digitor wrote:Killakoala wrote:The lights are 150w each but that's peak power out and not recharge power.
They're 150W/S if I'm not mistaken (Watt/Seconds = Joules). That would be a calculated figure, based on the flash capacitor and its maximum charged voltage, rather than output power. Joules=1/2CV^2.
Figuring out the input required for this would be nigh on impossible - but easy enough to measure I guess! There would also be a not insignificant idling power requirement, after the unit had charged.
Cheers
The lights have a halogen
model light as well as the flash strobe but i doubt it is truly 150w as that would be blinding.
The instructions are written in Chinese and only the specs are in Arabic numerals so decoding the actual values is not exact, but i can estimate what the value is referring to. The other problem is that the instructions are not for this particular
model of light either. They are for the 250w or 110w versions, not the 150w version. But other than the wattages, i doubt there's much difference between them other than the physical layout.
The
110w lights have these specs, as far as i can determine;
AC I/P - 180 - 240 VAC @ 50Hz
Chinese writing - 110Ws
Chinese writing (ISO100) - Gn32m <-
I have no idea what that is
Something is 1/8~
Recharge cycle 1-2 secs
Flash sync (I assume) 1/600 - 1/1000s
Temp 55 Degs
Chinese writing 50 watts. <-
Probably the halogen model light.
Colour temp 5600K
As far as i can tell, it draws 3 amps at 240vac. I don't know if that is in standby or with
model lights on. I imagine it would be with
model lights on. So if you want to get a power supply for this it will need to be about 750watts.
(It is built to ISO9001 standard
) I don't doubt this as the construction is quite solid. It also has a spare globe an a fuse.
I hope this is some help. I will post a full review including images when i get a chance, but it won't be too soon as work takes precedence over me having a life.