AC Infinity CLOUDLAB 899 | 高级种植帐篷 8x8 | 2000D 钻石聚酯薄膜帆布 | 96 英寸 x 96 英寸 x 80 英寸

Quick Spec: SKU: AC-CBA899  |  Dimensions: 94.48" x 94.48" x 78.74" (240 x 240 x 200 cm)  |  Canvas: 2000D Oxford  |  Poles: 22mm Steel  |  Beam Capacity: 250 lbs  |  Fan/Light Capacity: 300 lbs  |  Hanging Bars: 8 + 8 Extra  |  Plant Capacity: 16 Plants (5 gal.)  |  MAP: $499

Precision Control in Any Space.

Every uncontrolled variable inside a grow enclosure is a direct tax on output. Light leaks collapse photoperiod integrity and trigger stress responses that compress yield windows. Undersized poles — the 18mm standard found across most of the market — flex under full equipment loads, introducing micro-vibration and structural drift that destabilize mounted lighting and airflow hardware over time. Duct ports without proper cinching allow pressure differentials to break atmospheric seals, letting humidity, temperature, and CO2 levels drift outside target ranges between manual checks. The result is a facility that demands constant intervention and still delivers inconsistent results cycle after cycle.

After deployment, the picture changes. The enclosure holds its seal across the full 64 sq ft canopy floor, maintaining the atmospheric parameters set at the controller without manual correction between cycles. Equipment loads — lights, fans, environmental controllers — are distributed across a reinforced hanging infrastructure rated to carry the weight without structural compromise. Duct connections stay locked. Light integrity stays intact. The operator moves from reactive troubleshooting to scheduled maintenance, and the canopy responds with the consistency that only a stable environment can produce.

The mechanism behind that stability is material specification. The CLOUDLAB 899 is constructed from 2000D Oxford canvas — the thickest canvas rating in the CLOUDLAB line — with a 100% external lightproof rating enforced by a 500G light-proof layer and front zipper flaps that eliminate the edge-gap failures common to single-layer zipper designs. The interior is lined with reengineered diamond-pattern Mylar, lab-tested using an Agilent UV-Vis-NIR Spectrophotometer for maximum light reflectivity, meaning every photon delivered by the lighting system is redirected back into the canopy rather than absorbed by the wall surface. The structural frame uses 22mm diameter steel poles — 22% larger in cross-section than the 18mm poles used in most competing enclosures — supporting a beam weight capacity of 250 lbs and a fan/light hanging capacity of 300 lbs across 8 primary hanging bars plus 8 additional bars. Atmospheric integration is handled through four 4-inch and four 8-inch duct openings with cinched ports, an integrated controller mounting plate with lightproof cable passthrough, and additional cinched duct ports sized for humidifiers, heaters, and A/C units. The observation window measures 13.78" x 39.37" (35 x 100 cm), providing a full canopy sightline without requiring door access. In practical terms, the CLOUDLAB 899 delivers a 100% lightproof, fully sealed atmospheric enclosure across a 94.48" x 94.48" x 78.74" interior volume with a 300 lb equipment support rating and integrated controller infrastructure at a MAP of $499.

Where This Belongs (and Doesn't)

Electrical circuit capacity, HVAC load calculations, and structural floor ratings for the installation space are the responsibility of the operator and qualified tradespeople. The CLOUDLAB 899 is an atmospheric enclosure, not a standalone electrical or HVAC system. Verify that your facility's circuit infrastructure supports the combined load of all equipment to be mounted inside this enclosure before deployment.

How It Works

The CLOUDLAB 899 functions as a closed atmospheric cortex — a sealed volume in which every environmental parameter is determined by the operator's equipment and control inputs rather than by ambient room conditions. The enclosure achieves this through four interdependent material and structural systems that work in combination rather than independently.

Structural Frame: The primary frame is constructed from 22mm diameter steel poles, which are 22% larger in cross-section than the 18mm poles used as the market standard. This diameter increase is not cosmetic — it directly reduces pole flex under load, which matters when 250 lbs of beam-mounted equipment and 300 lbs of fan and lighting hardware are suspended from the 8 primary and 8 additional hanging bars. The multi-base assembly system distributes structural load across the base perimeter, preventing point-load failures at corner joints under sustained equipment weight.

Atmospheric Seal: The 2000D Oxford canvas outer layer is rated 100% externally lightproof. The interior is backed by a 500G light-proof layer, and the front access points use SBS-brand zippers with front zipper flaps as a secondary barrier against light intrusion at the seam. Reinforced tent corners and a heavy-duty floor catch tray complete the perimeter seal. The result is a zero-light-leak enclosure under standard operating conditions.

Reflectivity System: The interior walls are lined with reengineered diamond-pattern Mylar, lab-tested using an Agilent UV-Vis-NIR Spectrophotometer. The diamond-pattern geometry distributes reflected photons across the canopy surface rather than creating hot-spot concentrations from flat-panel reflection. This means the lighting system's output is amplified by the enclosure walls rather than partially absorbed, increasing effective PPFD at the canopy without increasing fixture wattage.

Atmospheric Control Infrastructure: The CLOUDLAB 899 includes four 4-inch duct openings and four 8-inch duct openings for exhaust and intake routing. Additional cinched duct ports accommodate humidifiers, heaters, and A/C units without breaking the primary duct seal. The integrated controller mounting plate with lightproof cable passthrough allows environmental controllers to be mounted on the exterior of the enclosure with cable runs passing through a sealed port — eliminating the light-leak and seal-compromise issues associated with routing cables through standard duct openings. The observation window (13.78" x 39.37" / 35 x 100 cm) and dual side doors provide canopy access and visual monitoring without requiring full door opening. Rear intake holes measure 5.90" x 13.77" (15 x 35 cm) and side intake holes measure 5.90" x 13.77" (15 x 35 cm). In practical terms, the CLOUDLAB 899 delivers a fully sealed, reflectivity-optimized atmospheric enclosure measuring 94.48" x 94.48" x 78.74" with 22mm steel pole construction, 300 lb equipment support capacity, and integrated controller mounting infrastructure supporting up to 16 plants in 5-gallon containers.

System Integration

• Lighting Integration: The 8 primary hanging bars plus 8 additional bars support up to 300 lbs of fan and lighting equipment. Compatible with full-spectrum LED, CMH, and HPS fixture types. Verify fixture mounting hardware is rated for the hanging bar diameter before installation.
• Environmental Control Integration: The integrated controller mounting plate with lightproof cable passthrough is designed for AC Infinity's UIS (Universal Intelligence System) ecosystem controllers, including fan speed controllers, environmental monitors, and automated scheduling units. The plate accommodates external mounting with sealed cable entry, maintaining atmospheric integrity.
• Airflow Architecture: Four 4-inch and four 8-inch duct openings support inline fan and carbon filter configurations. Additional cinched ports accommodate supplemental climate equipment (humidifiers, heaters, A/C units) without compromising primary duct seals. Rear and side intake holes (5.90" x 13.77" each) support passive or active intake configurations.
• Irrigation and Containment: The heavy-duty reflective waterproof floor catch tray contains runoff, irrigation overflow, and debris within the enclosure perimeter. The tray's reflective lining contributes to the interior reflectivity system.
• Monitoring Access: The 13.78" x 39.37" observation window and dual side doors allow canopy inspection, sensor placement, and equipment adjustment without full door access, reducing atmospheric disruption during active grow cycles.

Facility Integration Data

The following ROI reference table is provided for fleet-scale deployment planning. Values are based on the MAP price of $499 per unit (AC-CBA899) and are intended as budgetary reference figures only — actual facility costs will vary based on ancillary equipment, installation labor, and operational overhead.

Operator Field Notes

• Controller Plate Routing: Route all environmental controller cables through the integrated lightproof cable passthrough on the controller mounting plate — do not route cables through duct openings. Cables routed through duct openings compromise the atmospheric seal and create light-leak pathways at the cinch point.
• Pole Load Distribution: The 22mm steel poles support 250 lbs of beam-mounted weight and 300 lbs of fan/light hanging weight, but load distribution across the 8 primary and 8 additional hanging bars matters. Concentrate heavy fixture loads at bar intersections rather than mid-span to minimize deflection under sustained weight.
• Zipper Maintenance: SBS zippers are specified for smooth, jam-free operation, but zipper longevity is directly tied to keeping the zipper track free of debris, salt deposits from nutrient spray, and particulate buildup. Wipe zipper tracks with a dry cloth after each canopy access event during active cycles.
• Duct Port Cinching: All duct ports should be cinched to the minimum diameter that accommodates the duct without restricting airflow. Over-cinching collapses flexible ducting and creates back-pressure; under-cinching allows light intrusion and atmospheric bleed at the port collar.
• Floor Tray Inspection: The heavy-duty catch tray should be inspected for standing water after each irrigation event. Standing water in the tray creates humidity load inside the enclosure that is not accounted for in the environmental controller's baseline readings — drain the tray as part of the post-irrigation protocol.
• Assembly Sequence: The CLOUDLAB 899 uses a multi-base assembly system. Complete the base frame assembly and verify all pole connections are fully seated before attaching the canvas — attempting to fit the canvas over a partially assembled frame stresses the corner reinforcements and zipper attachment points.

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 addresses cannot be fulfilled through this listing.
• Carrier & Transit: The CLOUDLAB 899 ships via ground carrier. Estimated transit times vary by destination zone. Tracking information is provided at the time of shipment. Inspect the outer carton for damage before signing for delivery — note any visible damage on the carrier receipt before the driver departs.
• Returns: Returns are accepted for defective or damaged units per Cannafull Spectrum Solutions' Return Policy. Non-defective returns must be initiated within the return window specified at cannafullspec.com/pages/return-policy. Units must be returned in original, unassembled condition with all original packaging.
• 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 about your order, freight status, or volume pricing: contact Cannafull Spectrum Solutions at cannafullspec.com or through the store contact page.

What's in the Box

• CLOUDLAB 899 grow tent canvas assembly (2000D Oxford outer, diamond-pattern Mylar interior lining)
• 22mm diameter steel pole frame set (multi-base assembly system)
• 8 primary hanging bars + 8 additional hanging bars
• Heavy-duty reflective waterproof floor catch tray
• Integrated controller mounting plate (pre-installed on canvas)
• Detachable tool bag (accessory organizer)
• Assembly hardware and instructions

Note: Contents confirmed from AC Infinity manufacturer source documentation. Lighting fixtures, environmental controllers, fans, ducting, and growing media are not included and must be sourced separately. If your shipment is missing any listed component, contact Cannafull Spectrum Solutions before initiating assembly — do not discard packaging until all components have been verified against this list.

Regional Compliance & Deployment Notes

• Licensing Jurisdiction: The CLOUDLAB 899 is a cultivation enclosure. Its purchase, possession, and use are subject to the cultivation licensing requirements of the state and local jurisdiction in which it is deployed. Cannafull Spectrum Solutions does not provide legal or compliance guidance — verify that your facility holds all required state and local cultivation licenses before deployment.
• Electrical Compliance: All electrical equipment installed inside or connected to the CLOUDLAB 899 must comply with applicable NEC (National Electrical Code) requirements and local jurisdiction amendments. Circuit capacity, grounding, and GFCI protection requirements for indoor cultivation environments vary by state and municipality — consult a licensed electrician before energizing equipment inside the enclosure.
• Building Code: Installation of a grow enclosure of this size (94.48" x 94.48" x 78.74") in a commercial or mixed-use building may require notification to or approval from the building owner, property manager, or local building authority depending on jurisdiction. Verify applicable requirements before deployment.
• Fire Code: The combination of high-wattage lighting, enclosed atmospheric conditions, and combustible growing media creates fire risk factors that are regulated under local fire codes in many U.S. jurisdictions. Consult your local fire authority having jurisdiction (AHJ) regarding applicable requirements for enclosed indoor cultivation spaces.
• Shipping Jurisdiction: This product is available for shipment within the contiguous 48 United States only through Cannafull Spectrum Solutions. No shipments to Canadian provinces or international destinations.

Cannafull Spectrum Solutions is a factory-authorized dealer of AC Infinity products. Product specifications, claims, and warranty terms are sourced from AC Infinity Inc. manufacturer documentation and are presented as provided. Specifications are subject to change by the manufacturer without notice. Verify current specifications at acinfinity.com before finalizing procurement decisions. Cannafull Spectrum Solutions does not provide legal, electrical, or compliance consulting services. All regulatory compliance obligations remain with the purchasing operator and their qualified advisors.