First - if you get any more light bars - get the deep actinic. If you have T 5 tubes to - go for Actinic tubes. I got 2 pcs 120 deep Actinic, 1 pcs 120 Actinic and one pcs 110 Ocean Blue. If I run all at 100% I get a mix that says around 16 000 K. But because of the RGB:s - this light does not look blue - it is crispy white - but real K of the LEDs is 16 000 K. Whit your light running at 100% you will get a light at around 10 000 K. if you run all of your blue (no else) - you will get 21 000 as K but it will look very blue. If you run all blue and all RGB - you will get a K at 17 000 but it will look rather white for you.
The RGB in this fixture is a game changer according to real K and how your brain interprets it. The brain say another K - the mathematical calculations of the LEDs says another thing (the real thing).
This is the spectra and output of my configuration - all channels 100% (two Deep Actinic 120, one actinic 120 and one Ocean Blue 110)
This is your configuration for the moment - all channels 100%
Your configuration + one 140 Deep Actinic
Your configuration + two 140 Deep Actinic
When you put the things together - test. I run my configuration on 100% for around 3 hours a day
I hope this will help you a little
I will once again stress that the use of a lot of RGB:s in this fixture - your impression of 16 000 K is not blue - it is rather crispy white
If I take down all of my whites - the spectra will be as this but for your eyes - it still rather white
All simulations is done in the GCC Light Composer. Use the option create empty project for several Mitras Lightbars……..
Chose your configuration
This is your start
Press New Start with a zero line
And end with a zero line
End light composer with pressing the X
For the moment - chose No
New window - yes and after that chose place and name
Next time you open Light composer - chose Load own project. But before this go to the meny Mitras LED bars and configure your LightBars. assign a illumination channel to each LED type there is in your bars. I use 1 for red. At least in my P4 - ill 1 and red has to be activated if the others should work. I´m not sure on this but that how it works for me. The PBF is an interesting feature that allow an overdrive for the channels you want if all channels not is used at 100%. I have my white as 80% but here I have put your white channels at 100% - all others at 120% (allow overdrive) Channel 32 is LEDs that not are present in your setup. Do not forget to save!
Go to the system menu and activate the serial port for Mitras LED bars
Now you need to go into every Illuminating channel you will use and mark that they should be dimmable
Now its time to load your project and hit the button Transmitt ill...…………..
Save and it should work
Hint When you configurate the different time points - you can check the Output directly to lamp and you will see how it looks like IRL. If you use this option - connect with the USB cable. For me and P4 I get an error if I try to do this with the TCP/IP connection and lose what I have done in configurations
Hint 2: If you use the option Create empty project for several Mitras LED bars (I recommend to use that) you have to save and reload the project before you can transmitt it to the Ill channels
Sincerely Lasse