Hey, i have just finished my LED aquarium light.
Here is the PAR reading and actual power:
Equipment parameter:
Two switches, two power supplies. The White and Blue light sources can be controlled separately. Input voltage: 86-264V AC; Out put Voltage: 32-45V DC.LED chips: White 14000K/ 24pcs, Blue 460nm/ 24pcs; LED Input current: 700mA, Input voltage: 3.8V.
Actual power:
Both White and Blue on: 139W; Only Blue on: 72W; Only White on: 67W.
PAR reading(the data is based on while hanging the Apollo 4 aquarium light over the tank 30cm):
Both Blue and White on: 1119mmol/ 20cm; 672mmol/ 30cm; 499mmol/ 40cm; 270mmol/ 80cm.
Only Blue on: 561mmol/ 20cm; 441mmol/ 30cm; 283mmol/ 40cm; 114mmol/ 80cm.
Only White on: 322mmol/ 30cm; 302mmol/ 40cm; 96mmol/ 80cm.
It seems this little LED lighting coulb be the most suitable lighting system to the 50-60 gallon deep and narrow nano-reef tanks.
Here is the PAR reading and actual power:
Equipment parameter:
Two switches, two power supplies. The White and Blue light sources can be controlled separately. Input voltage: 86-264V AC; Out put Voltage: 32-45V DC.LED chips: White 14000K/ 24pcs, Blue 460nm/ 24pcs; LED Input current: 700mA, Input voltage: 3.8V.
Actual power:
Both White and Blue on: 139W; Only Blue on: 72W; Only White on: 67W.
PAR reading(the data is based on while hanging the Apollo 4 aquarium light over the tank 30cm):
Both Blue and White on: 1119mmol/ 20cm; 672mmol/ 30cm; 499mmol/ 40cm; 270mmol/ 80cm.
Only Blue on: 561mmol/ 20cm; 441mmol/ 30cm; 283mmol/ 40cm; 114mmol/ 80cm.
Only White on: 322mmol/ 30cm; 302mmol/ 40cm; 96mmol/ 80cm.
It seems this little LED lighting coulb be the most suitable lighting system to the 50-60 gallon deep and narrow nano-reef tanks.
