Dimlux Extreme Series 600w

Starting at £359.00

More Information
Brand	Dimlux

Grouped product items
Image	Product Name	Qty
	Dimlux Extreme Series 600 Watt £359.00	+ -
	Osram Plantastar 600w 400v HPS £49.95	+ -
	Dimlux - Alpha Optics Add-on Reflector - Short Side (2 Pieces) £29.00	+ -
	Dimlux - Alpha Optics Add-on Reflector - Long Side (Overlapping) (2 Pieces) £30.00	+ -

Dimlux Extreme Series 600w Full Fixture - Boost to 690 Watts 1,341μmol/s

The highest output (light) due to the overdrive (boost) and 400v technology
The broadest dimming range of all digital ballasts
Soft-Start, Soft-Dim, Soft-Off function
Can be dimmed manually in 8 levels including the "off" position
320w, 390w, 460w, 530w, 600w, 645w, 690w
Can be variably dimmed via the Maxi Controller
Extensive diagnostic LEDs
EOL function (indication to replace lamps)
Safety features for preventing short circuits, open contact, high temperatures, too low voltage, too high voltage

Alpha Optics 98 reflector (Included) - Passively Cooled

Designed according to the Single Bounce Clear Sight (SBCS) principle and is equipped with Miro Silver Mirrors
High level of efficiency (98%)
Thanks to do the open reflector design. the lamp is passively cooled, which improves both the service life and efficiency of the lamp
Warm air can actively be extracted through a 50mm connection on the reflector which reduces the room temperature significantly
In addition, available seperately add-on reflectors can be installed to further reduce wall losses

Alpha Optics 98 NanoTube reflector (Available seperately) - Air Cooled

This includes same features as the Alpha Optics 98 but with the additional NanoTube
The tube is made from ultra clear, nano-coated anti-reflective glass
This offers the highest possible light transmission of 99%
The overal efficiency of the reflector in combination with the NanoTube is 97%
This is even higher than any other non-cooled horticultural reflectors
Because the air supply and discharge are connected in parralel rather than in series as is the case with conventional air cooled reflectors, each lamp will burn at the optimum temperature rather than too cold or to hot
Because of the closed cooling system, NanoTubes used in conjunction with Co2 systems are significantly reducing the room temperature