AlexGT
Flashlight Enthusiast
Hello guys!
Just wanted to let you know a little mod I made to my Thor 3.5 mcp, I made a GY6.35 to H3 adaptor and got a 3400 lumen bulb /ubbthreads/images/graemlins/cool.gif, I think it should be pulling a little more lumens since it is running on a AGM 7.2 Ah 12v (13.8v at rest) battery.
Here is how I made it, sorry but no pics. /ubbthreads/images/graemlins/frown.gif
Get a really good GY6.35 ceramic base with the insulated wires, three scrap H3 bulbs, and some high temperature(500+F) epoxy, and a dremel.
1 Remove the round metal disk base from the H3 bulbs
2 Use the dremmel to prepare the surface of the ceramic base and the H3 disks to be bonded with the epoxy.
3 Mix the epoxy and carefully coat the part of the dremeled H3 base that will contact the Ceramic base, align the H3 base to the GY6.35 base and press making sure it is centered and the rectangle space of the disk shows the insertion holes of the ceramic base.
Wait a few hours to cure and you are set, now you can install any bulb with a 6.35 bi-pin base, The other 2 H3 disks are used as spacers to adjust the bulb in or out to find the tightest spot, I used the 2(three with the epoxied one)to get a really tight focus.
I find this setup to be very practical because I can install any wattage bulb I need. I found a 3400 Lumen 12v 100w Philips bulb (FCR 7023) and it is a monster! it is about 30% brighter than the vector axial bulbs but only has 50 hour life, I can't wait to get the osram 62625 HLX to try out (Aurora's HOLA!)
I am considering to install 3 6v SLA's in series to get 18 volts. What bulbs should I try?
Comments and suggestions are welcome.
Alex
Just wanted to let you know a little mod I made to my Thor 3.5 mcp, I made a GY6.35 to H3 adaptor and got a 3400 lumen bulb /ubbthreads/images/graemlins/cool.gif, I think it should be pulling a little more lumens since it is running on a AGM 7.2 Ah 12v (13.8v at rest) battery.
Here is how I made it, sorry but no pics. /ubbthreads/images/graemlins/frown.gif
Get a really good GY6.35 ceramic base with the insulated wires, three scrap H3 bulbs, and some high temperature(500+F) epoxy, and a dremel.
1 Remove the round metal disk base from the H3 bulbs
2 Use the dremmel to prepare the surface of the ceramic base and the H3 disks to be bonded with the epoxy.
3 Mix the epoxy and carefully coat the part of the dremeled H3 base that will contact the Ceramic base, align the H3 base to the GY6.35 base and press making sure it is centered and the rectangle space of the disk shows the insertion holes of the ceramic base.
Wait a few hours to cure and you are set, now you can install any bulb with a 6.35 bi-pin base, The other 2 H3 disks are used as spacers to adjust the bulb in or out to find the tightest spot, I used the 2(three with the epoxied one)to get a really tight focus.
I find this setup to be very practical because I can install any wattage bulb I need. I found a 3400 Lumen 12v 100w Philips bulb (FCR 7023) and it is a monster! it is about 30% brighter than the vector axial bulbs but only has 50 hour life, I can't wait to get the osram 62625 HLX to try out (Aurora's HOLA!)
I am considering to install 3 6v SLA's in series to get 18 volts. What bulbs should I try?
Comments and suggestions are welcome.
Alex