- Joined
- Oct 7, 1998
- Messages
- 1,838
Astonishing news! You can adjust the brightness of your Photon lights! Go to the Photon website, and read about this!: http://www.photonlight.com/
While there are varying degrees of improvement, the standout is the green, which can be made MUCH brighter. The red, in my testing, is significantly brighter. The shorter wavelength lamps (white, blue turquoise) can be made dimmer, but longer burning, as well.
This is done by simply switching a single cell (2032) Photon to a double cell (2016) light, or vice versa. The 2016's are thin enough that two will fit into any Photon body. I was concerned that since the batteries in two cell Photons are connected in series, the voltage is doubled, and I thought that LED life would be decreased.
Bryan Avery, the most knowledgeable guy about Photons (with the possible exception of Tim Flanagan), posted back, stating that ALL the LED's are rated at 3V, even the ones that actually are used at 6V. Further, Bryan stated that if the LED blows out, it is guaranteed, and will be replaced. He stated that the life of the LED's used at 6V is still in decades of use, constantly on.
So, get out those 000 Phillips screwdrivers, and your silicone grease (hit all around the edge of the case, the inside of the case around where the switch hole is, and don't forget where the collar of the LED fits. Also, put a glob of grease on the top of the switch to provide even more water resistance. Cover the batteries, of course, and the LED leads, but if you are making up two cell models, go easy on the grease between the batteries; the grease is a dielectric, but even so, just a thin film will do the job.
Have fun, and let me know your results.
Walt
While there are varying degrees of improvement, the standout is the green, which can be made MUCH brighter. The red, in my testing, is significantly brighter. The shorter wavelength lamps (white, blue turquoise) can be made dimmer, but longer burning, as well.
This is done by simply switching a single cell (2032) Photon to a double cell (2016) light, or vice versa. The 2016's are thin enough that two will fit into any Photon body. I was concerned that since the batteries in two cell Photons are connected in series, the voltage is doubled, and I thought that LED life would be decreased.
Bryan Avery, the most knowledgeable guy about Photons (with the possible exception of Tim Flanagan), posted back, stating that ALL the LED's are rated at 3V, even the ones that actually are used at 6V. Further, Bryan stated that if the LED blows out, it is guaranteed, and will be replaced. He stated that the life of the LED's used at 6V is still in decades of use, constantly on.
So, get out those 000 Phillips screwdrivers, and your silicone grease (hit all around the edge of the case, the inside of the case around where the switch hole is, and don't forget where the collar of the LED fits. Also, put a glob of grease on the top of the switch to provide even more water resistance. Cover the batteries, of course, and the LED leads, but if you are making up two cell models, go easy on the grease between the batteries; the grease is a dielectric, but even so, just a thin film will do the job.
Have fun, and let me know your results.
Walt