KEY FEATURES

► 670 Watt or 1,000 Watt models
► PAR/PPFD = ARANHA-670 1,742 µmoles/s - ARANHA-1000 2,600 µmoles/s - 2.6 µmoles/J efficiency
► ARANHA-670 can replace a 1,000W HPS lamp and the ARANHA-1000 can replace 1,500W of HPS lamps
► Power savings of 39% compared to HPS lamps - maximize energy savings
► Spectrum choices: ELFS - Modified "white light full spectrum" and ELMR - Closer match to the McCree curve
► De-rated LED array for extended lifespan of 50,000 to 55,000 hours
► 3 year warrantee
► High efficiency SMT LEDs with proprietary phosphors
► Beam angle of 120 degrees gives smooth coverage over a larger area
► Passive convection cooling - NO noisy fans that require maintenance
► IP65 rated (waterproof) light fixture - Ideal for use in damp/humid greenhouses
► Corrosion resistant aircraft aluminum construction
► Universal power input of 100~270 VAC, 50/60Hz - can operate almost anywhere in the world
► RoHS, CE & ETL approved, IP65 (waterproof drivers - Fixture is ETL listed)
► Built in 0~10 Volt dimming included - set the light level your plants need
► Housing colours can be customized depending on quantity ordered
► Your brand-name and model number can be printed onto the lights with MOQ 50 pieces

The ARANHA-670 and ARANHA-1000 lights are available with a standard ELFS spectrum which is based on the popular modified 'White Light', good enough full spectrum, with output throughout the PAR range from 400nm to 750nm. This spectrum has a good balance between the ideal spectrum (the McCree curve) and the cost of the lights, with a 70% match to the McCree curve. It is suitable for use with all kinds of plants, including flowering plants.

LED ARRAY

The ARAAHA-670 and ARANHA-1000 LED grow lights utilize the latest in high-efficiency SMT LEDs to maximise PAR/PPFD output. There are more LEDs than needed, that gives us the opportunity to de-rate the array, which extends the lifespan of the LEDs - we offer a 3 year warrantee.
The ARANHA^TM Series are built with the most advanced, proprietary, LED technology to insure maximum PAR/PPFD output, wide beam-spread of 120 degrees, even lighting, long service life, and maximum energy savings.
 

The housings of the ARANHA^TM series LED lights are carefully designed with a large heat-sink area on the back for effective passive cooling - this means no noisy, high maintenance, fans. With an IP-65 water and dust proof rating, they are ideal for use in the high humidity conditions found in greenhouses.
The ARANHA-670^TM and ARANHA-1000^TM are equipped with built-in RoHS/CE/ETL approved, IP65, LED drivers which feature universal power input of 100VAC to 270VAC, 50/60 Hz - they can operate almost anywhere in the world.
 

MAXIMUM ENERGY AND MAINTENANCE SAVINGS

The ARANHA^TM series LED grow lights can save energy costs compared to conventional grow lights, while increasing crop yields. The ARANHA-670^TM can replace a 1,000W HPS lamp and the ARANHA-1000^TM can replace 1,500W of HPS lamps - a 39% power saving! All while saving time and money on maintenance as the annual bulb changes required by typical conventional lights is not needed anymore since the LEDs will last 50,000 to 55,000 hours.
The ARANHA^TM series includes built in dimming, controlled by the most usual/standard 0~10V input, so that you can give your plants the light they need, or fade-in and fade-out the lights to simulate sunrise and sunset light levels.

SPECIFICATIONS

 The ARANHA^TM LED grow lights are available in two models depending on the desired output power (PAR/PPFD) - 670 Watts or 1,000 Watts.

DIMENSIONS (both models):
      106.7cm [42.0in ] long, 100.3cm [39.5in] wide, and 2.85cm [1.12in] high - 12.9cm [5.0in] high.

WEIGHTS:
      ARANHA-670^TM 12.9Kg (28.35Lbs)
      ARANHA-1000^TM 18.2Kg (39.7lbs)

BEAM-SPREAD and PAR/PPFD:

*PPFD: Lighting for plants is different from lighting for humans. Light energy for humans is measured in lumens, with light falling onto a surface measured as illuminance with units of lux (lumens per square meter) or foot-candles (lumens per square foot). Light energy for plants on the other hand, is measured as photosynthetic Active Radiation (PAR), with light falling onto a surface measured as photosynthetic photon flux density (PPFD). Lumens are for humans - PPFD/PAR are for plants!