product-850-850

Description

Indoor LED Grow Light 650W R42 Spectrum is a professional light for growing plants indoors. It consists of 6 light bars forming an octopus-shaped light stand. It is usually available in 4*4ft and 4*6ft to meet the growth needs of different plants. This supplemental light uses LED light source, which can provide appropriate light intensity and wavelength to promote photosynthesis and growth and development of plants, thus improving the quality and yield of plants. Use this indoor AC650 supplemental light with R42 spectrum to simulate the solar spectrum, providing enough natural light for plants while saving energy and electricity costs. It is widely used in various indoor planting environments, such as home gardens, growing rooms, agricultural greenhouses, plant research laboratories, etc.

PAR of AC650

product-850-899

Customers usually use our Indoor LED Grow Light 650W for multi-layer indoor planting. Therefore, uniform and effective light is needed without emitting more heat to avoid burning the plants. This PPFD map can well show the light distribution of the product. We have been OEMing this type of plant lights for some well-known brands, so we have rich production experience and fast speed. One of our production lines can produce 500 units of this AC650 a day.

The feature of AC650

product-849-687

Our Indoor LED Grow Light 650W R42 Spectrum is a foldable grow light that can change the unfolded state of the light body to change the illumination angle. Not only that, the foldable grow light can also be folded and stored, so it is very popular in the market.

product-850-459

Both spectrum and power can be customized.

1. High-efficiency light effect and spectrum optimization

R42 enhances the scientific nature of red light

Spectrum coverage: 380-760nm full spectrum design, accurately simulates the natural light environment, 660nm red light accounts for 42% (industry standards are usually 30%-35%), significantly promotes the activation of photosensitive pigments (such as phytochrome A and B), and accelerates the establishment of light morphology during the flowering period.

THC and yield increase verification: Third-party laboratory tests show that in cannabis cultivation using the R42 spectrum, the THC content increases by an average of 12%-15%, and the yield per plant increases by 18% (compared with traditional HPS spectrum).

Dynamic spectrum adaptation: Optional UV/IR supplementary module (customization required), adjust the spectrum ratio for different growth periods (such as vegetative period, flowering period) to achieve precise control.

Spectrum stability verification: After 10,000 hours of continuous operation, the spectrum shift rate is <1.2% (industry average>3%), ensuring long-term planting consistency.

Photon efficiency and chip technology

Advantages of Samsung chip: It uses the industry's top quantum efficiency (QE) chip, with a photon conversion efficiency of 2.7 µmol/J and a PPF output stable at 1755 µmol/s, ensuring that each joule of electrical energy is converted into more effective photosynthetic photons.

Comparison data: Compared with traditional 800W HID lamps, 650W R42 LEDs have 40% lower energy consumption at the same light intensity, and an annual light decay rate of <3% (HID lamps have an annual light decay rate of about 15%).

2. Industrial-grade durability and protection

Material and structural design

Aviation-grade 6063 aluminum alloy housing: 2.5mm thick anodized surface, corrosion resistance increased by 40%, suitable for long-term high humidity environments (such as vertical farms and tropical greenhouses).

Open heat dissipation architecture: Combining fin heat sink and intelligent temperature control fan, the temperature of core components is stabilized below 30°C, avoiding high temperature causing terpene volatilization (reducing the loss of key aroma components by 22%).

Anti-seismic performance test: Passed the MIL-STD-810G standard vibration test (5-500Hz), suitable for deployment in shipping and earthquake-prone areas.

Protection level and reliability

IP65 waterproof and dustproof: Passed 12.5L/min high-pressure water spray (lasting 5 minutes) and dustproof and sealed tests, suitable for high-pressure cleaning scenarios (such as weekly cleaning needs of Dutch greenhouses).

Mechanical impact resistance design: Can withstand 50kg external force impact to avoid accidental damage to maintenance tools or equipment.

Chemical corrosion resistance: The shell coating passed the ASTM B117 salt spray test (500 hours without corrosion), suitable for fertilizer and pesticide spraying environments.

3. Flexible expansion and intelligent control

Large-scale deployment capability

Daisy Chain technical details: multiple lights are connected in series through the RJ11 interface, and a single controller is used for centralized control. It supports 0-10V/PWM dimming protocol and is compatible with mainstream environmental control systems such as Priva and Argus.

Multi-scenario adaptation cases: Vertical farm: 4×6 feet multi-layer installation, PPFD uniformity >90%, and supports independent light cycle setting for each layer (such as 18/6 hours on the top layer and 12/12 hours on the bottom layer).

FAQ

Q: Q:How to choose plant lights?

A: A: 1. When choosing the power of a plant grow lamp, pay attention to whether the power is enough watts. Many manufacturers' fill lights have insufficient power, so the effect will be very weak.

2. The power of plant growth lights affects the light intensity, and light intensity has a great impact on plant growth. Only when the light intensity of the plant grow lamp reaches the light compensation point of the plant will it have an effect on plant growth, so attention should be paid to the power of the plant lamp.

3. When using plant growth lights, pay attention to the distance between the lights and the plants. Plant growth lights will generate heat. If the distance is too close, it will cause burns to the plants. If the distance is too far, the light supplement effect on the plants will be weakened. In addition, the distance between the light and the plants should be considered according to the power of the plant growth light. Too far distance will affect the light intensity.

Case

Practical application verification and customer cases

Industry benchmark cases

Cannabis Farms (Colorado, USA):

Deployed 200 650W R42 lamps, the annual cannabis production increased from 1.2kg/m² to 1.38kg/m², and the annual electricity bill was reduced by $34,000.

Independent third-party verification: The return on investment period was shortened to 16 months (the industry average is 18-24 months).

Added value: The increase in THC content attracts the high-end market, and the unit price increased by 12%.

Hot Tags: Indoor LED Grow Light 650W R42 Spectrum | Indoor Cannabis Booster, China Indoor LED Grow Light 650W R42 Spectrum | Indoor Cannabis Booster manufacturers, suppliers, factory, HPS, Vertical Farm LED Grow Light T5 36W, Tent Light Pro 100W, Greenhouse 1 1 HPS Replace LED Grow Light 1000W R90 Spectrum, Greenhouse 1 1 HPS Replace LED Grow Light 600W R90 Spectrum, Grow LED Light Master Controller