LED Grow Light 320w Quantum Board 2.7 μmol/j Dimmable Full Spectrum - GHP
LED 320w panel quantum board grow light using quality LED Diode Chips, providing the ideal light mixed spectrum for all stages of plant growth & fruiting - flowering
- Variable dimmer settings Off - 40% - 60% - 80% - 100% & EXT setting for External LED controller
- 0 - 10v control ports for use with LED controllers, supplied with RJ45 connecting cable
- High Quality Long Life Diode Chips with a High Efficacy of 2.7 μmol/j delivering a Total PPF of 864 μmol/s - High Colour Rendering of 90ra
- LED diode chips spectrums 4000k plus 660nm Red & 730nm Far Red
- Driver IP54 Rated - Panel IP44 Rated splash proof protecting LED diodes from moisture & dirty environments
- Suitable for areas 1000mm x 1000mm Flowering plants up to 1200mm x 1200mm Vegetative growth
- LED flat aluminium panel passive heat dissipation, aluminium finned driver for maximum heat dissipation - no noisy fans
- Adjustable Rope Ratchet hanger & Stainless Steel suspension wires supplied with unit
- Recommended minimum mounting height of 150mm above the plant canopy for intense performance 300mm for standard use
- Unit dimensions 600mm Long x 450mm Wide x 67mm Deep, Weight 2.7 Kg
- Built in Driver input voltage auto-sensing 220 - 240 volt 50/60Hz
- 1800mm long power lead and standard NZ plug
- 50,000 Hour rated life
- Ambient Temperature -25 to + 40 Degrees
- Certifications CE, RoHS, SAA, UKCA
The Halo Quantum panel series of LED grow lights will help you yield larger crops to the highest quality, it also uses at least half the electricity of its HID equivalent, while emitting extremely low levels of heat. Quality 2.8mm x 3.5mm 120 degree beam angle LED diodes - chips providing a superior high lumen output efficient light source. With a colour rendering of 80, while also covering a full natural lighting spectrum of 4000k, 660nm RED and 730nm Far RED.
LED grow lights give you LOWER running costs and more light utilizing the latest LED technology, quality diodes, reliable energy efficient drivers delivering a powerful light output and uniform canopy penetration resulting in maximum growth per watt used.