AC Infinity CLOUDLAB 894 | Advance Grow Tent 8x4 | 2000D Diamond Mylar Canvas | 96" x 48" x 80"

Quick Spec: SKU: AC-CBA894  |  Dimensions: 94.48" x 47.24" x 78.74" (240 x 120 x 200 cm)  |  Canvas: 2000D Oxford/Mylar  |  Poles: 22mm Steel  |  Beam Capacity: 250 lbs  |  Load Capacity: 300 lbs  |  Lightproof: 100% External  |  UPC: 819137021853

Precision Control in Any Space

Guesswork is the silent tax on every production cycle. When your enclosure leaks light, flexes under load, or fails to seal against humidity and temperature swings, every variable you attempt to dial in becomes a moving target. Zippers that bind mid-cycle force unplanned entry. Thin canvas that breathes where it shouldn't turns your VPD targets into estimates. Poles that deflect under equipment weight shift your canopy geometry and introduce the kind of inconsistency that compounds across harvests — not dramatically, but steadily, in yield weight and uniformity that never quite reaches its ceiling. The enclosure is the foundation of atmospheric control, and when the foundation is compromised, every instrument connected to it is working against a deficit it cannot fully recover.

After deployment, the production environment changes character. The 94.48" x 47.24" x 78.74" interior becomes a sealed atmospheric unit — temperature holds, humidity responds to your controller rather than to ambient infiltration, and photoperiod integrity is absolute. Eight plant sites operate under a canopy that receives consistent light distribution because the structure holding your fixtures does not move. Scheduled environmental transitions execute without manual intervention because the enclosure's duct and passthrough architecture was designed to accept integrated controller systems from the outset. The operator's role shifts from reactive correction to scheduled observation.

The mechanism behind that stability is material specification. The CLOUDLAB 894 is constructed from 2000D Oxford canvas — the thickest canvas rating in the CloudLab line — bonded to a reengineered Mylar interior that has been lab-tested for highest light reflectivity among grow tent enclosures, ensuring that every photon your fixture produces reaches the canopy rather than being absorbed by the wall. The structural frame uses 22mm steel poles rated to 250 lbs beam weight capacity, with reinforced corners that prevent racking under asymmetric load. Four primary duct openings sized at 4" and 8" accommodate inline fan and filtration integration, while the innovative controller mounting plate includes a lightproof cable passthrough and additional duct ports for humidifiers, heaters, and air conditioning units. SBS-grade zippers with front flap light-leak protection maintain photoperiod integrity at every access point. Four standard hanging bars plus four additional bars provide eight total suspension points for fixtures, controllers, and ancillary equipment. In practical terms, the CLOUDLAB 894 delivers a 100% externally lightproof, 32 sq ft sealed cultivation environment on a 22mm steel frame rated to 250 lbs beam capacity with a 300 lb total load rating.

Where This Belongs (and Doesn't)

The CLOUDLAB 894 is designed for integration with inline ventilation, environmental controllers, and supplemental climate equipment. Electrical connections to fans, controllers, and HVAC units must be performed in accordance with local electrical codes. Consult a licensed electrician for any hardwired installations. This enclosure does not replace dedicated HVAC infrastructure in facilities with extreme ambient temperature variance.

How It Works

The CLOUDLAB 894's atmospheric control capability begins with its enclosure integrity. The 2000D Oxford outer canvas is the thickest canvas density specification in the CloudLab product line, providing structural rigidity and resistance to abrasion, puncture, and ambient light infiltration. The interior surface is lined with reengineered Mylar that has been lab-tested to deliver the highest light reflectivity among grow tent enclosures, redirecting photons from fixture edges and corners back toward the canopy plane rather than converting them to heat at the wall surface. The combined effect is a more uniform light distribution field across the 94.48" x 47.24" floor footprint without requiring additional fixture output.

Structural integrity is maintained by 22mm steel poles — the strongest 1-inch steel pole specification in the CloudLab line — with reinforced tent corners that distribute load stress across the frame junction rather than concentrating it at the pole-to-corner interface. The beam weight capacity is rated at 250 lbs, supporting the combined weight of high-output LED fixtures, inline fans, carbon filters, and controller hardware without frame deflection. Total load capacity is 300 lbs. Four standard hanging bars plus four additional bars (eight total suspension points) allow operators to configure fixture arrays, environmental sensors, and ancillary equipment without improvised rigging.

Atmospheric integration is handled through a purpose-built port architecture. Duct openings are sized at 4" and 8" to accommodate standard inline fan and carbon filter configurations. Rear intake holes measure 5.90" x 13.77" (15.0 x 35.0 cm) and side intake holes measure 5.90" x 13.77" (15.0 x 35.0 cm), providing passive or active fresh air pathways without compromising the sealed perimeter. The innovative controller mounting plate includes a lightproof cable passthrough and additional duct ports specifically sized for humidifiers, heaters, and air conditioning units — eliminating the field modification that typically introduces light leaks in controller-integrated setups. The viewing window measures 13.78" x 39.37" (35.0 x 100.0 cm), providing a full canopy sightline without requiring zipper entry. SBS-grade zippers with front zipper flaps as an additional light-leak barrier maintain photoperiod integrity at the primary access point across the full operational cycle. In practical terms, the CLOUDLAB 894 delivers a fully sealed 94.48" x 47.24" x 78.74" atmospheric enclosure with 100% external lightproof rating, 22mm steel framing at 250 lb beam capacity, and a native port architecture that accepts inline ventilation, environmental controllers, and supplemental climate equipment without field modification.

System Integration

• Ventilation Ecosystem: 4" and 8" duct openings accept standard inline fans and carbon filters; rear and side intake holes (5.90" x 13.77") support passive or active fresh air exchange without enclosure modification
• Controller Architecture: Integrated controller mounting plate with lightproof cable passthrough eliminates field-modified entry points; additional duct ports accept humidifier, heater, and air conditioning connections natively
• Fixture Suspension: Eight total hanging bars (4 standard + 4 additional) provide dedicated suspension points for LED arrays, inline fans, carbon filters, and environmental sensors up to the 250 lb beam capacity
• Environmental Monitoring: 13.78" x 39.37" viewing window enables canopy inspection and sensor reading without photoperiod interruption
• Floor Management: Heavy-duty catch tray supports nutrient solution containment and simplifies post-cycle sanitation protocols

Facility Integration Data

The following ROI reference data is provided for operators evaluating multi-unit deployment of the CLOUDLAB 894 at MAP pricing of $329.00 per unit. These figures reflect enclosure cost only and do not include lighting, ventilation, environmental control, or installation labor.

Operator Field Notes

• Controller Plate First: Route all controller cables and supplemental climate equipment connections through the lightproof cable passthrough on the controller mounting plate before sealing the enclosure perimeter — retrofitting cable management after setup introduces light leak risk at improvised entry points
• Load Distribution: The 250 lb beam capacity applies to the hanging bar assembly; distribute fixture and equipment weight across all available bars rather than concentrating load on a single bar to preserve frame geometry over multi-cycle use
• Zipper Protocol: SBS zippers are designed for smooth single-pass operation — do not force or over-tension; engage the front zipper flap fully after each entry to maintain the secondary light-leak barrier at the access point
• Intake Sizing: Rear and side intake holes at 5.90" x 13.77" are sized for passive sock-filtered fresh air; if active intake fans are integrated, verify that combined intake and exhaust CFM is balanced to maintain neutral or slight negative pressure inside the enclosure
• Catch Tray Maintenance: The heavy-duty catch tray should be inspected and cleared at each watering interval; standing solution in the tray elevates enclosure humidity above target VPD range if not managed
• Viewing Window Use: The 13.78" x 39.37" window is the preferred inspection point during active photoperiod — use it to verify canopy uniformity and sensor readings before committing to a zipper entry that interrupts the light cycle

Shipping & Logistics

• Shipping Region: Contiguous 48 United States only. Alaska, Hawaii, U.S. territories, and international destinations are not served through this channel.
• Freight Class: The CLOUDLAB 894 ships as a standard parcel. Overall product weight and carton dimensions are not specified in source data — contact us for freight estimates on multi-unit orders.
• Returns: Defective units are subject to manufacturer warranty process. Non-defective returns must be initiated within the return window specified in our Return Policy at cannafullspec.com/pages/return-policy.
• 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, lead times, or multi-unit orders: contact Cannafull Spectrum Solutions directly before placing your order.

What's in the Box

• CLOUDLAB 894 grow tent enclosure (94.48" x 47.24" x 78.74" / 240 x 120 x 200 cm)
• 22mm steel pole frame assembly
• 4 standard hanging bars + 4 additional hanging bars (8 total)
• Heavy-duty catch tray
• Controller mounting plate with lightproof cable passthrough

Box contents confirmed from available source data for SKU AC-CBA894. Accessory hardware (pole connectors, corner brackets) is included as required for assembly but is not individually enumerated in source documentation. If specific component confirmation is required prior to purchase, contact Cannafull Spectrum Solutions before ordering.

Regional Compliance & Deployment Notes

• Jurisdiction: The CLOUDLAB 894 is available through Cannafull Spectrum Solutions for deployment in licensed facilities within the contiguous 48 United States. State and local regulations governing indoor cultivation facilities vary — operators are responsible for confirming that enclosure deployment complies with applicable facility licensing, zoning, and building code requirements in their jurisdiction.
• Electrical Integration: The CLOUDLAB 894 is a passive enclosure structure. All electrical connections to lighting, ventilation, environmental control, and supplemental climate equipment integrated within the enclosure must comply with applicable National Electrical Code (NEC) standards and local authority having jurisdiction (AHJ) requirements.
• Fire & Safety Codes: Operators deploying multiple enclosures in a shared facility space should verify compliance with local fire code requirements for aisle clearance, egress, and equipment spacing before finalizing floor plan configurations.
• No Canadian Distribution: This product is not available for shipment to Canadian provinces or territories through Cannafull Spectrum Solutions. No CSA certification or Health Canada compliance language applies to this listing.

Compliance information is provided for general reference only and does not constitute legal or regulatory advice. Cannafull Spectrum Solutions makes no representation regarding the suitability of this product for any specific licensed use case. Operators are solely responsible for confirming regulatory compliance in their jurisdiction prior to deployment.