Tienda de cultivo avanzada AC Infinity CLOUDLAB 866 | 5 x 5 | Lona Mylar con diseño de diamante de 2000 D | 60" x 60" x 80"

The Environment Doesn't Control Itself

Every uncontrolled variable inside a cultivation enclosure is a compounding liability. Light contamination during dark cycles disrupts photoperiod integrity and triggers stress responses that reduce output quality. Structural flex in undersized poles allows canopy sag under loaded hanging bars, shifting light distribution and creating uneven zones. Zipper failures and poorly sealed duct ports become atmospheric dead zones — humidity stratifies, CO2 gradients form, and temperature uniformity collapses. The enclosure that was supposed to isolate your environment becomes the primary source of variance. These are not edge cases; they are the predictable failure modes of equipment built to a lower standard, and they accumulate silently across every cycle.

After deploying the CLOUDLAB 866, the enclosure becomes a controlled atmospheric boundary rather than a liability. Six plants in 5-gallon containers operate under a sealed, lightproof canopy where every input — light schedule, humidity, temperature, CO2 — is governed by the operator rather than by structural gaps. The observation window at 13.78" x 47.24" provides a full canopy view without breaking the climate seal. Controller integration through the dedicated mounting plate with lightproof cable passthrough means automation hardware connects cleanly without creating ingress points. The environment holds because the enclosure is engineered to hold it.

The mechanism behind that stability is material and structural specification. The frame is constructed from 22 mm diameter steel poles — 22% larger in cross-section than the 18 mm standard found in most competitive enclosures — delivering a 300 lb total frame load capacity with a 250 lb beam weight capacity across 3 primary hanging bars plus 1 additional bar. The canvas is 2000D Mylar, the thickest density rating in the category, with a 500G light-proof layer and a diamond-patterned interior lining lab-tested via Agilent UV-Vis-NIR Spectrophotometer for maximum reflectivity. Atmospheric management is served by two 4-inch duct openings and five 8-inch duct openings, plus rear intake holes at 5.90" x 13.77" (15.0 x 35.0 cm) and side intake holes at 5.90" x 13.77" (15.0 x 35.0 cm), accommodating full HVAC integration including humidifiers, heaters, and A/C units through the controller mounting plate's additional duct ports. In practical terms, the CLOUDLAB 866 delivers a 100% lightproof, 300 lb-rated sealed cultivation enclosure across a 59.05" x 59.05" x 78.74" footprint with a 2000D diamond Mylar interior and seven total duct openings for complete atmospheric control.

Where This Belongs (and Doesn't)

Electrical and HVAC connections to this enclosure must be performed by a licensed contractor in accordance with local codes. Duct port sizing and controller wiring must comply with applicable facility electrical standards. Cannafull Spectrum Solutions does not provide installation services.

How It Works

The CLOUDLAB 866 operates as a sealed atmospheric enclosure through the coordinated function of four engineered subsystems: structural frame, canvas shell, optical interior, and atmospheric interface. Each subsystem is specified to eliminate a distinct failure mode rather than to meet a minimum threshold.

Structural Frame: The 22 mm diameter steel poles provide the primary load-bearing architecture. At 22 mm, the pole cross-section is measurably larger than the 18 mm standard used in most competitive enclosures, reducing flex under loaded hanging bars. The frame supports a total load capacity of 300 lbs with a beam weight capacity of 250 lbs distributed across 3 primary hanging bars and 1 additional bar. Reinforced tent corners distribute stress at the highest-load junction points, preventing deformation under sustained equipment weight. The steel controller plate provides a rigid, dedicated mounting surface for environmental automation hardware.

Canvas Shell: The outer shell is Oxford fabric. The canvas itself is 2000D Mylar — the highest density rating in the category — with a 500G light-proof layer providing 100% external lightproof performance. Front zipper flaps add a secondary barrier at the highest-risk light ingress point. SBS zippers are specified for operational durability and ease of access without compromising the seal. The result is a canvas assembly that maintains photoperiod integrity across the full dark cycle without requiring supplemental blackout measures.

Optical Interior: The interior lining is a diamond-patterned Mylar design, lab-tested using an Agilent UV-Vis-NIR Spectrophotometer to verify maximum light reflectivity. The diamond pattern increases the effective reflective surface area relative to a flat Mylar lining, redirecting photons that would otherwise be absorbed by the wall back into the canopy. The spill tray is constructed with a reflective waterproof lining, maintaining the optical environment at the floor level while providing liquid containment.

Atmospheric Interface: Seven duct openings — two 4-inch and five 8-inch — provide configurable airflow routing for intake, exhaust, and supplemental climate equipment. The rear intake hole measures 5.90" x 13.77" (15.0 x 35.0 cm); the side intake hole measures 5.90" x 13.77" (15.0 x 35.0 cm). The controller mounting plate includes a lightproof cable passthrough and additional duct ports specifically sized for humidifiers, heaters, and A/C units, enabling full atmospheric automation without creating uncontrolled light or air gaps. The observation window at 13.78" x 47.24" (35.0 x 120.0 cm) allows full canopy inspection without opening the primary access panel. In practical terms, the CLOUDLAB 866 integrates a 300 lb steel frame, 2000D lightproof canvas, lab-verified diamond Mylar interior, and seven duct openings into a 59.05" x 59.05" x 78.74" sealed enclosure rated for 6 plants in 5-gallon containers.

Commercial Assurance

Cannafull Spectrum Solutions is a factory-authorized dealer for AC Infinity CLOUDLAB enclosures. Every unit sold through this listing is a genuine AC Infinity product covered under the manufacturer's warranty terms. Warranty period and coverage terms are defined by AC Infinity and apply from the date of purchase. Contact AC Infinity directly or through Cannafull Spectrum Solutions for warranty service initiation.

• Genuine AC Infinity product — not a gray-market or third-party repackaged unit
• Manufacturer warranty applies — review current warranty terms at AC Infinity's official documentation
• Factory-authorized dealer status ensures warranty claims are processed without dispute on product authenticity
• Pre-sale technical support available through Cannafull Spectrum Solutions for configuration and integration questions
• Post-sale warranty coordination available — contact support at cannafullspec.com

System Integration

• Lighting: The 300 lb frame load capacity and 250 lb beam capacity across 4 hanging bars (3 primary + 1 extra) accommodate full-spectrum LED fixtures, supplemental UV bars, and associated driver hardware without structural compromise.
• Atmospheric Control: Five 8-inch duct openings support high-CFM inline fans, carbon filters, and ducted HVAC connections. Two 4-inch openings serve secondary intake or sensor cable routing. The controller mounting plate with lightproof cable passthrough integrates directly with AC Infinity UIS-compatible controllers and third-party environmental automation systems.
• Climate Equipment: The controller mounting plate's additional duct ports are specifically designed to accept humidifier, heater, and A/C unit connections without requiring field modification to the canvas.
• Monitoring: The 13.78" x 47.24" observation window enables visual canopy inspection and sensor placement verification without breaking the atmospheric seal or interrupting the light schedule.
• Containment: The reflective waterproof spill tray provides liquid containment at the floor level, protecting the deployment surface and maintaining the optical environment during irrigation events.

Facility Integration Data

The following ROI reference data is provided to assist procurement decisions for multi-unit deployments; actual results depend on facility configuration, crop selection, and operational management.

Operator Field Notes

• Duct Port Allocation: With five 8-inch and two 4-inch openings, operators running a single inline fan and carbon filter still have three to four 8-inch ports available for passive intake, supplemental CO2 routing, or sensor cable management — plan port allocation before installation to avoid field modifications.
• Hanging Bar Load Distribution: The 250 lb beam weight capacity is distributed across 3 primary bars plus 1 extra bar. When suspending a full-spectrum LED fixture plus driver plus supplemental bar, verify combined weight against the per-bar load rating rather than the total frame capacity to avoid point-load stress on individual connection nodes.
• Zipper Maintenance: SBS zippers maintain seal integrity over extended operational cycles, but periodic lubrication with a dry zipper lubricant (not petroleum-based) extends service life and prevents binding under repeated daily access.
• Controller Plate Integration: The lightproof cable passthrough on the controller mounting plate is designed for clean integration with environmental automation hardware. Route all sensor and power cables through this point rather than improvising gaps at duct openings to maintain the 100% lightproof rating during dark cycles.
• Spill Tray Inspection: The reflective waterproof spill tray should be inspected for standing water after each irrigation event. Prolonged standing water at the base of the canvas can wick into the lower canvas seam over time; drain and dry the tray as part of standard post-irrigation protocol.
• Observation Window Protocol: The 13.78" x 47.24" window provides full canopy visibility without opening the main access panel. Use this as the primary inspection point during active dark cycles to maintain photoperiod integrity — opening the main zipper during dark periods is the most common source of unintended light exposure in sealed enclosure operations.

Operator FAQ

Shipping & Logistics

• Shipping Jurisdiction: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. Orders to Alaska, Hawaii, U.S. territories, or international addresses cannot be fulfilled through this listing.
• Carrier & Transit: The CLOUDLAB 866 ships via standard ground carrier. Transit times vary by destination within the contiguous 48 states. Tracking information is provided at time of shipment. Inspect packaging for visible damage before signing for delivery — note any damage on the carrier receipt before the driver departs.
• Returns: Returns are accepted subject to the conditions outlined in Cannafull Spectrum Solutions' Return Policy. Items must be in original, uninstalled condition with all original packaging. Defective items are handled separately under manufacturer warranty coordination. Review full 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.

Questions before ordering? Contact Cannafull Spectrum Solutions at cannafullspec.com — pre-sale technical support is available for configuration and compatibility questions.

What's in the Box

• CLOUDLAB 866 grow tent canvas assembly (59.05" x 59.05" x 78.74")
• 22 mm diameter steel pole frame components
• 3 primary hanging bars + 1 extra hanging bar
• Steel controller mounting plate with lightproof cable passthrough
• Reflective waterproof spill tray
• Assembly hardware and connectors

Note: Contents confirmed from manufacturer source data. Lighting, fans, controllers, ducting, and climate equipment are not included and must be sourced separately. Verify complete box contents against the packing list included with your shipment upon delivery. Contact Cannafull Spectrum Solutions immediately if any components are missing or damaged.

Regional Compliance & Deployment Notes

• Jurisdiction: The CLOUDLAB 866 is sold and shipped within the contiguous 48 United States only. Cannafull Spectrum Solutions does not ship to Canadian provinces or international destinations.
• Electrical Compliance: All electrical connections to equipment deployed within this enclosure — including lighting, fans, controllers, and climate hardware — must comply with the National Electrical Code (NEC) and applicable state and local electrical codes. Licensed electrician installation is required where mandated by local jurisdiction.
• State Licensing: Indoor cultivation operations using this enclosure must comply with all applicable state and local cannabis cultivation licensing requirements. Cannafull Spectrum Solutions does not provide compliance guidance and makes no representation regarding the legality of cultivation activities in any jurisdiction.
• Facility Codes: Operators are responsible for ensuring that enclosure deployment complies with applicable building codes, fire codes, and occupancy regulations in their facility jurisdiction. The enclosure is not a rated fire barrier and should not be represented as such in facility compliance documentation.
• Product Certification: Verify current product certification status with AC Infinity for any jurisdiction-specific certification requirements applicable to your facility's permitting or inspection process.

Compliance information provided for general reference only. Cannafull Spectrum Solutions does not provide legal, regulatory, or licensing advice. Operators are solely responsible for ensuring their cultivation activities and facility configurations comply with all applicable federal, state, and local laws and regulations. Information current as of listing date; regulatory requirements are subject to change.