Tienda de cultivo avanzada AC Infinity CLOUDLAB 844 | 4 x 4 | Lona Mylar con diseño de diamante de 2000 D | 48" x 48" x 80"

Quick Spec: 47.24" x 47.24" x 78.74" | 2000D Oxford Canvas | 22 mm Steel Poles | 250 lb Beam Capacity | 3 (+1 Extra) Hanging Bars | SKU: AC-CBA844

Precision Control in Any Space

Every uncontrolled variable inside a cultivation enclosure is a liability. Light leaks suppress photoperiod integrity. Undersized poles flex under real equipment loads — lights, fans, carbon filters, controllers — and that flex becomes a failure point mid-cycle. Canvas that breathes where it shouldn't turns every humidity and CO2 set point into a moving target. The result is a grow environment that requires constant manual correction, where the operator is always reacting instead of executing. That is the silent cost of enclosures that were not built to hold a full equipment ecosystem under sustained operational pressure.

After deploying the CLOUDLAB 844, the enclosure stops being a variable. The atmospheric boundary holds. Equipment hangs at rated load without structural compromise. The operator sets VPD, temperature, and photoperiod parameters once, and the sealed interior maintains those conditions without intervention. Canopy uniformity becomes a function of equipment selection and dialing — not a daily correction exercise. The enclosure becomes infrastructure, not a liability.

The mechanism behind that stability is material specification and structural engineering applied at every contact point. The outer shell is 2000D Oxford canvas — a denier rating that resists puncture, abrasion, and light transmission under continuous use. Interior walls are lined with reengineered diamond Mylar, lab-tested using an Agilent UV-Vis-NIR Spectrophotometer for maximum light reflectivity, ensuring that every photon emitted by the fixture reaches the canopy rather than being absorbed by the enclosure wall. The structural frame uses 22 mm diameter steel poles — 4 mm thicker than the 18 mm standard found in most enclosures — rated to support 250 lbs of suspended equipment across three primary hanging bars plus one additional bar. A 500G light-proof layer behind the front zipper flaps eliminates the most common light contamination pathway. Duct port configuration includes four 4-inch and five 8-inch openings, with additional cinched ports for humidifiers, heaters, and A/C units, and an integrated controller mounting plate with a lightproof cable passthrough for clean UIS integration. In practical terms, the CLOUDLAB 844 delivers a fully sealed 120.0 x 120.0 x 200.0 cm cultivation volume with 250 lb structural overhead capacity, nine duct ports, and a verified-reflectivity interior liner across a 47.24" x 47.24" footprint.

Where This Belongs (and Doesn't)

Electrical circuit load, HVAC capacity, and structural ceiling clearance must be verified by a qualified contractor before deployment. The CLOUDLAB 844 is an enclosure system; electrical and mechanical integration requirements are the responsibility of the installing operator.

How It Works

The CLOUDLAB 844 functions as a closed atmospheric cortex — a bounded environment where every material decision is oriented toward maintaining the integrity of the internal climate against external interference. The outer 2000D Oxford canvas provides the primary barrier: high-denier woven construction that resists light transmission, moisture infiltration, and physical deformation under the mechanical stress of hanging equipment. This is not a cosmetic specification. Denier rating directly determines how much ambient light penetrates the shell during dark cycles, and 2000D represents the upper tier of canvas specification in this enclosure category.

The interior Mylar liner is the photon management layer. Reengineered diamond Mylar, validated by Agilent UV-Vis-NIR Spectrophotometer testing, reflects available light back toward the canopy rather than converting it to heat at the wall surface. This has a compounding effect: operators can achieve target PPFD levels at lower fixture output, reducing thermal load inside the enclosure and extending lamp operating life. The structural frame — 22 mm steel poles rated to 250 lbs across three primary hanging bars and one additional bar — is engineered to hold a full equipment stack: fixture, carbon filter, inline fan, and controller hardware simultaneously, without pole deflection that would compromise the sealed geometry of the enclosure corners.

Atmospheric containment is managed at every penetration point. The front access panel uses SBS zippers — a zipper standard selected for smooth, jam-free operation that does not require force application that would stress the canvas seam. The 500G light-proof layer behind the zipper flap eliminates the gap-light pathway that standard single-layer zipper closures leave exposed. Nine duct ports — four 4-inch and five 8-inch — provide structured penetration points for exhaust, intake, and supplemental equipment lines. The integrated controller mounting plate with lightproof cable passthrough allows UIS-compatible environmental controllers to interface with internal sensors and actuators without creating an unmanaged cable penetration that would compromise the atmospheric seal. The rear intake hole measures 5.90" x 13.77" (15.0 x 35.0 cm) and the side intake hole measures 5.90" x 13.77" (15.0 x 35.0 cm), providing structured passive intake geometry. The observation window spans 13.78" x 47.24" (35.0 x 120.0 cm), delivering a full vertical canopy view without requiring zipper access that would disturb internal conditions. In practical terms, the CLOUDLAB 844 delivers a structurally rated, nine-port, fully sealed 120.0 x 120.0 x 200.0 cm cultivation enclosure with a lab-verified reflective interior and integrated controller passthrough across a 47.24" x 47.24" floor footprint.

Configuration Decoder

System Integration

• Environmental Controller Integration: The integrated controller mounting plate with lightproof cable passthrough is designed for UIS-compatible atmospheric controllers, enabling sealed sensor and actuator connections without unmanaged cable penetrations.
• HVAC and Supplemental Equipment Ports: Nine duct ports (four 4-inch, five 8-inch) plus additional cinched ports accommodate inline fans, carbon filters, humidifiers, heaters, and A/C units simultaneously without compromising enclosure seal integrity.
• Lighting System Compatibility: Three primary hanging bars plus one additional bar, rated to 250 lbs combined, support full fixture and filter stack configurations. The high-reflectivity Mylar interior maximizes photon utilization from any compatible fixture.
• Monitoring Access: The 13.78" x 47.24" observation window provides full vertical canopy visibility for non-invasive environmental and plant status monitoring without requiring zipper access.
• Intake Geometry: Rear and side intake holes (each 5.90" x 13.77") provide structured passive airflow entry points compatible with filtered intake systems and negative pressure configurations.

Operator Field Notes

• Pole deflection under load: The 22 mm steel poles are rated to 250 lbs combined beam capacity. Operators running heavy fixture and filter combinations should distribute load across all available bars rather than concentrating weight on a single bar to maintain enclosure geometry and corner seal integrity.
• Controller passthrough routing: The lightproof cable passthrough on the controller mounting plate is designed for clean UIS cable management. Route all sensor cables and power lines through this passthrough before sealing the enclosure to avoid post-setup penetrations that compromise the atmospheric boundary.
• Zipper maintenance: SBS zippers perform best when operated without lateral force. Open and close the front access panel with a straight pull along the zipper track. Forcing the zipper at an angle under canvas tension is the primary cause of zipper wear in this enclosure class.
• Duct port sealing: Unused duct ports should be sealed with the provided port covers during operation. Open ports are the second most common source of light contamination and atmospheric pressure loss after zipper gaps.
• Floor tray management: The heavy-duty catch tray is a containment asset, not a drainage system. Inspect and empty the tray on a scheduled basis to prevent standing water accumulation that would elevate internal humidity beyond set points.
• Observation window protocol: The 13.78" x 47.24" window allows full canopy inspection without opening the front panel. Establish a visual inspection protocol using the window as the primary monitoring interface to minimize zipper cycles and preserve atmospheric stability.

Operator FAQ

Shipping and Logistics

• Shipping Territory: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. Orders outside this territory cannot be processed.
• Freight Class and Handling: The CLOUDLAB 844 ships as a standard parcel. No weight specification is available in current source data. Confirm dimensional weight with the carrier at time of order if freight classification is required for facility receiving documentation.
• Returns: Returns are accepted subject to the conditions outlined in the Cannafull Spectrum Solutions Return Policy. Items must be in original, uninstalled condition with all original packaging to qualify for return consideration. Contact support@cannafullspec.com before initiating any return.
• 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 shipping, freight, or fleet order logistics? Contact Cannafull Spectrum Solutions directly: support@cannafullspec.com

What's in the Box

The following items are confirmed in source data for the CLOUDLAB 844 (AC-CBA844):

• CLOUDLAB 844 grow tent enclosure — 47.24" x 47.24" x 78.74" assembled
• 22 mm steel pole frame system
• 3 primary hanging bars + 1 additional hanging bar
• Heavy-duty catch tray (floor liner)
• Detachable tool bag
• Integrated controller mounting plate with lightproof cable passthrough
• Front zipper flap light-block panels (500G light-proof layer)

Note: This contents list is based on confirmed source data. Accessory items such as port covers, hanging hardware, and assembly tools are referenced in manufacturer materials but not individually enumerated in available source data. Verify complete box contents with the packing list included in shipment. Cannafull Spectrum Solutions is not responsible for discrepancies between listed contents and actual shipment contents resulting from manufacturer packaging changes. Contact support@cannafullspec.com if any item is missing or damaged upon receipt.

Regional Compliance and Deployment Notes

• Jurisdiction: The CLOUDLAB 844 is available for sale and shipment within the contiguous 48 United States only. Cannafull Spectrum Solutions does not ship to Alaska, Hawaii, U.S. territories, or international destinations.
• Electrical Compliance: The CLOUDLAB 844 is an enclosure system and does not itself carry an electrical rating. All electrical equipment installed within the enclosure — lighting, fans, controllers, supplemental HVAC — must comply with applicable NEC, local electrical code, and facility permit requirements. Electrical installation must be performed or reviewed by a licensed electrician.
• State Cannabis Licensing: Operators deploying this enclosure within a licensed cannabis cultivation facility are responsible for ensuring that the deployment configuration complies with state-specific cultivation licensing requirements, including canopy area calculations, plant count limits, and facility inspection standards. Enclosure dimensions (47.24" x 47.24" interior floor area) should be documented for canopy reporting purposes where required by state regulation.
• Building Code Considerations: Permanent or semi-permanent installation of grow enclosures in commercial or mixed-use facilities may require building permit review depending on jurisdiction. Consult with a licensed contractor or facility compliance officer before deploying in a regulated commercial space.
• Fire and Safety Codes: Ensure that enclosure placement does not obstruct egress pathways, fire suppression system coverage, or emergency access routes as required by applicable fire code in the deployment jurisdiction.

Compliance information provided here is for general reference only and does not constitute legal or regulatory advice. Operators are solely responsible for verifying that their deployment configuration meets all applicable federal, state, and local regulations. Cannafull Spectrum Solutions makes no representation regarding the regulatory status of any specific deployment. Consult qualified legal and compliance counsel for jurisdiction-specific guidance.