Mars Hydro VG80 80W LED Clone Light | 1.98 µmol/J ETL

Quick Spec: 80W ± 5% | 155 µmol/s PPF | 1.98 µmol/J PPE | 2'x4' Coverage | AC100-277V | IP65 | ETL, DLC, CE, UKCA, RoHS | 5-Year Warranty | Daisy-chain up to 20 units

Precision Control in Any Space

Fluorescent tube arrays have a compounding problem that operators rarely price correctly: lumen depreciation begins the moment the lamp fires, output variance widens across a multi-tier rack as tubes age at different rates, and the thermal load from aging T5 banks forces HVAC to compensate for heat that was never doing photosynthetic work. Every week that passes without a lamp audit is a week where your propagation output is drifting — and you have no instrument telling you by how much. The result is uneven rooting rates, inconsistent vegetative transition timing, and a propagation stage that introduces variance into every downstream cycle.

After deployment, the propagation room operates on a fixed, predictable photon budget. Every position on the rack receives the same spectral signature — cool white 4800-5000K broadband output combined with targeted 455-465nm blue and 650-665nm red channels — from day one through year five without a single lamp swap. Rack density stays consistent. Rooting uniformity improves because the light environment stops being a variable. Operators running multi-tier systems can expand coverage by daisy-chaining additional bars without rewiring, without new controllers, and without introducing new points of failure into the propagation environment.

The mechanism behind that stability is a passively cooled dual-bar architecture drawing 80W ± 5% at AC100-277V — compatible with both 120V and 240V facility infrastructure without an adapter or driver swap. Each bar contributes 40W, and the combined array delivers 155 µmol/s total PPF at a photon efficacy of 1.98 µmol/J. The IP65-rated housing with a transparent waterproof lampshade protects the diode array and driver circuitry from moisture intrusion in high-humidity propagation environments, and the slim 1,150 x 50 x 31mm profile installs flush against rack shelving without consuming vertical clearance. In practical terms, the VG80 delivers 155 µmol/s PPF across a 2'x4' core coverage footprint at 80W on any facility voltage between 100V and 277V.

Where This Belongs (and Doesn't)

Electrical installation must comply with applicable NEC and local jurisdiction requirements. Daisy-chain configurations drawing cumulative amperage must be evaluated against circuit capacity by a qualified electrician before deployment. HVAC load calculations should account for fixture BTU output in enclosed rack environments.

How It Works

The VG80 is a dual-bar passive-cooling architecture — two 40W light bars operating in parallel from a single input cable, delivering a combined 80W ± 5% draw. Passive cooling eliminates the fan assemblies and moving parts that introduce noise, vibration, and maintenance intervals into propagation environments. The fixture accepts AC100-277V input, drawing 0.682A at AC120V, 0.351A at AC240V, or 0.315A at AC277V, making it directly compatible with standard North American 120V circuits and 240V facility panels without voltage conversion hardware.

The spectral architecture combines a 4800-5000K broadband cool white channel with targeted narrow-band output at 455-465nm (blue) and 650-665nm (red). The cool white channel provides the broadband photon density that drives vegetative cell expansion and chlorophyll synthesis. The 455-465nm blue channel supports compact internodal development and stomatal regulation during propagation. The 650-665nm red channel accelerates early root initiation and drives the photosynthetic absorption peak in young tissue. Together, these three channels produce 155 µmol/s total PPF at 1.98 µmol/J — a photon efficacy figure that positions the VG80 well above legacy fluorescent tube output per watt consumed.

The IP65 housing is constructed with a transparent waterproof lampshade that seals the diode array and driver circuitry against moisture ingress — a critical specification in propagation environments where misting, high relative humidity, and irrigation overspray are routine operating conditions. The slim 1,150 x 50 x 31mm bar profile allows installation in bottom, side, under-lighting, and top-lighting orientations across cultivation rack systems. Daisy-chain connectivity supports up to 20 units on a single circuit run using 0.5M series cables, with a 1.5M input power cable providing the primary connection point. In practical terms, the VG80 delivers 155 µmol/s PPF at 1.98 µmol/J from a 1,150 x 50 x 31mm passive-cooled bar rated IP65 and certified ETL, DLC, CE, UKCA, and RoHS.

System Integration

• Daisy-Chain Scalability: Up to 20 VG80 units can be linked in series using 0.5M series cables from a single circuit connection point, reducing conduit runs and simplifying rack wiring in multi-tier propagation systems.
• Universal Voltage Input: AC100-277V input range allows direct integration into both 120V and 240V facility panels — confirmed draw at 0.682A (120V), 0.351A (240V), and 0.315A (277V).
• Multi-Orientation Mounting: Compatible with bottom, side, under-lighting, and top-lighting rack configurations — the 1,150 x 50 x 31mm slim profile fits standard cultivation rack shelving without modification.
• Fluorescent Retrofit: Direct replacement for T5, T8, and T12 fluorescent grow light arrays — no ballast or fixture housing modification required in most rack installations.
• Moisture-Rated Deployment: IP65 certification supports integration into propagation rooms, cloning chambers, and enclosed cultivation enclosures where humidity and irrigation overspray are present.

Facility Integration Data

The following ROI model projects electrical consumption and fleet-level cost at three deployment scales, using the VG80's rated 80W draw and a $0.12/kWh commercial utility rate baseline — operators should substitute their actual rate for facility-specific projections.

Operator Field Notes

• Daisy-chain circuit planning is mandatory before scaling: At 20 units on a single 120V circuit, cumulative draw reaches 13.64A — verify circuit breaker capacity and wire gauge before connecting the full chain.
• Mounting orientation affects uniformity: Top-lighting at close proximity (6-12 inches) over propagation trays delivers the most uniform PPFD distribution across the 2'x4' footprint; side-lighting applications require spacing adjustment to avoid edge shadowing.
• IP65 does not mean submersion-rated: The waterproof lampshade protects against moisture ingress from misting and humidity — do not submerge or direct high-pressure water streams at the fixture housing.
• Passive cooling requires airflow clearance: Do not install with zero clearance against solid surfaces on all sides — allow at least minimal airflow across the bar housing to maintain thermal performance over the 50,000-hour rated lifespan.
• Series cable length governs rack spacing: The 0.5M series cable between daisy-chained units sets the maximum inter-unit spacing in a rack run — plan rack tier spacing accordingly before committing to mounting hardware.
• DLC certification supports utility rebate applications: The VG80 carries DLC certification, which qualifies it for commercial energy efficiency rebate programs offered by many U.S. utility providers — verify eligibility with your utility before purchase.

Operator FAQ

Shipping & Logistics

• Shipping Territory: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. Orders to Alaska, Hawaii, U.S. territories, and international destinations are not fulfilled through this listing.
• Transit Time: Standard commercial ground transit applies. Tracking information is provided at shipment confirmation. Delivery windows vary by destination and carrier availability.
• Returns: Defective units are covered under the 5-year manufacturer warranty. Contact Cannafull Spectrum Solutions before initiating any return to confirm eligibility and receive a return authorization.
• Restocking Fee: Returns of non-defective items are subject to a restocking fee of up to 25% per our Return Policy. Review full terms at cannafullspec.com/pages/return-policy before ordering.

Questions before ordering? Contact Cannafull Spectrum Solutions directly — our team is available to assist with fleet sizing, circuit planning, and compatibility verification for your facility configuration.

What's in the Box

• 2 x Mars Hydro VG80 LED light bars (40W each)
• 1 x Input power cable (1.5M)
• Series daisy-chain cable(s) (0.5M per connection)

Package contents confirmed from manufacturer source data. Mounting hardware, hanging accessories, and timer/controller components are not included unless explicitly listed above. Verify complete accessory requirements for your rack configuration before ordering.

Regional Compliance & Deployment Notes

• ETL Certification: ETL listing confirms the VG80 meets applicable UL safety standards for electrical equipment deployed in U.S. commercial facilities. ETL-listed fixtures are accepted by U.S. authorities having jurisdiction (AHJ) in most commercial building inspection contexts.
• DLC Certification: DesignLights Consortium listing qualifies the VG80 for commercial LED rebate programs administered by participating U.S. utility providers. Rebate availability and amounts vary by utility and program cycle.
• RoHS Compliance: The VG80 meets RoHS (Restriction of Hazardous Substances) standards, confirming the fixture does not contain restricted levels of lead, mercury, cadmium, or other regulated substances — relevant for facilities operating under state environmental compliance programs.
• CE and UKCA Markings: CE and UKCA certifications are present on the fixture. These markings are relevant for international compliance documentation but do not alter the product's U.S. deployment specifications or warranty terms.
• IP65 Environmental Rating: IP65 certification is recognized under IEC 60529 and is applicable to U.S. commercial facility inspections where moisture-rated fixtures are required in propagation and cloning room environments.
• NEC Compliance Responsibility: Daisy-chain wiring configurations must comply with the National Electrical Code (NEC) and applicable local jurisdiction amendments. Circuit load calculations, wire gauge selection, and breaker sizing are the responsibility of the installing electrician.
• State Cannabis Facility Requirements: Operators in licensed cannabis cultivation facilities should verify that fixture certifications meet state-specific facility licensing requirements. ETL and DLC listings satisfy the compliance documentation requirements of most U.S. state cannabis regulatory agencies, but operators should confirm with their state licensing authority.

Cannafull Spectrum Solutions distributes the Mars Hydro VG80 exclusively within the contiguous 48 United States. All compliance certifications listed reflect manufacturer documentation. Operators are responsible for verifying current certification status and local jurisdiction applicability prior to installation. This product page does not constitute legal or electrical engineering advice.