No, I don't want to start another endless debate about the merits of DE vs SE…. but I fear I might.
I have been a loyal 400w iwasaki user for some time, but my new smaller aquarium will incorporate one 250w supplemented with 28w PC's. I laboriously read most of the threads I could find on this and other boards, and I have a few remaining questions.
After reading Sanjay's AFM article on the spectral analysis of 250w lamps, I was convinced that my new halide would be a DE 10k 250w lamp. If I am correct, the data indicated that the PPFD/PAR values were higher than the 65k, thus a more effective use of my electricity bill. Some other threads called this assumption into question.
Is Sanjay's data a good basis for my decision?
Will his soon to be released study include some more data for comparison?
When will Sanjay's next article be out?
Finally, what is the expected useful life of the 250 DE bulb?
I typically change my 65k's every 14months or so.
Thanks for your facts and opinions.
Regards,
rishma
I have been a loyal 400w iwasaki user for some time, but my new smaller aquarium will incorporate one 250w supplemented with 28w PC's. I laboriously read most of the threads I could find on this and other boards, and I have a few remaining questions.
After reading Sanjay's AFM article on the spectral analysis of 250w lamps, I was convinced that my new halide would be a DE 10k 250w lamp. If I am correct, the data indicated that the PPFD/PAR values were higher than the 65k, thus a more effective use of my electricity bill. Some other threads called this assumption into question.
Is Sanjay's data a good basis for my decision?
Will his soon to be released study include some more data for comparison?
When will Sanjay's next article be out?
Finally, what is the expected useful life of the 250 DE bulb?
I typically change my 65k's every 14months or so.
Thanks for your facts and opinions.
Regards,
rishma