# Parameters: # Power consumption: 400W # LED quantity: 360 x 1W red and 40 x 1W blue # LED type: high-power LED 1, 2 and 3W # Input voltage: 85 to 260V AC # Input current: 1.65 to 4.0A # Operating frequency: 50 to 60Hz # LED view angle: 90 degrees # Operating temperature: –20 to 60°C (–4 to 140oF) # Lighting time: 10 to 16 hours/day # Technical specifications: # 400 watt using 360 watt Epistar 660nm red and 40 watt BridgeLux 455nm blue (standard version) # Tested out PAR value, over 2500 PAR reading from 10cm distance # Wide-screen design, big face for LED to emit more effective light # No glue assembly, built-in power supply with wire connectors high-quality and easy maintain # Produce less heat, 10 to 12°C temperature rise # Four big quality fans on back run against heat # Two easy on/off switches, detachable power cord # Can be combined use with HPS and MH lights # Hang kits included # Life span: 50, 000 hours # Applications: # Hobby growing # Greenhouses # Horticultural Park # Plant-breeding house # packing # Dimension: 890 x 210 x 70mm # Weight: 11kg # Packing: 1, 040 x 290 x 150mm/one piece

Shenzhen GIP Optoelectronics Co., Ltd is a professional lighting solution provider for agricultural plants. She was founded and consistently concentrated on researching and developing new technology in this field since 2006. Combine with modern technology in agriculture, GIP introduced and absorbed a number of agriculture and plant experts, and keep cooperating with agricultural universities and agricultural research institutions. With the guidance of the State agricultural sciences institute, and after hundreds of comparison with traditional lights, GIP built brand new and most innovatory LED agricultural lighting system Innovation drives GIP forward. We focus on the application of plant growth which is based on physical way instead of traditional biological method, such as hybrid, chemical fertilizers etc. Our philosophy is "Serve the agricultural science and technology". With the help of our plant grow laboratory and experiment base, GIP got fruitful on the knowledge of impact element (lighting time and wave length) for different plants seedling and growing. We try to take the responsibility to rebuild the agricultural lighting and we would like to contribute to modern agriculture.