Antharak
0
- Joined
- Apr 24, 2013
- Messages
- 549
- Points
- 43
First I want to thank the folks that made this possible.
Mhemling: for trading me one of the two flashlights and the heatsink I used for rocks.
Mrcrouse: for making the heat sink.
DTR: for the module with diode and driver.
Flaminpyro: for the Focus adapter, wire kit and flux..
Links to their LPF or web pages.
DTR: https://sites.google.com/site/dtrlpf/
Flaminpyro: Laser Pointers - View Profile: Flaminpyro
Mrcrouse: Laser Pointers - View Profile: Mrcrouse
These are the flashlights I used.
Ultrafire C3: $9.89 UltraFire C3 1-Mode 240-Lumen LED Flashlight w/ Extension Tube - 2 x AA at FastTech - Worldwide Free Shipping
Smallsun ZY-C5: Small Sun ZY-C55 Cree XR-E Q5 185lm White Flashlight - Black (1 x 16340) - Free Shipping - DealExtreme
The diode is a 120mW 450nm Osram PL450B with Microboost driver set at 200ma.
This is a pic of what I started with.

Here is one with everything broken down.

The Smallsun is a side click so I used the positive contact for the LD driver.

The negative pickup was a bit tricky, I could not use the cleaned driver board from the C3 as it would not fit in the front behind the module and if I put it in the back end of the body it would hit the positive connection. I didn't want to trust an insulator so I cut the outer ring and soldered the negative lead to it.

I couldn't get a pic of it installed, but it sits flat side up around the positive contact and the body clamps it down on the plastic switch body.
This is the module with the driver inside.

I put the body tube from the C3 into the Smallsun switch body and soldered the leads together and covered the joints with heat shrink tube. The syringe in the pic is flux, never solder without flux.

I installed the module in the heat sink and slid it into the end tube of the C3 using a very small amount of thermal compound.

I screwed the two together and put the lens back in, put in a battery and pushed the button. To say I was pleased and relieved when it fired up is an under statement.
Here is the finished laser.

Now I had an extension tube and tail cap from the C3 and the front piece to the Smallsun, driver/led. I put them together and put a 14500 in and it all fit.
So I have the laser that can use a 14500 or a 16340 and a flashlight that uses 14500 batteries.

And a beam shot.

The laser puts out 125mw and draws 520ma at the tail cap.
The flash light draws 550ma so I'm not worried about the switch.
Most of all I have to thank LPF for all the info that I have learned here.
Thanks to all of you.
Ed
Mhemling: for trading me one of the two flashlights and the heatsink I used for rocks.
Mrcrouse: for making the heat sink.
DTR: for the module with diode and driver.
Flaminpyro: for the Focus adapter, wire kit and flux..
Links to their LPF or web pages.
DTR: https://sites.google.com/site/dtrlpf/
Flaminpyro: Laser Pointers - View Profile: Flaminpyro
Mrcrouse: Laser Pointers - View Profile: Mrcrouse
These are the flashlights I used.
Ultrafire C3: $9.89 UltraFire C3 1-Mode 240-Lumen LED Flashlight w/ Extension Tube - 2 x AA at FastTech - Worldwide Free Shipping
Smallsun ZY-C5: Small Sun ZY-C55 Cree XR-E Q5 185lm White Flashlight - Black (1 x 16340) - Free Shipping - DealExtreme
The diode is a 120mW 450nm Osram PL450B with Microboost driver set at 200ma.
This is a pic of what I started with.

Here is one with everything broken down.

The Smallsun is a side click so I used the positive contact for the LD driver.

The negative pickup was a bit tricky, I could not use the cleaned driver board from the C3 as it would not fit in the front behind the module and if I put it in the back end of the body it would hit the positive connection. I didn't want to trust an insulator so I cut the outer ring and soldered the negative lead to it.

I couldn't get a pic of it installed, but it sits flat side up around the positive contact and the body clamps it down on the plastic switch body.
This is the module with the driver inside.

I put the body tube from the C3 into the Smallsun switch body and soldered the leads together and covered the joints with heat shrink tube. The syringe in the pic is flux, never solder without flux.

I installed the module in the heat sink and slid it into the end tube of the C3 using a very small amount of thermal compound.

I screwed the two together and put the lens back in, put in a battery and pushed the button. To say I was pleased and relieved when it fired up is an under statement.
Here is the finished laser.

Now I had an extension tube and tail cap from the C3 and the front piece to the Smallsun, driver/led. I put them together and put a 14500 in and it all fit.
So I have the laser that can use a 14500 or a 16340 and a flashlight that uses 14500 batteries.

And a beam shot.

The laser puts out 125mw and draws 520ma at the tail cap.
The flash light draws 550ma so I'm not worried about the switch.
Most of all I have to thank LPF for all the info that I have learned here.
Thanks to all of you.
Ed
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