AC Infinity CLOUDLAB 632D | 二合一高级种植帐篷 3x2 | 2000D 聚酯薄膜帆布 | 36 英寸 x 24 英寸 x 72 英寸

Quick Spec: SKU: AC-CBD632  |  Dimensions: 35.43" x 23.62" x 70.86" (90.0 x 60.0 x 180.0 cm)  |  Canvas: 2000D Oxford/Mylar  |  Poles: 22mm Steel  |  Frame Capacity: 300 lbs  |  Beam Capacity: 150 lbs  |  Duct Ports: 4", 6", 8"

Precision Control in Any Space

The enemy is uncontrolled variance — and in a compact production environment, it compounds silently. A single-zone enclosure forces a binary choice: optimize atmospheric parameters for vegetative development or for propagation, never both simultaneously. The result is staggered production timelines, idle floor space during transition periods, and the chronic inefficiency of running two separate enclosures to accomplish what a single well-engineered system should handle. Equipment that lacks structural rigidity introduces a second failure mode: frame deflection under load shifts duct routing, compromises seal integrity at zipper interfaces, and creates light leak pathways that disrupt photoperiod precision. These are not catastrophic failures — they are slow, invisible losses that accumulate across every cycle.

After deployment, the production footprint changes character entirely. The upper chamber maintains the atmospheric parameters required for active vegetative development while the lower chamber simultaneously runs a dedicated seedling propagation environment — both zones sealed, both independently serviceable, both operating within the same 6-square-foot floor allocation. The integrated controller mounting plate with lightproof cable passthrough eliminates the improvised cord management that creates seal failures in lesser enclosures. Dual side doors provide access to both chambers without disturbing the opposing zone. The structural frame holds position under full equipment load, and the 100% lightproof exterior maintains photoperiod integrity across both chambers without light bleed between zones.

The mechanism behind this performance is material and structural specification executed without compromise. The outer shell is 2000D Oxford canvas with a 500G lightproof layer — the density rating that separates enclosures built for sustained operational load from those built to a price point. The interior diamond-patterned Mylar lining has been lab-tested using an Agilent UV-Vis-NIR Spectrophotometer to verify maximum light reflectivity, ensuring that every photon generated inside the enclosure reaches the canopy rather than being absorbed by the wall surface. The 22mm steel pole frame with reinforced corner connectors supports a 300-pound total frame load and a 150-pound beam load, accommodating full-weight lighting, HVAC, and control hardware without structural compromise. Duct port compatibility spans 4", 6", and 8" configurations, and the double cinching port system maintains negative pressure integrity at every penetration point. The observation window measures 14.96" x 11.02" (50.7 x 28.0 cm) and the side intake ports measure 7.87" x 15.74" (20.0 x 40.0 cm), providing inspection access without breaking the sealed environment. In practical terms, the CLOUDLAB 632D delivers simultaneous dual-zone atmospheric control across a 35.43" x 23.62" x 70.86" enclosure on a 22mm steel frame rated to 300 lbs total capacity.

Where This Belongs (and Doesn't)

Electrical circuit load, HVAC capacity, and structural mounting must be evaluated by a qualified facility engineer prior to deployment. Duct port sizing (4", 6", 8") must be matched to inline fan and carbon filter specifications. This enclosure does not include electrical components; all wiring and circuit connections must comply with applicable local codes and be performed by licensed personnel.

How It Works

The CLOUDLAB 632D's dual-chamber architecture is enabled by a removable interior wall divider and detachable tray system that partitions the 70.86" interior height into two independently functional zones. The upper chamber is configured for plants in active vegetative development; the lower chamber is dedicated to seedling-stage propagation. Because the divider is removable, the operator can reconfigure the enclosure to single-zone operation when production scheduling demands it, without modifying the frame or replacing any structural component. Plant capacity scales from 2 positions in single-zone configuration to 4 positions (2 additional) when the second chamber is active.

Structural integrity is delivered by a 22mm steel tube frame assembled with thick steel connectors — a pole diameter specification that resists lateral deflection under asymmetric equipment loads. The frame component inventory for the 632D includes 4 A Poles, 4 A1 Poles, 4 A2 Poles, 4 B Poles, 4 C Poles, 8 D1 Connectors, 1 E Beam, and 2 F Beams, providing the redundant cross-bracing geometry required to maintain dimensional stability across the full 300-pound frame load rating. Three hanging bars (2 standard plus 1 extra) are included, distributing overhead equipment weight across multiple attachment points rather than concentrating load on a single beam.

The sealing system is built around high-performance SBS zippers with double cinching ports at every duct penetration. The 2000D Oxford outer canvas with 500G lightproof layer eliminates external light intrusion at the material level, while the interior diamond-patterned Mylar lining — validated by Agilent UV-Vis-NIR Spectrophotometer testing — maximizes photon retention within the canopy zone. The integrated steel controller mounting plate with lightproof cable passthrough provides a dedicated interface point for environmental controllers, eliminating the ad hoc cord routing that compromises seal integrity in field-modified enclosures. The observation window (14.96" x 11.02" / 50.7 x 28.0 cm) is clear and adjustable, enabling canopy inspection without opening the primary access door. Side intake ports (7.87" x 15.74" / 20.0 x 40.0 cm) and duct openings in 4", 6", and 8" configurations accommodate the full range of inline fan and filtration hardware used in licensed U.S. facilities. Mounting straps measure 6.49" (16.5 cm) in length. In practical terms, the CLOUDLAB 632D delivers a fully sealed, dual-zone controlled environment within a 90.0 x 60.0 x 180.0 cm structural footprint on a 22mm steel frame with a 300-lb total load rating and 150-lb beam capacity.

System Integration

• Atmospheric Control: Duct ports in 4", 6", and 8" configurations integrate directly with AC Infinity inline fans, carbon filters, and UIS-compatible environmental controllers for closed-loop atmospheric management.
• Controller Ecosystem: The integrated steel controller mounting plate with lightproof cable passthrough is designed to accept AC Infinity controller hardware, enabling automated deployment of temperature, humidity, and fan speed scheduling without external mounting solutions.
• Lighting Integration: Three hanging bars (including 1 extra) support overhead lighting hardware up to the 150-lb beam capacity; the 22mm frame maintains dimensional stability under full lighting and HVAC load.
• Dual-Zone Scheduling: The removable wall divider enables independent environmental scheduling for the upper vegetative chamber and lower seedling chamber, supporting continuous harvest cycle management within a single enclosure footprint.
• Filtration Compatibility: Double cinching ports at all duct penetrations maintain negative pressure integrity when paired with carbon filtration systems, supporting odor and particulate management requirements in licensed facilities.

Operator Field Notes

• Divider Configuration: The removable wall divider and detachable tray must be fully seated and secured before operating both chambers simultaneously; an improperly seated divider will allow atmospheric cross-contamination between the vegetative and seedling zones.
• Zipper Maintenance: SBS zippers perform at rated specification when kept free of debris and canvas material is not forced through the zipper track; inspect zipper teeth at each access cycle and apply zipper lubricant per manufacturer recommendation to maintain seal integrity over extended operational periods.
• Beam Load Distribution: The 150-lb beam capacity applies per beam, not per hanging bar; distribute lighting and HVAC hardware across all three hanging bars to avoid concentrating load on a single attachment point.
• Duct Port Sealing: Double cinching ports must be drawn tight around duct collars after every equipment reconfiguration; loose cinching is the primary source of negative pressure loss and light leak at penetration points.
• Controller Plate Routing: Route all controller and sensor cables through the integrated lightproof cable passthrough on the steel controller plate — do not route cables under zipper flaps or through improvised wall penetrations, as this compromises the 100% lightproof rating of the outer canvas.
• Floor Tray Inspection: The reflective waterproof floor tray should be inspected for standing water after each irrigation event; accumulated water in the tray that contacts the canvas base seam can accelerate material degradation over time.

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 destinations cannot be processed.
• Fulfillment: Orders are processed and shipped from authorized distribution points. Estimated transit times are provided at checkout and are subject to carrier conditions. Freight damage must be documented at time of delivery and reported to Cannafull Spectrum Solutions within 48 hours of receipt.
• Returns: Returns are accepted subject to the Cannafull Spectrum Solutions Return Policy. Products must be in original, uninstalled condition with all original packaging. Contact support prior to 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 pre-purchase technical questions, fleet pricing inquiries, or post-delivery support, contact Cannafull Spectrum Solutions directly through the contact page at cannafullspec.com.

What's in the Box

• CLOUDLAB 632D grow tent enclosure (outer Oxford canvas shell with 500G lightproof layer and interior diamond Mylar lining)
• 22mm steel pole frame components: 4x A Poles, 4x A1 Poles, 4x A2 Poles, 4x B Poles, 4x C Poles, 8x D1 Connectors, 1x E Beam, 2x F Beams
• Hanging bars: 2 standard + 1 extra (3 total)
• Removable interior wall divider (second chamber partition)
• Detachable floor tray (reflective waterproof lining)
• Integrated steel controller mounting plate with lightproof cable passthrough
• Mounting straps: 6.49" (16.5 cm) length
• Assembly hardware and documentation

Box contents confirmed from manufacturer source data for SKU AC-CBD632. Component counts reflect Table A specifications. If any component is missing or damaged upon receipt, contact Cannafull Spectrum Solutions within 48 hours of delivery. Do not discard original packaging until all components have been verified against this list.

Regional Compliance & Deployment Notes

• Licensing Jurisdiction: The CLOUDLAB 632D is sold for use in licensed indoor cultivation facilities operating under applicable state and local regulations. Cannafull Spectrum Solutions does not verify end-use licensing status; the operator is solely responsible for ensuring that deployment complies with all applicable federal, state, and local laws.
• Electrical Compliance: This enclosure contains no electrical components. All electrical equipment installed within or connected to the enclosure — including lighting, fans, controllers, and sensors — must comply with applicable NEC, local electrical codes, and any state-specific requirements for licensed cultivation facilities. All electrical connections must be performed by licensed personnel.
• Structural Load Compliance: The 300-lb frame load rating and 150-lb beam load rating are manufacturer-specified maximums. Facility floor load capacity must be independently verified by a licensed structural engineer prior to multi-unit deployment. Cannafull Spectrum Solutions assumes no liability for structural failures resulting from floor load conditions not evaluated prior to installation.
• Shipping Jurisdiction: Available for deployment in licensed U.S. facilities within the contiguous 48 United States. No shipments to Canadian provinces or international destinations.
• Product Standards: The CLOUDLAB 632D is manufactured by AC Infinity. Compliance certifications applicable to this product are as specified in current AC Infinity product documentation. Operators requiring specific certification documentation for facility licensing purposes should request current compliance documentation from Cannafull Spectrum Solutions prior to purchase.

Compliance requirements vary by state and municipality. The information provided in this section is for general reference only and does not constitute legal or regulatory advice. Operators are responsible for independently verifying all applicable compliance requirements for their specific jurisdiction and facility classification prior to deployment. Cannafull Spectrum Solutions recommends consulting with a licensed compliance professional for jurisdiction-specific guidance.