Gavita Pro RS 2400e LED Grow Light

Commercial-Grade LED Power Redefined with the Gavita Pro RS 2400e

The Gavita Pro RS 2400e is a professional-tier LED grow light delivering 2400 µmol/s of photosynthetic photon flux at 750W input power - achieving 3.2 µmol/J efficacy - across a full-spectrum output designed for high-intensity indoor cultivation. With a foldable 8-rail configuration, wide-range 208-480V AC input, and a compact 44.1 x 43.7 x 3.3 in form factor at 33 lbs, the Pro RS 2400e is engineered for large-scale commercial operations demanding both maximum photon output and operational flexibility across diverse facility types.

Key Features & Benefits

• 2400 µmol/s PPF at 750W - Delivers the intense photon flux density required to drive peak photosynthetic rates across dense commercial canopies, supporting high-productivity crop cycles year-round.
• 3.2 µmol/J photon efficacy - Exceptional efficiency reduces the energy cost per unit of light delivered, lowering operating expenses at scale compared with legacy HPS or lower-efficiency LED systems.
• foldable 8-rail light bar configuration - The multi-bar fixture design provides wide, uniform light distribution across large canopy footprints, reducing hot spots and ensuring consistent PPFD from edge to edge.
• 208-480V AC wide-range input - Accepts a broad voltage range, allowing direct deployment into diverse facility electrical infrastructures across North America without step-down transformers or custom wiring.
• Full-spectrum output - Covers the complete photosynthetically active radiation band plus far-red wavelengths to support all growth stages and promote secondary metabolite accumulation in indoor crops.
• Compact, lightweight form factor - At 44.1 x 43.7 x 3.3 in and 33 lbs, the Pro RS 2400e fits standard commercial greenhouse and grow room ceiling spaces without requiring structural modifications to existing mounting infrastructure.

Who Should Use This

Large-scale commercial indoor cultivators, greenhouse operators, and vertical farm facilities that require maximum photon output per fixture while keeping energy consumption and operating costs in check. The Pro RS 2400e is ideal for operators replacing high-wattage HPS double-ended systems with modern LED technology and seeking to maintain or improve yield while significantly reducing power draw.

Compatibility

The Pro RS 2400e accepts 208-480V AC input and is compatible with Gavita's EL3 master controller ecosystem for centralised dimming and environmental management across large fixture arrays. Hanging hardware and rail system brackets are available separately. Verify your facility's electrical supply and distribution capacity with a licensed electrician before installation.

Frequently Asked Questions

How does the Pro RS 2400e compare with a 1000W DE HPS in terms of crop performance?

The Pro RS 2400e's 3.2 µmol/J efficacy means it delivers more photons per watt than HPS, and its full-spectrum output more closely matches the spectral needs of indoor crops throughout all growth stages. Most commercial operators report equivalent or improved crop performance at lower energy consumption after transitioning from DE HPS to the Pro RS 2400e.

Can the Pro RS 2400e be dimmed or controlled centrally?

Yes - the Pro RS 2400e is compatible with Gavita's EL3 master controller, enabling centralised dimming, light scheduling, and environmental response across an entire facility's fixture array from a single control point.

What mounting hardware is required?

The Pro RS 2400e is compatible with Gavita's LED Rail System and standard commercial grow room ratchet hangers. The Gavita LED Rail System Hanging Bracket (sold separately) is recommended for rail-based installations to ensure secure, level mounting.

Is the Pro RS 2400e suitable for both greenhouse supplemental lighting and fully enclosed grow rooms?

Yes - the wide-range 208-480V input and robust build quality make the Pro RS 2400e suitable for both controlled-environment greenhouses supplementing natural light and fully enclosed indoor grow rooms operating on artificial light cycles alone.