this ring can also be used for the lanyard. When removed there is nothing to protect the threads. This ring also works as an anti roll device.
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9556.jpg
The body with the clip mounted. There is no lock for the clip, but the tactical ring does help to hold it.
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9549.jpg http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9544.jpg http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9680.jpg
In the tailcap is a covered spring. The switch is mounted lower than the two ridges, making it possible for the light to tail stand.
With a split ring mounted in one of the holes, it is possible to use it for the lanyard.
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9560.jpg http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9561.jpg
A holster is supplied with the light.
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9550.jpg
Here is all the part the light can be disassembled in without tools.
This light is the usual size for a 18650 light, performance is in the good end both total output and throw. As long as there is only a need for two settings, the user interface is fine and it is easy to reprogram, but reprogramming is a bit slow to use for just changing brightness. For some uses it is very practical that high can always be selected (Just tighten the head).
I would have preferred that it had full performance in 18650 batteries.
Technical specification and measurements
http://www.lygte-info.dk/pic/ThruNite/TN10/DSC_9557.jpg
The light is rated for use with 1x18650 or 2xCR123 batteries. The light works fine with all 18650 batteries from 65 to 70 mm long.
Measured size and weight:
Length: 145 mm
Diameter: 24.2 mm to 35.6 mm
Weight: 188 gram with 2xCR123 and 203 gram with AW18650-26.
The light uses a Cree XM-L led.
http://www.lygte-info.dk/pic/ThruNite/TN10/Measurements.png
In the above table I have collected all modes, measured at 3.7 volt (i.e. with one LiIon batteries). All the estimated runtimes are with a 18650 LiIon battery. The estimated lumen is scale from the specified maximum, measured at 7.4 volt.
Because I have done this table at 3.7 volt, there is no difference between high, adj-high and the high-reduced.
http://lygte-info.dk/pic/ThruNite/TN10/ThruNite%20TN10%20High.png
The first voltage sweep is done in high mode, the light has stabilization down to about 4 volt, this means that it reaches full output with a fresh LiIon battery, but will immediately start to drop in output.
http://lygte-info.dk/pic/ThruNite/TN10/ThruNite%20TN10%20High-reduced.png
The reduced brightness is about 80% of max. brightness and can stabilized down to 3.8 volt.
http://lygte-info.dk/pic/ThruNite/TN10/ThruNite%20TN10%20Adj.%20High.png
The adjustment mode has a maximum of about 85% brightness.
http://lygte-info.dk/pic/ThruNite/TN10/ThruNite%20TN10%20Adj.%20Low.png
The adjustment mode has a minimum of about 4% brightness.
http://www.lygte-info.dk/pic/ThruNite/TN10/Runtime.png
In the runtime the step down function in high can easily be seen. Neither 18650 or 2xCR123 batteries can maintain a high enough voltage to keep the light in stabilization.
http://lygte-info.dk/pic/ThruNite/TN10/ThruNite%20TN10%20Heat%203.7%20volt.png
To see how this light handles the heat, I did a run on my test bench with a temperature sensor on the light. As expected the brightness drops slightly when the led gets hot. The body does get hot and stays hot. There is no step down in brightness (The voltage is to low for this to be visible).
Note: My test does not simulate actual usage conditions, but are done on a test bench with only the head of the light and no cooling airflow, i.e. the light will get hotter than during normal use.
http://lygte-info.dk/pic/ThruNite/TN10/ThruNite%20TN10%20Heat%207.4%20volt.png
With higher voltage the step down is visible after about 3½ minute. This step down does limit the temperature rise.
http://www.lygte-info.dk/pic/ThruNite/TN10/SlowStrobe.png
The slow strobe is 4.9 Hz with 48% duty cycle.
http://www.lygte-info.dk/pic/ThruNite/TN10/FastStrobe.png
The fast strobe is 9.8 Hz with 46% duty cycle.
The light does not use pwm and only has a small amount of high frequency noise in the light.
Comparison to other Flashlights
ThruNite TN10, ThruNite TN12, ThruNite Scorpion:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9626a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9627a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9628a.jpg
Sunwayman V20C, Fenix TK21 U2, Olight M21-X:
http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9629a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9630a.jpg http://www.lygte-info.dk/pic/Beamshot20111002%20ThruNite/beamshot/DSC_9631a.jpg
For the full comparison to other lights with graphs and beamshots see here
http://lygte-info.dk/pic/Beamshot20111002%20ThruNite/DSC_9660.jpg
Notes
The light was supplied by ThruNite for review. 其中很有特色的Lux-RC FL33也转出来兄弟品鉴一下:
Lux-RC FL33
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9394.jpg
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9424.jpg
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9437.jpg
Lux-RC is a Russian company that makes some light products, in this review I look at their newest creation. This creation is a modular build flashlight, i.e. it can be ordered in many different configurations for both led, optics, light engine, battery tube, surface treatment. My copy of the light is with a 11 watt light engine and 3 neutral leds, the body has chrome surface. The light is made of aluminum (6061-T6 alloy).
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9391.jpg http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9393.jpg
I got the light in a shipping box, this makes very much sense for this type of custom build light.
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9425.jpg
I did not get any extra, except two bodies, but later on the light will include extra o-rings, grease and lanyard. It will also be possible to buy clips, larger bodies and some mounts.
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9396.jpg http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9397.jpg http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9423.jpg http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9517.jpg
There are 3 main leds in the head they do not use a reflector, instead they have TIR optics. It is possible to order different leds (cool, neutral, warm) and different optics. Besides the main leds there is also a small red light that flashes about every 5 seconds for 0.012 second. This makes it easy to locate the light in the dark and does not use much power.
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9525.jpg
It is possible to open the head on this light, where the light engine is placed. This engine can be replaced with new versions, i.e. when a new better light engine is release it is possible to buy this as an upgrade to the light. It is not required to do any soldering to replace the light engine.
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9399.jpg
As usual on high power lights it has some cooling fins, but here they are larger than usual and an important part of the design.
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9400.jpg http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9524.jpg http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9523.jpg
The switch is placed on the head, just behind the heat sink. It is an electronic push button. Around the button is the battery indicator, when the switch is activated the ring will illuminate in a color for some time, the color depends on battery level. If the switch is activated just before the battery is empty, the indicator will flash for 15 minutes.
This indicator works both for one and two LiIon cell.
http://www.lygte-info.dk/pic/Lux-rc/FL33/UserInterface.png
A fast press on the switch will turn the light on in the user adjustable mode, another press will change to high output. A longer press will turn the light off and a even longer press will change mode. The switch is a bit hard to press, i.e. a soft finger cannot activate it, a nail must be used.
It is a bit difficult to get out of the flashing modes again, it is necessary to either loosen the battery tube or step through all modes.
Note: This user interface is part of the L333 light engine and will be changed in the future.
http://www.lygte-info.dk/pic/Lux-rc/FL33/Adjust.png
This curve shows what happens when the switch is held down in adjustable mode, first the light turns off. If the switch is held down for some more time it comes on again and starts ramping up and down. Release the switch somewhere in the ramp and the brightness is remembered as the new setting.
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9420.jpg
The head also has some markings with the serial number, battery voltage, etc.. The warning about "Hot surface" is very real on this light, when running on full power it can get very hot (See my temperature curve). The serial number can be checked online to get the exact specifications for the light: Specifications for review copy.
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9412.jpg
The battery connection in the head is a spring with a gold plated covering.
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9414.jpg http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9415.jpg
The battery tube has square cut threads and the two ends are interchangeable.
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9403.jpg http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9422.jpg http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9416.jpg
A lanyard holder can be mounted on the body.
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9410.jpg http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9413.jpg
The tailcap is concave and the light can easily tail stand. The tailcap has a covered spring for the battery connection.
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9421.jpg
Here is all the part the light can be disassembled in without tools.
I like the idea of a user customable light and I also like the special design of this light. I got the light with neutral leds and combined with the high output this is a really nice flood light. As can be seen in this review there are a few detail that could be better and many of them are going to be fixed in the next generation of light engine (Called L334).
This light is to expensive if you want "just a flashlight", but if you like the design and want something more special, I believe this light is going to be a good candidate.
Technical specification and measurements
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9513.jpg
http://www.lygte-info.dk/pic/Lux-rc/FL33/DSC_9514.jpg
The light can use one or two LiIon batteries, in the short configuration this is one 18350 or 16350 battery, preferable IMR. In the long configuration it is 2x16350, 2x18350 or 1x18650, again IMR is preferred for the short cells. Because my light used a light engine without any battery protection I had to use protected 16340 when using two batteries.
This light does not have any problem with long, short or fat batteries. Both flat top or button top can also be used. The price for this flexibility is that the battery is a bit loose in the tube and can rattle.
Next generation of light engine will include battery protection, i.e. it will be possible to use two 18350 LiIon in the light.
Measured size and weight:
Length: 81.7 with 18350 battery holder and 117 mm with 18650 battery holder.
Diameter: 24.1 mm to 28.7 mm
Weight: 86.7 gram with 1x18350, 121 gram with 2x16350 and 131 gram with AW18650-26.
The light uses a 3 Cree R4-4C (neutral) led in the tested configuration.
http://www.lygte-info.dk/pic/Lux-rc/FL33/Measurements.png
In the above table I have collected all modes, measured at 7.4 volt (i.e. with two LiIon batteries). I have also included off as a mode, because the light uses a small amount of power. All the estimated runtimes are with a 2x16350 LiIon battery. The estimated lumen is scale from the specified maximum.
I could not select the exact same medium and low mode each time, in the above table PWM is measured at a probably slightly different setting than the other parameters. Default is the default user setting, when the battery has been removed for some time.
The light will soon get a new light engine, that is user programmable. This will probably invalidate many of my measurements.
http://www.lygte-info.dk/pic/Lux-rc/FL33/Lux-RC%20FL33%20High.png
The first voltage sweep is done in high mode, the light has stabilization down to about 4.6 volt, i.e. it is not stabilization with a single LiIon battery. The dip at 3.6 volt is probably a battery low warning.
http://www.lygte-info.dk/pic/Lux-rc/FL33/Lux-RC%20FL33%20Medium.png
Medium does work exactly the same way, except it draw less current. When not running in high the pwm is audible.
http://www.lygte-info.dk/pic/Lux-rc/FL33/RuntimeLong.png
The above curve shows runtime in the long configuration. As the voltage sweeps shows a single LiIon cell is not stabilized. The runtime with 2x16350 is also very short.
The 7 watt engine is stabilized with a single LiIon cell according to Lux-RC.
http://www.lygte-info.dk/pic/Lux-rc/FL33/RuntimeShort.png
Using the short configuration, only a single LiIon cell can be used, here I am using a IMR 18350 cell. This gives a very short runtime, it would probably be wise to select a light engine with less power for this configuration (This is decided by the user when ordering the light).
http://www.lygte-info.dk/pic/Lux-rc/FL33/Lux-RC%20FL33%20Heat%207.4%20volt.png
I did a temperature test to see how well the light handles the heat from the led. When power is turned on the temperature rises fast, without any automatic reduction in brightness.
Note: My test does not simulate actual usage conditions, but are done on a test bench with only the head of the light and no cooling airflow, i.e. the light will get hotter than during normal use.
http://www.lygte-info.dk/pic/Lux-rc/FL33/Lux-RC%20FL33%20Heat%203.7%20volt.png
Same test, but with the voltage from a single LiIon. The temperature does not rise as fast, but it still rises fast.
This light must not be run without cooling on high!
http://www.lygte-info.dk/pic/Lux-rc/FL33/Mediumpwm.png
The light uses pwm at about 1.3 kHz, this pwm in the user adjustable setting, but not in high.
http://www.lygte-info.dk/pic/Lux-rc/FL33/Defaultpwm.png
http://www.lygte-info.dk/pic/Lux-rc/FL33/Lowpwm.png
PWM at the default and the low setting.
http://www.lygte-info.dk/pic/Lux-rc/FL33/Strobe.png
The strobe is at 10.4 hz with a 10% duty cycle. This gives a long runtime in strobe mode.
http://www.lygte-info.dk/pic/Lux-rc/FL33/StrobePulse.png
5 pulses and a short pause.
http://www.lygte-info.dk/pic/Lux-rc/FL33/DoubleFlash.png
Two flashes each other second.
http://www.lygte-info.dk/pic/Lux-rc/FL33/sos.png
Sos, with a total time of less than 3 second to transmit, it is a very fast sos.
http://www.lygte-info.dk/pic/Lux-rc/FL33/sosFilter.png
The sos has one problem, in the above curve I have filtered the pwm and as can be seen the sos fades, instead of turning off, this makes it more difficult to read it.
http://www.lygte-info.dk/pic/Lux-rc/FL33/Beacon.png
The beacon is one flash each 10 seconds.
Comparison to other Flashlights
Lux-RC FL33, Olight M21-X, Fenix Tk21 U2:
http://www.lygte-info.dk/pic/Beamshot20110924%20Lux-rc/beamshot/DSC_9494a.jpg http://www.lygte-info.dk/pic/Beamshot20110924%20Lux-rc/beamshot/DSC_9496a.jpg http://www.lygte-info.dk/pic/Beamshot20110924%20Lux-rc/beamshot/DSC_9497a.jpg
ThruNite Scorpion, ZebraLight SC600, Klarus XT10:
http://www.lygte-info.dk/pic/Beamshot20110924%20Lux-rc/beamshot/DSC_9498a.jpg http://www.lygte-info.dk/pic/Beamshot20110924%20Lux-rc/beamshot/DSC_9499a.jpg http://www.lygte-info.dk/pic/Beamshot20110924%20Lux-rc/beamshot/DSC_9500a.jpg
For the full comparison to other lights with graphs and beamshots see here
http://lygte-info.dk/pic/Beamshot20110924%20Lux-rc/DSC_9427.jpg
Notes
The light was supplied by Lux-RC for review. 哪位帮翻译一下嘛。。。。。。。。。。。 还是TN10最亮啊~~期待TN12~~ TN10是挺好，什么时候有优惠。 顶。看得有压力，非英语专业路过… 都买不起 看不懂 这个拆开念我会，对付一起就不懂了！ 蝎子和TN10，我选择Tn10，虽然都有了 图拍的很漂亮
页:
[1]
2