VIP 1200 Watt
• PAR Max: > 2000 μmol m-2 s-1
• PPFD Max:1696.4 umol/㎡
• Coverage Area Max:5.84×5.84 feet
Reduction in Cannabis Cycle Time
Increase in Cannabis Production
Less Energy than Using HIP
Max Production Capacity
Years warranty
• PAR Max: > 2000 μmol m-2 s-1
• PPFD Max:1696.4 umol/㎡
• Coverage Area Max:5.84×5.84 feet
• PAR Max: > 2000 μmol m-2 s-1
• PPFD Max:1819 umol/㎡
• Coverage Area Max:5.59×5.59 feet
• PAR Max: > 2000 μmol m-2 s-1
• PPFD Max: 1425.2 umol/㎡
• Coverage Area Max: 5.50×5.50 feet
• PAR Max: > 2000 H mol m-2 s-1
• PPFD Max: 1129.4 umol/m2
• Coverage Area Max: 5.32x5.32 feet
• PAR Max: > 2000 H mol m-2 s-1
• PPFD Max: 1010 umol/m2
• Coverage Area Max: 5.07x5.07 feet
• PAR Max: 1280 u mol m-2 s-1
• PPFD Max: 400 umol/m2
• Coverage Area Max: 4.73x4.73 feet
Cannabis is a plant that needs over 12 hours of light each day for inducing blooming. Spectrum within PAR area (400-700nm) and UV-A, UV-B, IR, etc, can expedite growth cycle and increase yield. In order to grow at its best - greater flower dry weight and a higher concentration of THC, CBD, THCV and CBG, ultra-wide spectrum inside LED is your second to none option.
Our grow lights apply spectrum within red and blue PAR ranges to improve the photosynthetic efficiency of the plants. You will get better yields and shorter cycle time.
Different indoor plants need various amount of light. Sun-loving crops will need the high-output LED grow lamps turned on for 14 to 20 hours per day. Crops such as tomatoes, peppers, strawberries need sunlight for 6 to 8 hours per day.
Don't let the weather keep you from harvesting fresh vegetables and fruits year-round. With the adequate amount of light, you can grow your own fruits, vegetable indoors.
The technology of hydroponics allows any kind of plants, especially leafy greens, to be grown in nutrient-rich water. Leafy Greens refer to a variety of plants, including lettuce, microgreens, herbs, and specialty leafy vegetables. They prefer cooler temperatures, making them fall and winter crops. However, sunlight is not adequate during these season resulting in longer harvest time.
Vipple helps you establish consistent year-round yields. LED grow lights mimic the sunlight and enable greenhouses to supplement natural daylight during the shorter winter days and adjust to changes in local weather.
Plants that live in low light conditions will be at high risk of increasing in blindness, stretching and having smaller flowers with thinner stems
Vipple grow lights emit enough needed light for plants. You will benefit from healthier plants with lower levels of stalk branches, more balanced leaves and sturdy flowers.
The primary optic is built into the LED itself. Addition of a secondary optic narrows the light beam and gives more intensity for plant growth. 90 degree optic is proven to be the best angle as it efficiently and evenly covers the entire growing area.
This new design is our proprietary technique and the following data is tested by PPFD tester. By adding a secondary optic, PPFD value is nearly tripled as shown.
| PPFD Value | PPFD Value | |
|---|---|---|
| Height(inches) | Primary Optic | Primary+Secondary Optic |
| 24 | 348 | 830 |
| 30 | 236 | 644 |
| 36 | 176 | 503 |
| 42 | 140 | 400 |
• Broad Spectrum - Steer Your Plant Growth And Flavor.
• Light Source - Ensure consistency, Reliability Of All LEDs.
To maximize the reliability of our products, we implement 100% inspection at all stages of the manufacturing process.
Operators check out all the material according to the bill of material (BOM). It stops defective parts flowing into production.
PCB testing is carried out followed by luminaires testing, and power testing. They guarantee the Vipple products be able to suffer the toughest environments.
We do solder paste inspection and perform accelerated aging test. 100% inspection will be conducted before delivering to you.
