Indoor LED Grow Light 800W R48 with Far Red Spectrum | Bloom Realizer

Our Indoor LED Grow Light 800W R48 with Far Red Spectrum has made some changes in the spectrum, adding more red light and a little far-red light. We use Samsung chips for white light, and Osram chips for red light. Westland has strategic partnerships with Samsung and Osram. The products manufactured by Westland allow you to co-brand with Samsung and Osram.

1. There are 8 bars in total, each bar is 100W.

2. It is full spectrum.

3.Efficacy can reach 2.66µmol/㎡/s.

4. It can be used at voltages of 110V-277V. Of course, if you need a high-voltage version, it can also be customized.

5.The optimal installation height of AC800 is ≥6" Above Canopy.

6.AC800 uses passive heat dissipation, using aluminum with the best heat dissipation performance. The arched design is also the best heat dissipation shape. The passive cooling method does not require the use of fans, which not only saves electricity, but also makes maintenance and cleaning very convenient.

7.0-10V dimmer

8. The whole body is waterproof, and the work of the fixture will not be affected in the case of high indoor humidity and plant irrigation.

9. The warranty of the fixtures is up to five years. Samsung and Osram are both our long-term strategic partners, and they provide us with the best quality lamp beads in the world.

1.Enhanced Photomorphogenesis & Flowering Acceleration

Phytochrome Activation: 730nm far-red light triggers the conversion of phytochrome (Pfr to Pr), signaling plants to initiate flowering and stem elongation. Combined with 660nm red light, it creates a "red:far-red ratio" optimized for photoperiod-sensitive crops (e.g., cannabis, roses), shortening flowering time by 10-15%.

Shade Avoidance Response: Mimics natural sunlight under canopy conditions, promoting taller stems and larger leaf expansion for improved light capture in dense crops.

2.Energy-Efficient Full-Spectrum Optimization

Synergy with Red Light: The 730nm IR band works synergistically with 660nm red light to enhance photosynthesis efficiency (via the Emerson effect), increasing PPFD utilization by 8-12% compared to red-only spectrums.

Low Heat Output: Precision-engineered IR diodes emit minimal radiant heat, ensuring canopy temperatures remain stable (critical for terpene preservation in cannabis)

3.Customizable Spectrum Control

Dynamic IR Integration: The optional IR module allows growers to adjust 730nm intensity (0-100%) via a smart controller, tailoring light recipes for specific growth phases:

Vegetative Stage: Lower IR to prioritize compact growth.

Flowering Stage: Boost IR to accelerate bud development and resin production.

Sunrise/Sunset Simulation: Gradual IR ramp-up/down mimics natural twilight, reducing plant stress and improving metabolic rhythm.

4.Proven Yield & Quality Improvements

Third-Party Validation: Trials show cannabis crops under R48+IR spectrum achieve 18-22% higher dry weight and 12-15% increased terpene content versus standard LED spectrums.

Cross-Crop Versatility:

Tomatoes: IR enhances fruit setting rate and sugar content (↑0.9 Brix).

Leafy Greens: Delays bolting under long-day conditions, extending harvest windows.

5.Technical Superiority & Reliability

Dedicated IR Diodes: Osram 730nm chips with 95% spectral accuracy ensure consistent output over 50,000 hours (<3% degradation).

Thermal Management: Dual liquid-cooling channels and aluminum heat sinks maintain IR module temperature below 40°C, ensuring longevity in 24/7 operations.

Energy Savings: IR activation adds only 15-20W to total consumption, maintaining the lamp's 55% energy savings vs. 1000W HPS.

6.Precise photoperiod control and energy saving

Photoperiod signal enhancement: 730nm infrared spectrum can simulate natural day and night changes, especially in short-day crops (such as hemp and chrysanthemum), by adjusting the Pfr/Pr photosensitive ratio, the need for supplementary light duration can be reduced by 1-2 hours/day, further reducing the lighting cost.

Nighttime metabolism optimization: Red light assists in activating plant respiratory metabolism during the dark cycle, accelerates the transport and storage of photosynthetic products, and improves sugar accumulation efficiency by 10-15% (such as the significant increase in the sweetness of grape fruit).

7.Enhanced stress resistance and synthesis of secondary metabolites

Improved tolerance to adversity: 730nm infrared light regulates the signaling pathway of plant hormones (such as jasmonic acid), enhances the adaptability of crops to high temperature and high humidity environments, and reduces the incidence of diseases by 20-25% (such as gray mold and powdery mildew).

Enrichment of medicinal ingredients: For medicinal plants (such as Echinacea and aloe vera), infrared light stimulates the synthesis of secondary metabolites such as terpenes and alkaloids. Laboratory data show that the extraction rate of active ingredients is increased by 18-20%, which meets the standards of high-end pharmaceutical raw materials.

This AC800 can also has a dimmer. It adopts a 0-10V control method and has 6 gears for adjustment. The control knob is set on the LED driver. Of course, centralized control is also possible. Our AC800 indoor LED grow light 800W R48 with far red spectrum is compatible with any controller on the market that uses a 0-10V port for control. Of course, we can also use our own controller. This one can control two channels, and each channel can use 100 devices, so it can control up to 200 devices in total.It has a 14-inch full touch screen, which is very convenient and comfortable to use.

Q1: What are the key benefits of the 730nm IR spectrum in this grow light?

A: The 730nm far-red IR spectrum enhances photomorphogenesis, accelerates flowering by 10-15%, and improves stress tolerance. It activates phytochrome signaling (Pfr/Pr conversion), optimizes the "red:far-red ratio" for photoperiod-sensitive crops, and boosts secondary metabolite synthesis (e.g., terpenes in cannabis).

Q2: Can I adjust the IR intensity for different growth stages?

A: Yes! The optional IR module allows 0-100% intensity control via the smart controller. For example:

- Vegetative stage: Lower IR to promote compact growth.

- Flowering stage: Increase IR to accelerate bud development and resin production.

Q3: How does the IR spectrum save energy?

A: The 730nm IR reduces daily supplemental lighting needs by 1-2 hours for short-day crops (e.g., cannabis), cutting energy costs. IR activation adds only 15-20W to total consumption while maintaining 55% energy savings vs. 1000W HPS lamps.

Q4: Does the IR spectrum help plants withstand stress?

A: Absolutely. The 730nm IR enhances stress resilience by:

- Reducing disease susceptibility (e.g., 20-25% lower mildew risk in high humidity).

- Improving heat/humidity tolerance through hormonal regulation (e.g., jasmonic acid pathways).

Q5: What crops benefit most from the IR spectrum?

A: All photoperiod-sensitive and high-value crops, including:

- Cannabis: 18-22% higher dry weight, 12-15% more terpenes.

- Tomatoes: 0.9 Brix sugar increase, faster fruit setting.

- Medicinal plants: 18-20% higher active compound extraction (e.g., echinacea polysaccharides).

Q6: How does the IR module affect light decay and lifespan?

A: The IR diodes (Osram 730nm chips) have <3% spectral degradation over 50,000 hours. Combined with dual liquid cooling and aerospace-grade heat sinks, the module operates below 40°C, ensuring long-term stability.

Q7: Is the IR spectrum compatible with smart controls?

A: Yes! The light supports Daisy Chain 2.0 (wired/wireless) and integrates with systems like Priva and Argus. Use the mobile app to schedule sunrise/sunset simulations or sync IR with other spectrum bands.

Q8: What certifications ensure safety and performance?

A: The light is UL 8800, DLC 5.1, CE, and ENEC certified. It complies with EU Ecodesign 2027 and NEC standards for global use.

Q9: Does the IR module require extra maintenance?

A: No. The IP66-rated housing and corrosion-resistant coating protect against dust, moisture, and chemicals. Routine cleaning with a damp cloth is sufficient.

Q10: How does the IR spectrum improve ROI?

A: Over 5 years, the R48+IR system delivers:

- 47% lower total costs vs. HPS (energy savings, no bulb replacements).

- Premium crop quality (higher THC, terpenes, Brix) for market competitiveness.

- Carbon tax incentives due to 350kg/year CO₂ reduction per lamp.

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