Mars Hydro TS 1000 150W LED Grow Light | 2.3 μmol/J PPE

Quick Spec: 150W ± 5% | 343 µmol/s PPF | 2.3 µmol/J PPE | 2×2 ft Flower Coverage | ETL Certified | 5-Year Warranty | SKU: TS-1000-2510

Precision Control in Any Space

Guesswork is the most expensive line item in any cultivation budget — and it rarely appears on a balance sheet until the damage is done. When your light source cannot be dialed to the exact intensity a given growth stage demands, every canopy becomes a variable you cannot control. Fixtures with fixed output force operators to compensate through hang height adjustments, reflector repositioning, and manual scheduling workarounds that introduce new inconsistencies with every correction. Lamp depreciation compounds the problem silently: a fixture that delivered adequate photon flux at installation may be operating 20–30% below rated output within 12 months, with no visible indicator and no automated correction. The result is uneven canopy development, extended cycle times, and yield figures that drift from run to run without a clear causal explanation.

After deployment, the operational picture changes materially. A facility running the TS 1000 operates with a fixed, known photon output that does not degrade across the fixture's rated service life. Dimming is executed through Bluetooth-connected software, not manual intervention — meaning light intensity adjustments for seedling establishment, vegetative development, and peak flower saturation are scheduled, logged, and repeatable. Multiple fixtures can be linked via dimmer wire for simultaneous switching and dimming across an entire zone, eliminating the per-fixture adjustment labor that compounds across larger deployments. The canopy receives what it was designed to receive, every cycle, without operator guesswork.

The mechanism behind that consistency is a BridgeLux diode array operating at 150W ± 5% across AC100–277V input, producing 343 µmol/s PPF at a system efficacy of 2.3 µmol/J. The full-spectrum output spans 660–665 nm, 730–740 nm, 3000–3200K, and 6000–6500K — covering the red, far-red, and broad-spectrum white channels required for complete photomorphogenic response across all growth stages. Dimming is continuous from 0–100% via the iConnect Bluetooth interface, with no step-locking or minimum threshold that would limit low-intensity seedling protocols. The fixture is passively cooled — no moving parts, no fan failure modes, no acoustic output — and is rated for 50,000 hours of service life. Flower coverage is 2×2 ft; vegetative coverage extends to 2.5×2.5 ft. In practical terms, the TS 1000 delivers 343 µmol/s PPF across a 2×2 ft flower footprint at 150W draw with a 50,000-hour rated service life and zero active cooling components.

Where This Belongs (and Doesn't)

Electrical installation, circuit load calculations, and HVAC integration should be performed by a licensed electrician and mechanical contractor. The coverage and mounting specifications below reflect manufacturer-rated performance under standard operating conditions. Facility-specific variables including ambient temperature, reflectivity, and canopy architecture will affect realized PPFD at the canopy surface.

How It Works

The TS 1000 is built around a BridgeLux diode array configured to deliver full-spectrum output across four distinct spectral channels: 660–665 nm (deep red, primary photosynthetic driver), 730–740 nm (far-red, photomorphogenic extension and stem elongation control), 3000–3200K (warm white, broad-spectrum vegetative and flower support), and 6000–6500K (cool white, blue-dominant vegetative and structural development). This four-channel architecture ensures that the fixture is not optimized for a single growth stage — it provides the photon ratios required from seedling establishment through peak flower development without requiring a fixture swap or supplemental lighting addition.

Electrical input is rated for AC100–277V, making the fixture compatible with standard 120V North American circuits as well as 240V and 277V commercial panel configurations. At AC120V, draw is 1.235A; at AC240V, 0.6223A; at AC277V, 0.5498A. Thermal output is 511.5 BTU/hr. The fixture is passively cooled — the aluminum housing dissipates heat through conduction and convection without any fan, motor, or moving component. This eliminates the primary mechanical failure mode in LED fixtures and removes acoustic output entirely from the cultivation environment. The physical profile is 15.98 × 12.83 × 1.9 inches (382 × 336.63 × 54.5 mm), and the fixture is rated for 50,000 hours of service life. Dimming is continuous from 0–100% via the iConnect Bluetooth interface; multiple units are linkable via dimmer wire for simultaneous zone-level switching and dimming without per-fixture manual adjustment. In practical terms, the TS 1000 delivers 343 µmol/s PPF at 2.3 µmol/J system efficacy across a 2×2 ft flower footprint, drawing 150W at rated input with 511.5 BTU/hr thermal output and no active cooling components across a 50,000-hour service life.

System Integration

• Daisy-Chain Linkage: Multiple TS 1000 units connect via dimmer wire for simultaneous switching and dimming across a cultivation zone — one control point governs the entire linked array without per-fixture intervention.
• iConnect Bluetooth Control: 0–100% continuous dimming is executed through the iConnect Bluetooth interface, enabling scheduled intensity protocols for each growth stage without manual adjustment at the fixture.
• Universal Voltage Input: AC100–277V compatibility integrates with standard 120V residential circuits and 240V/277V commercial panel configurations without requiring a step-down transformer or dedicated circuit modification in most installations.
• Passive Thermal Management: The aluminum housing dissipates 511.5 BTU/hr through conduction and convection. No fan or active cooling component is present, eliminating mechanical failure risk and reducing HVAC load relative to equivalent HID installations.
• Low-Profile Form Factor: At 1.9 inches depth (54.5 mm), the fixture integrates into tiered shelving systems and low-clearance enclosures where bar-style fixtures with deeper heat sinks cannot be accommodated.

Facility Integration Data

The following ROI model projects electrical operating cost and fixture amortization across fleet sizes based on the TS 1000's rated 150W draw, 2.3 µmol/J system efficacy, and 50,000-hour service life. Electricity cost is modeled at $0.12/kWh as a baseline; adjust for your facility's actual utility rate.

Operator Field Notes

• Dimming Protocol by Stage: The 0–100% continuous dimming range allows operators to run reduced intensity during seedling establishment and ramp to full output at peak flower without fixture repositioning — a meaningful labor reduction across multi-cycle annual schedules.
• Daisy-Chain Zone Control: Linking multiple units via dimmer wire consolidates zone-level intensity management to a single control point. For operators running tiered or multi-tent configurations, this eliminates per-fixture adjustment as a recurring labor task.
• Thermal Load Planning: At 511.5 BTU/hr per fixture, the TS 1000 imposes a lower thermal load than equivalent HID installations. For multi-unit deployments, sum BTU output across the fleet and verify that existing HVAC capacity can absorb the aggregate load before scaling.
• Voltage Verification: The fixture is rated for AC100–277V. Confirm panel voltage and circuit amperage before installation. At AC120V, draw is 1.235A per fixture; at AC240V, 0.6223A; at AC277V, 0.5498A. Circuit loading calculations should account for NEC 80% continuous load derating.
• Mounting Clearance: The 1.9-inch (54.5 mm) fixture depth is a primary advantage in tiered shelving and low-clearance enclosures. Confirm vertical clearance between shelf tiers before specifying mounting hardware.
• Service Life Tracking: The 50,000-hour rated service life eliminates lamp replacement scheduling within the warranty period. Log fixture installation dates and cumulative operating hours to track fleet-wide depreciation and plan capital replacement cycles accurately.

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 & Handling: Orders are processed and shipped via standard carrier service. Tracking information is provided upon shipment confirmation. Cannafull Spectrum Solutions is not responsible for carrier delays once the shipment has been tendered to the carrier.
• Returns: Defective units are covered under the manufacturer warranty. Contact support@cannafullspec.com before initiating any return. Unauthorized returns may be refused. Review full return terms at cannafullspec.com/pages/return-policy before ordering.
• 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.

For pre-purchase technical questions, fleet procurement inquiries, or warranty support: support@cannafullspec.com

What's in the Box

• 1× Mars Hydro TS 1000 150W LED Grow Light fixture
• Power cord (plug configuration matched to U.S. civilian voltage standard)
• Hanging hardware (manufacturer-included mounting kit)
• User documentation and warranty registration information

Box contents are confirmed based on manufacturer-published documentation. Cannafull Spectrum Solutions cannot guarantee inclusion of items not listed above. If your shipment is missing a listed component, contact support@cannafullspec.com within 48 hours of delivery with your order number and a photograph of the received contents.

Regional Compliance & Deployment Notes

• ETL Certification: The TS 1000 carries ETL certification, confirming compliance with applicable U.S. electrical safety standards for indoor lighting equipment. ETL listing is recognized by authorities having jurisdiction (AHJ) across licensed U.S. facilities.
• Additional Certifications: The fixture also carries UKCA, CE, and RoHS certifications. UKCA and CE are European/UK market certifications and are noted for reference only — Cannafull Spectrum Solutions ships within the contiguous 48 United States only.
• Voltage Compliance: The AC100–277V universal input range is compatible with U.S. standard 120V, 240V, and 277V commercial panel configurations. Plug configuration is shipped to match U.S. civilian voltage standards. No adapter or step-down transformer is required for standard U.S. installation.
• NEC Compliance: Electrical installation must comply with the National Electrical Code (NEC) and applicable local amendments. Circuit loading, conductor sizing, and overcurrent protection must be specified by a licensed electrician based on the fixture's rated amperage at the installation voltage.
• State Licensing: Operation of cultivation lighting equipment in licensed facilities is subject to state-specific cannabis or hemp cultivation regulations. The operator is solely responsible for confirming that equipment deployment complies with applicable state licensing conditions, facility inspection requirements, and canopy tracking obligations.
• RoHS Compliance: RoHS certification confirms that the fixture is manufactured without restricted hazardous substances, supporting compliance with facility environmental and waste disposal requirements in applicable U.S. jurisdictions.

Compliance certifications are issued by the manufacturer and verified at time of product listing. Cannafull Spectrum Solutions does not independently test or re-certify products. Operators are responsible for confirming that certification status remains current and meets the requirements of their specific jurisdiction and licensing authority. For jurisdiction-specific compliance questions, consult your state licensing authority or a qualified compliance consultant.