Thanks
@ClockworkOrange, we looked hard as using the Synjets again but It just wasn't the best solution for a higher powered system. After simulation, testing and developing our heatsink/chassis design for a while we were really happy with the weight, the functionality and material cost and its definitely the way to go for LED lighting.
The optics we have developed are very unique, because the shape is rectangular doesn't mean the primary use are will be really rectangular. The optics are non-Gaussian almost like a projector. Yes, there will a slight elliptical pattern to the primary use area but we are talking about a few cm's longer than the width. Overall the unit is designed and best suited for covering square areas. We will have some simulations up on our site with the other photometric data before launch so it should all be clearer then.
Tested and past IP66, it also has galvanic corrosion and UV protection so its good for indoors or greenhouses and safe for misting an foliar sprays.
The top surface of the optic has a diffusive microstructure like the holographic diffuser but the secondary optics and the microstructure is a single molded component so there is no air gap like the HS1. The light intensity distribution is just as good as the HS1 but the transmission efficiency is much higher. This single stage holographic optic is going to be a game change for LED's and horticulture.
Power consumption is going to be 250w draw on the GN-Telos-0008