AC Infinity CLOUDLAB 722 | 高级种植帐篷 2x2 | 2000D 钻石聚酯薄膜帆布 | 24 英寸 x 24 英寸 x 72 英寸

Precision Control in Any Space

Every uncontrolled variable inside a production enclosure is a liability. When the structure itself leaks light, flexes under equipment load, or admits unfiltered ambient air through poorly sealed ports, the operator is no longer managing a controlled environment — they are managing chaos. Zipper failures mid-cycle compromise photoperiod integrity. Undersized poles rated for far less than the equipment they carry introduce structural risk. Canvas that passes light at the seams destroys the isolation that the entire system depends on. These are not edge cases; they are the predictable failure modes of enclosures built to a price point rather than a performance standard, and every cycle run inside them carries the cost of that compromise.

After deployment, the production environment changes character entirely. The enclosure holds its atmospheric parameters without intervention. Photoperiod schedules execute without light contamination from outside the structure. Equipment — fans, controllers, supplemental climate units — mounts cleanly and stays mounted, because the infrastructure was designed to carry the load. The operator monitors canopy status through a full-height observation window without breaking the seal. Every input into the system — light, air, humidity — is intentional, measurable, and repeatable from one cycle to the next.

The mechanism behind that stability is structural. The CLOUDLAB 722 is built on 22 mm diameter steel poles — 4 mm larger in cross-section than the 18 mm poles standard in the category — delivering a beam weight capacity of 250 lbs across 3 hanging bars. The enclosure shell is ultra-durable 2000D oxford canvas with a 500G light-proof layer and front zipper flaps as a secondary barrier against light intrusion. Interior walls are lined with reengineered diamond mylar, lab-tested via Agilent UV-Vis-NIR Spectrophotometer for maximum light reflectivity. Airflow integration is handled through four 4-inch and three 6-inch duct openings, with side intake holes measuring 5.90" x 13.77" (15.0 x 35.0 cm). The integrated controller mounting plate includes a lightproof cable passthrough, keeping electrical routing organized without compromising the sealed envelope. The observation window measures 9.84" x 39.37" (25.0 x 100.0 cm), providing a full-height canopy view while SBS™ zippers maintain access integrity. In practical terms, the CLOUDLAB 722 delivers a fully sealed, equipment-ready atmospheric enclosure within a 23.62" x 23.62" x 70.86" (60.0 x 60.0 x 180.0 cm) footprint rated to support 250 lbs of suspended equipment load.

Where This Belongs (and Doesn't)

Electrical and HVAC connections to this enclosure must comply with applicable local codes. Duct port sizing and airflow routing should be verified against the capacity of connected ventilation equipment prior to sealing the system. This enclosure is not a substitute for facility-level environmental control infrastructure.

How It Works

The CLOUDLAB 722 operates as a closed atmospheric ecosystem. The structural frame is assembled from 22 mm diameter steel poles — a specification that exceeds the 18 mm industry standard by 22% in cross-sectional diameter — providing the rigidity required to suspend lighting, ventilation, and supplemental climate equipment simultaneously without frame deflection. Three hanging bars distribute that 250 lb rated load across the roof structure, and reinforced corner pieces with a heavy-duty floor catch tray complete the structural envelope.

Atmospheric isolation is achieved through the layered canvas system. The outer shell is ultra-durable 2000D oxford canvas — a material weight specification that defines tear resistance and long-term dimensional stability under repeated thermal cycling. The 500G light-proof inner layer eliminates photon transmission through the canvas body, while front zipper flaps provide a secondary light barrier at the primary access point. SBS™ zippers are specified for their resistance to binding and failure under repeated operation, maintaining seal integrity across the full production cycle without the zipper degradation common in lower-specification enclosures.

Light management inside the enclosure is handled by the reengineered diamond mylar interior lining, which has been lab-tested using an Agilent UV-Vis-NIR Spectrophotometer to verify maximum reflectivity. This means photons emitted by the fixture that would otherwise be absorbed by a matte or lower-grade reflective surface are redirected back into the canopy, improving light utilization efficiency without increasing fixture wattage. Airflow routing is managed through four 4-inch duct openings and three 6-inch duct openings, with side intake holes measuring 5.90" x 13.77" (15.0 x 35.0 cm) for passive or active intake integration. The integrated controller mounting plate — featuring a steel bracket with magnetic backing and a lightproof cable passthrough — centralizes environmental controller placement and eliminates unsecured cable routing through the enclosure wall. In practical terms, the CLOUDLAB 722 delivers a structurally rated, light-sealed atmospheric enclosure with integrated equipment mounting infrastructure within a 23.62" x 23.62" x 70.86" footprint supporting up to 250 lbs of suspended load across 3 hanging bars.

Commercial Assurance

System Integration

• Ventilation: Four 4-inch and three 6-inch duct openings support inline fan and carbon filter configurations; verify CFM rating of connected equipment against enclosure volume (approximately 23.6 cu ft) before sealing
• Lighting: Three hanging bars rated to a combined 250 lb beam capacity accommodate LED, CMH, or HID fixtures; lightproof cable passthrough on the controller mounting plate maintains seal integrity for power routing
• Climate Control: Additional cinched duct ports support supplemental humidifiers, heaters, or A/C units without compromising the sealed envelope; side intake holes (5.90" x 13.77" / 15.0 x 35.0 cm) accommodate passive intake screens or active intake ducting
• Controller Integration: Integrated steel controller mounting plate with magnetic backing and 4 controller plate bolts with nuts; 6 controller velcro strips and 2 nylon hanging straps included for cable and accessory management
• Structural Anchoring: 4 wall hang screws with nuts included for optional wall-mount stabilization in permanent installation configurations

Facility Integration Data

The following table provides fleet-scale procurement reference data for operators deploying multiple CLOUDLAB 722 units across a facility, enabling cost and space planning at the 10, 20, and 50-unit scale.

Operator Field Notes

• Pole diameter matters at load: The 22 mm steel poles are specified at 4 mm larger diameter than the 18 mm category standard — at 250 lbs of suspended equipment, that structural margin is not cosmetic; it is the difference between a stable frame and a deflecting one under full load
• Zipper maintenance extends seal life: SBS™ zippers are specified for jam resistance, but periodic lubrication with a dry zipper lubricant will extend operational life and maintain seal integrity across multi-year deployment
• Controller plate placement: The integrated steel controller mounting plate with magnetic backing and lightproof cable passthrough should be positioned before final duct routing — cable management is significantly easier before ventilation lines are set
• Light-proofing verification: After initial assembly, conduct a dark-room inspection with the interior light source active to identify any seam or zipper flap gaps before the first production cycle; the 500G layer and front zipper flaps are designed to eliminate transmission, but assembly quality determines final performance
• Intake screen maintenance: The 2 passive intake screens at the bottom intake holes (AC-PKB22 configuration) should be inspected and cleaned at each cycle transition to prevent restriction of passive airflow
• Floor tray protocol: The heavy-duty catch tray is a containment device, not a drainage system — establish a scheduled inspection and drain protocol to prevent standing water accumulation beneath the root zone

Operator FAQ

Shipping and Logistics

• Shipping Geography: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. Orders outside this geography cannot be fulfilled.
• Freight Class: The CLOUDLAB 722 ships as a standard parcel. Confirm dimensional weight with the carrier if combining with other equipment in a single shipment.
• Returns: Returns are accepted for defective units under the manufacturer warranty process. Non-defective returns are subject to the Cannafull Spectrum Solutions return policy. Contact support 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 procurement inquiries, volume orders, or pre-shipment configuration questions, contact Cannafull Spectrum Solutions directly at cannafullspec.com.

What's in the Box

The following items are confirmed in source data for the CLOUDLAB 722 system. Component counts are sourced from AC-PKB22 manual documentation where specified; items not confirmed in source data for AC-CBA722 are noted accordingly.

• CLOUDLAB 722 grow tent enclosure (canvas body with 2000D oxford outer shell and 500G light-proof inner layer) — AC-CBA722
• 8 x vertical poles (steel, 22 mm diameter) — count from AC-PKB22 source
• 4 x upper horizontal poles — count from AC-PKB22 source
• 4 x lower horizontal poles — count from AC-PKB22 source
• 8 x corner pieces with feet — count from AC-PKB22 source
• 1 x roof support piece E — count from AC-PKB22 source
• 2 x roof support pieces F — count from AC-PKB22 source
• 1 x controller mounting plate (steel with magnetic backing) — from AC-PKB22 source
• 4 x wall hang screws with nuts — from AC-PKB22 source
• 4 x controller plate bolts with nuts — from AC-PKB22 source
• 6 x controller velcro strips — from AC-PKB22 source
• 2 x nylon hanging straps — from AC-PKB22 source
• 2 x intake holes at bottom with passive intake screens — from AC-PKB22 source
• Heavy-duty floor catch tray — confirmed in AC-CBA722 narrative source
• 3 x hanging bars — confirmed in AC-CBA722 hard spec source

Note: Component counts for structural poles, corner pieces, and roof supports are sourced from AC-PKB22 manual documentation. AC-CBA722 source data does not independently specify these counts. Verify box contents against the included assembly manual upon receipt. If any component is missing or damaged, contact AC Infinity or Cannafull Spectrum Solutions before beginning assembly.

Regional Compliance and Deployment Notes

• Jurisdiction: The CLOUDLAB 722 is sold and shipped within the contiguous 48 United States only. Cannafull Spectrum Solutions does not fulfill orders to Alaska, Hawaii, U.S. territories, or international addresses.
• Electrical Compliance: This enclosure does not include electrical components. All lighting, ventilation, and climate control equipment installed within the enclosure must comply with applicable NEC, local electrical codes, and any state or municipal regulations governing indoor cultivation facilities.
• Facility Licensing: The operator is solely responsible for ensuring that the use of this enclosure complies with all applicable state and local licensing requirements for indoor cultivation operations. Cannafull Spectrum Solutions makes no representation regarding the regulatory status of any specific cultivation activity.
• Fire and Safety Codes: Operators should verify that enclosure placement, electrical load, and ventilation routing comply with applicable fire codes and building occupancy requirements in their jurisdiction before deployment.
• Water and Drainage: The integrated floor catch tray is a containment device. Operators in jurisdictions with specific wastewater or runoff regulations should confirm that their drainage protocol meets applicable requirements.

Cannafull Spectrum Solutions provides this product for lawful use only. Compliance with all applicable federal, state, and local laws governing indoor cultivation is the sole responsibility of the purchasing operator. Product specifications are sourced from AC Infinity manufacturer data and are subject to change without notice. Verify current specifications with Cannafull Spectrum Solutions or AC Infinity prior to procurement decisions.