Tienda de cultivo avanzada AC Infinity CLOUDLAB 422 de 2 x 2 pulgadas | Lona Mylar con diseño de diamante de 2000 D | 24 x 24 x 48 pulgadas

Quick Spec: SKU: AC-CBA422 | Dimensions: 23.62" x 23.62" x 47.24" (60.0 x 60.0 x 120.0 cm) | Pole Thickness: 22 mm Steel | Canvas: 2000D Mylar | Beam Capacity: 250 lbs | Max Load: 300 lbs | UPC: 819137021532

Precision Control in Any Space

Every uncontrolled variable inside a cultivation enclosure is a liability — light leaks that disrupt photoperiod integrity, structural frames that flex under equipment load, ductwork ports that cannot maintain a proper seal, and canvas that transmits ambient light rather than blocking it. These are not minor inconveniences. They are the mechanisms by which environmental consistency collapses, cycle after cycle, without a single visible failure point to diagnose. The operator adjusts, compensates, and absorbs the loss, never tracing it back to the enclosure itself.

After deploying the CLOUDLAB 422, the enclosure disappears as a variable. The interior holds its atmospheric state. Light schedules execute without interference from external sources. Odor containment is passive and structural, not dependent on supplemental sealing. Equipment hangs from a verified load-rated frame. The operator's attention shifts from managing enclosure failures to managing the crop itself — which is where it belongs.

The mechanism behind that stability is material and structural specification, not marketing language. The outer shell is Oxford fabric; the interior is 2000D-rated Mylar canvas with a diamond-patterned lining engineered for amplified reflectivity, ensuring that photons generated inside the enclosure are redirected toward the canopy rather than absorbed by wall surfaces. The steel frame uses 22 mm poles with a verified beam weight capacity of 250 lbs, supporting lighting, filtration, and circulation hardware without deflection. Seven duct openings — four 4-inch and three 6-inch — with double cinching ports on both sides provide full airflow routing flexibility. The observation window measures 9.84 x 23.62 in. (25.0 x 60.0 cm), and the side intake window measures 5.90 x 14.17 in. (15.0 x 36.0 cm), both equipped with smooth-operating zippers. The spill tray carries a waterproof lining, and the controller plate is steel construction. In practical terms, the CLOUDLAB 422 delivers 100% external lightproof containment across a 23.62" x 23.62" x 47.24" footprint with a 300 lb maximum load capacity and a 250 lb beam rating.

Where This Belongs (and Doesn't)

Ductwork integration, electrical connections to lighting and circulation equipment, and HVAC tie-ins must be performed in accordance with applicable local codes and manufacturer specifications for connected equipment. Cannafull Spectrum Solutions does not provide electrical or mechanical installation services.

How It Works

The CLOUDLAB 422 operates as a sealed atmospheric enclosure whose performance is determined by the interaction of four engineered subsystems: the structural frame, the canvas shell, the interior reflective lining, and the ductwork access architecture. Each subsystem is specified to eliminate a specific failure mode rather than to meet a minimum threshold.

The structural frame is constructed from 22 mm steel poles — a specification that directly governs deflection under load. With a beam weight capacity of 250 lbs and a maximum load capacity of 300 lbs, the frame accommodates the combined weight of LED fixtures, carbon filtration units, inline fans, and circulation hardware without requiring supplemental bracing. Two primary hanging bars plus one extra bar are included, providing dedicated attachment points for equipment distribution across the overhead plane.

The canvas system uses Oxford fabric on the exterior and 2000D-rated Mylar on the interior. The 2000D density rating is a material durability specification — it governs resistance to tearing, puncture, and seam separation under repeated zipper cycling and equipment contact. The interior diamond-patterned lining is a reflectivity architecture: the faceted surface geometry redirects photons at multiple angles back toward the canopy, reducing absorption loss at the wall surface. Light proofing is rated at 100% external lightproof, meaning no ambient light penetrates the sealed enclosure during photoperiod dark cycles — a non-negotiable requirement for photoperiod-sensitive crop management.

Ductwork access is provided through seven ports: four 4-inch openings and three 6-inch openings, all equipped with double cinching ports on both sides of the enclosure. This configuration supports simultaneous intake, exhaust, and equipment cable routing without compromising the light seal at any port. The spill tray is lined with a waterproof material, providing passive containment for irrigation runoff without requiring secondary floor protection. The controller plate is steel construction, providing a rigid mounting surface for environmental controllers, timers, and monitoring hardware. In practical terms, the CLOUDLAB 422 integrates a 250 lb beam-rated steel frame, 2000D Mylar canvas with 100% lightproof certification, and seven ductwork ports within a 23.62" x 23.62" x 47.24" enclosure footprint rated to 300 lbs maximum load.

System Integration

• Lighting Integration: The 250 lb beam weight capacity and two primary hanging bars (plus one extra) support LED fixtures, reflectors, and associated hardware without supplemental rigging. Confirm fixture weight against beam rating before installation.
• Filtration and Airflow: Four 4-inch and three 6-inch duct ports with double cinching on both sides accommodate inline fans, carbon filters, and ducting runs. Port sizing must be matched to connected equipment specifications.
• Environmental Control: The steel controller plate provides a rigid mounting surface for environmental controllers, timers, and monitoring units. Cable routing through duct ports maintains light seal integrity when cinched properly.
• Irrigation and Runoff: The waterproof-lined spill tray provides passive runoff containment for single-plant (5-gallon container) operations. Verify tray capacity against irrigation volume for automated watering configurations.
• Observation and Access: The 9.84 x 23.62 in. viewing window and 5.90 x 14.17 in. side intake window provide visual inspection and supplemental airflow access without breaking the primary enclosure seal.

Operator Field Notes

• Port Cinching Protocol: Double cinching ports on both sides must be fully tightened around all duct runs and cable penetrations after equipment installation. Partial cinching is the primary source of light leaks at port locations — verify seal integrity before initiating any photoperiod-sensitive cycle.
• Load Distribution: The 250 lb beam weight capacity applies to the hanging bars. Distribute equipment weight across both primary bars and the extra bar to avoid point-loading any single attachment. Confirm total suspended equipment weight before finalizing rigging.
• Zipper Maintenance: The observation window and access panel zippers are smooth-operating by specification. Do not force zippers under tension from canvas distortion — if resistance is encountered, check that the frame is fully squared before cycling the zipper.
• Spill Tray Capacity: The waterproof-lined spill tray is sized for single-plant (5-gallon container) runoff volumes. For automated irrigation systems with high-volume delivery, verify that tray drainage or capacity matches the irrigation schedule to prevent overflow.
• Interior Lining Integrity: The diamond-patterned Mylar lining is the primary reflectivity surface. Avoid contact with sharp equipment edges during installation. Any puncture or delamination of the interior lining reduces reflective efficiency and should be addressed before the next cycle.
• Frame Assembly Squaring: Before tensioning canvas or hanging equipment, verify that all frame connectors are fully seated and that the structure is plumb on all four vertical axes. An out-of-square frame creates uneven canvas tension, which accelerates zipper wear and compromises door seal performance.

Operator FAQ

Shipping and Logistics

• Shipping Jurisdiction: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. Orders to Alaska, Hawaii, U.S. territories, or international destinations cannot be processed.
• Freight Class: The CLOUDLAB 422 ships as a standard parcel. Confirm packaging dimensions and carrier requirements with Cannafull Spectrum Solutions at time of order for multi-unit fleet purchases.
• Returns: Returns are subject to AC Infinity and Cannafull Spectrum Solutions return policy terms. Defective units are handled through the warranty claim process. Contact 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.

For order support, volume pricing, and pre-sale configuration guidance: cannafullspec.com

What's in the Box

The following items are confirmed included with SKU AC-CBA422 per manufacturer documentation:

• Grow Tent x1
• Controller Plate x1
• Spill Tray x1
• Filter Straps x2
• Controller Adhesive x6
• Controller Screws x4
• Wall Screws x4
• Cable Ties x4
• Frame Poles A x8
• Frame Connectors D1 x8
• Frame Connectors E x1
• Frame Connectors F x2
• Frame Poles B x4
• Frame Poles C x4
• Assembly Manual (Manual Code: CL2407X1)

Package contents are as specified in manufacturer documentation for SKU AC-CBA422. Contents are subject to change by the manufacturer without notice. Verify contents against the included packing list upon receipt. Contact Cannafull Spectrum Solutions at cannafullspec.com if any item is missing or damaged.

Regional Compliance and Deployment Notes

• Jurisdiction: The CLOUDLAB 422 is sold and shipped by Cannafull Spectrum Solutions within the contiguous 48 United States. The operator is solely responsible for verifying that the intended use of this equipment complies with all applicable federal, state, and local regulations in the deployment jurisdiction.
• Electrical Compliance: The CLOUDLAB 422 is a passive enclosure and does not include electrical components. All electrical equipment installed within the enclosure — including lighting, fans, controllers, and monitoring devices — must be installed and operated in compliance with applicable electrical codes and the manufacturer specifications for each connected device.
• Building and Zoning: Operators are responsible for confirming that the installation location complies with applicable building codes, zoning ordinances, and lease or facility use agreements. The enclosure's structural specifications (300 lb maximum load, 22 mm steel frame) do not substitute for a site-specific structural assessment where required by local code.
• Licensing: Cannafull Spectrum Solutions does not provide legal, regulatory, or licensing guidance. Operators deploying this equipment in licensed cultivation facilities must maintain all required state and local cultivation licenses independently of this purchase.
• State-Specific Considerations: Certain states maintain specific requirements for cultivation facility equipment, environmental controls, and facility construction standards. Verify that the CLOUDLAB 422 and all integrated equipment meet the requirements of your state's applicable regulatory authority before deployment.

This product page is intended for informational purposes for licensed operators and authorized purchasers within the contiguous United States. Cannafull Spectrum Solutions makes no representation regarding the legality of cultivation activities in any jurisdiction. All regulatory compliance obligations remain with the operator. Specifications sourced from AC Infinity manufacturer documentation; Cannafull Spectrum Solutions is not responsible for manufacturer specification changes made after publication of this page.