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Glass is the answer for most of this.If Led manufacturers would just upgrade their lens material it would be a non issue. What cost increase could thst really be? I think most people would pay an additional $20-30 for a material that can withstand shorter wavelengths long term
Some VOCs and chemicals react with silicone and produce discoloration and surface damage. Other VOCs do not
chemically react with the silicone material directly but diffuse into the silicone and oxidize during the presence of heat or
light. Regardless of the physical mechanism, both cases may affect the total LED light output. Since silicone permeability
increases with temperature, more VOCs may diffuse into and/or evaporate out from the silicone.
Careful consideration must be given to whether LUXEON Z UV emitters are enclosed in an “air tight” environment or not.
In an “air tight” environment, some VOCs that were introduced during assembly may permeate and remain in the silicone
overcoat. Under heat and exposure to blue and UV light, the VOCs inside the silicone overcoat may partially oxidize and
create a silicone discoloration, particularly on the surface of the LED where the flux energy is the highest. In an air rich
or “open” air environment, VOCs have a chance to leave the area (driven by the normal air flow). Transferring the devices
which were discolored in the enclosed environment back to “open” air may allow the oxidized VOCs to diffuse out of the
silicone overcoat and may restore the original optical properties of the LED.
LEDs are not exact and the spectrum bleeds both higher and lower around the rated nm range so yes it it ends up being in the UV range, although toward the top. These are typically the ones that fail, not the other spectrum.
I never understood the over 100% settings (like 120%, for example).
120% of what?
*considering 2x AI Prime 16 HD so was just curious
Ohhh,,, I see. That actually makes sense. Thanks100% on all channels is 55w. You can lower the intensity of one color and raise another to also reach 55w. So each of the LED's can go higher than 100%, but the unit as a whole can't go above 55w
Does that mean a 3 watt LED is being given more than 3 watts(just an example, not sure the wattage used)100% on all channels is 55w. You can lower the intensity of one color and raise another to also reach 55w. So each of the LED's can go higher than 100%, but the unit as a whole can't go above 55w
Does that mean a 3 watt LED is being given more than 3 watts(just an example, not sure the wattage used)
Usually people do 1hr ramp up and ramp down timesI like the BRS settings for their 18g that I use on my 15g AIO Innovative Marine mixed reef, but
not sure what ramp up/down times I should use?
Any suggestions?