SPECLED Sol Beam V3 450x41mm
Specifications
| Производитель LEDs: | Osram/Seoul Semi |
| Длина волны/Температура свечения: | 3600K |
| Индекс цветопередачи - CRI: | 96 |
| Угол обзора: | 120º |
Full Description
Sol Beam 41x450mm is a high-efficiency linear LED module designed specifically for professional horticultural lighting systems. The module integrates cutting-edge technological solutions from market leaders — Osram OSCONIQ and Seoul Semiconductor — providing the ideal spectral composition for plant development at all stages, from seedlings to fruiting.
Key Features:
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Hybrid Spectrum: A combination of white diodes (3000K + 5000K) provides a solid full-spectrum foundation, while additional Osram OSCONIQ 660nm (Deep Red) LEDs deliver a powerful peak in the red zone, which is critical for photosynthesis and flowering.
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Extreme Efficiency: Utilizing top-tier LED bins, the module achieves efficacy levels of 186–200+ Lm/W(depending on the operating current). This reduces energy consumption and minimizes heat dissipation.
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Professional Mounting: The module is equipped with push-in terminal blocks. This ensures a reliable electrical contact and allows for solderless fixture assembly.
Светодиодный модуль SOL BEAM 450х41мм (линейный) для растений. 50-150Вт.
Interactive 3D PPFD lighting map: SPECLED Sol Beam V3 450x41mm
Additional Information
Technical Recommendations and Operation Manual
1. Operating Modes and Energy Efficiency
To ensure maximum lifespan and optimal efficiency, we recommend choosing the driver current based on your specific needs. Below are the performance metrics for the Sol Beam module:
| Operating Current (mA) | Mode Features | Efficacy (Lm/W) | Heat Dissipation |
|---|---|---|---|
| 1050 mA | Maximum energy saving | 200+ Lm/W | Minimal (Passive) |
| 2000 mA | Optimal power balance | 180+ Lm/W | Medium (Requires profile) |
| 3000 mA | Maximum photon flux | ~165 Lm/W | High (Active cooling/Massive heatsink) |
2. Cooling and Temperature Control (Risk Management)
The module is built on an aluminum substrate with high thermal conductivity; however, high-power LEDs require quality heat dissipation.
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Important: When operating at currents above 500 mA, it is mandatory to mount the module on an additional aluminum heatsink or a specialized phyto-profile.
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Mounting: Use a thin layer of thermal paste to eliminate air gaps. Recommended only for operating modes of 2A and above.
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Control: The substrate temperature at the hottest point must not exceed 65°C. Exceeding this threshold leads to LED crystal degradation and reduced luminous flux.
3. Connection and Installation Instructions
The Solderless system allows you to assemble the light fixture in minutes:
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Connectors: The module is equipped with original push-in terminal blocks. To secure the wire, simply insert the stripped end (solid core wire) into the connector.
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Wire: It is recommended to use solid copper wire or tinned stranded wire (cross-section 0.2–0.75 mm²).
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Circuit: When connecting multiple modules in series, ensure the driver's voltage matches the total voltage of all strips.
4. Spectrum Analysis (Expertise)
The spectral composition of the Sol Beam module is optimized for indoor growing:
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Deep Red (660 nm): The peak in the red zone from Osram diodes provides deep light penetration through foliage, stimulating photosynthesis and accelerating the transition to the flowering stage.
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Full Spectrum (3600K): Seoul Semiconductor white LEDs create a full-spectrum base that mimics sunlight. This allows for growing crops from seed to harvest without changing lamps.
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CRI > 80: High color rendering allows for easy diagnosis of plant diseases or pests under natural leaf color. It is also the optimal spectrum ratio for all stages of plant growth.
Frequently Asked Questions
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