AC Infinity HYDRONE 7 Plant Dehumidifier | 10 Drying Levels

The HYDRONE 7 is a next-generation plant dehumidifier with an AI-powered on-board humidity and VPD controller, engineered for craft operators managing precision atmospheric control in spaces up to 10×10 — replacing reactive, compressor-based dehumidifiers that cannot modulate output or integrate with unified climate systems. Outcome: Stable, dialed humidity and VPD targets maintained automatically across the full canopy environment — without manual intervention between cycles. Replaces: Fixed-output compressor dehumidifiers, standalone hygrometers with manual dial control, and disconnected single-zone humidity management. Environment: Enclosed grow tents and sealed cultivation rooms up to 10×10 (12-plant capacity); effective in both high-heat and extreme cold operating conditions. FACTORY-AUTHORIZED DEALER — CANNAFULL SPECTRUM SOLUTIONS Deployed in licensed commercial facilities across the United States. Quick Spec: SKU: AC-DHT7 | 235–610W | 120V AC / 60 Hz | 8L Real-World Draw Rate | Dual 6 in. Ducting Ports | Coverage: Up to 10×10 | UPC: 819137025219 Precision Control in Any Space. Every uncontrolled humidity swing is a compounding liability. When the equipment running your environment operates on fixed output — no modulation, no feedback loop, no integration with the rest of your climate stack — it doesn't just fail to hold your target; it actively works against you. Compressor-based units cycle hard on and off, creating humidity oscillations that stress plant tissue at the exact moments when stable vapor pressure deficit matters most. Manual dial controllers introduce operator-dependent variance between every check-in. The cost isn't always visible in a single run — it accumulates quietly in inconsistent canopy density, extended dry-down periods, and the labor hours spent chasing a number that a properly engineered system should be holding automatically. After deployment, the environment stops being a variable you manage and becomes a condition the system maintains. Your humidity and VPD targets are set once, held continuously, and adjusted dynamically by on-board AI logic that reads the space in real time and modulates drying output in exact percentage increments — not in binary on/off swings. The tent runs at the atmospheric setpoint you defined. Alerts surface through the app before conditions drift outside tolerance. Grow cycles execute against a stable baseline, and the labor overhead of manual climate monitoring compresses to near zero between scheduled reviews. The mechanism behind that stability is the HYDRONE 7's proprietary PWM-controlled rotary motor — a fundamentally different architecture from compressor-based dehumidifiers. Where a compressor unit has two states (on and off), the PWM rotary motor delivers 10 distinct drying levels with instant on/off response, allowing the on-board controller to apply precisely the amount of drying force the space requires at any given moment. The on-board humidity and VPD controller pairs with a precision corded sensor and runs intelligent AI programming that dynamically adjusts output in exact percentages. The integrated UIS™ port connects the unit to smart controllers, unlocking Wi-Fi app access, advanced automations, AI unified climates, data charts, alerts, and grow guides. Dual 6 in. (15 cm) ducting ports support both direct exhaust into the tent and an optional closed-loop intake configuration for maximum efficiency. The unit operates across a wattage range of 235 to 610 watts on 120V AC / 60 Hz, with a real-world draw rate of 8L and a minimum achievable humidity floor of 25% RH. In practical terms, the HYDRONE 7 delivers AI-modulated atmospheric control across spaces up to 10×10 at 235–610W on 120V AC, with a 25% RH floor and dual 6 in. ducting ports for closed-loop or direct-exhaust deployment. Where This Belongs (and Doesn't) Electrical note: The HYDRONE 7 operates on 120V AC / 60 Hz standard power. Verify that your circuit can support the 235–610W draw range before deployment. Consult a licensed electrician for any dedicated circuit installation. HVAC integration via the dual 6 in. ducting ports should be assessed against your existing duct layout and static pressure requirements. Coverage Envelope Sealed grow tents up to 10×10 (12-plant capacity) Enclosed cultivation rooms with managed air exchange Closed-loop configurations via optional intake port ducting Direct-exhaust setups via primary 6 in. exhaust port Not Recommended For Open or unenclosed environments without defined air boundaries Spaces requiring dehumidification capacity beyond the 8L real-world draw rate Applications requiring 240V or three-phase electrical supply Installations where ducting integration is not feasible How It Works The HYDRONE 7's performance architecture begins at the motor. The proprietary PWM (Pulse Width Modulation) controlled rotary motor is the core differentiator from conventional compressor-based dehumidifiers. A compressor unit operates in binary — it is either running at full capacity or it is off. The PWM rotary motor operates across a continuous modulation range, delivering 10 distinct drying levels with instant on/off response. This means the controller can apply 20% drying force when the space is 2 points above target, or 80% when conditions spike after a watering event — without the thermal cycling stress and humidity oscillation that compressor cycling introduces. The on-board controller pairs that motor precision with a corded precision sensor and AI programming logic that reads ambient humidity and VPD in real time. Rather than holding a fixed setpoint and cycling on/off around it, the AI layer dynamically adjusts drying output in exact percentages — continuously trimming the motor's output to maintain the target condition rather than reacting to it after the fact. The result is a flatter humidity curve and a more stable VPD window across the full photoperiod. Ducting architecture gives operators two deployment modes. The exhaust port ducts dry air directly into the tent for standard positive-pressure drying. The optional intake port enables a closed-loop configuration — drawing air from inside the tent, processing it, and returning conditioned air to the same space — a significantly more efficient approach in sealed environments. The internal reservoir holds 0.5 gallons (2 liters) with an optional gravity drain hose for continuous, low-maintenance operation. The integrated UIS™ port connects the HYDRONE 7 to AC Infinity's smart controller ecosystem, enabling Wi-Fi app access, advanced automations, AI unified climates, data charts, real-time alerts, and grow guides. The unit dimensions are 11.45 in. L × 14.05 in. W × 24.44 in. H (29.1 cm × 35.7 cm × 62.1 cm), operating on 120V AC / 60 Hz across a wattage range of 235 to 610 watts. In practical terms, the HYDRONE 7 delivers 10-level PWM-modulated dehumidification with AI VPD control, dual 6 in. ducting ports, and UIS™ smart integration in a 11.45 × 14.05 × 24.44 in. footprint drawing 235–610W at 120V AC. Commercial Assurance Cannafull Spectrum Solutions — Factory-Authorized Dealer Manufacturer: AC Infinity Inc. — factory-authorized supply chain through Cannafull Spectrum Solutions. Warranty: Warranty terms are governed by AC Infinity's current manufacturer warranty policy. Warranty period is not specified in available source data — contact Cannafull Spectrum Solutions or AC Infinity directly for current warranty terms applicable to SKU AC-DHT7. MAP Compliance: The HYDRONE 7 (AC-DHT7) carries a Minimum Advertised Price of $299. Cannafull Spectrum Solutions operates in full MAP compliance. Authenticity: All units sourced directly through authorized distribution. No gray-market or parallel-import inventory. Support: Pre-sale technical questions and post-sale support available through Cannafull Spectrum Solutions. Contact details in the Shipping & Logistics section below. System Integration UIS™ Ecosystem Connectivity: The integrated UIS™ port connects the HYDRONE 7 to AC Infinity smart controllers, enabling unified climate management across dehumidification, ventilation, and environmental monitoring from a single app interface. Closed-Loop Ducting: The optional intake port enables a closed-loop configuration with compatible inline fans and ducting, allowing the unit to condition and recirculate air within a sealed environment without introducing uncontrolled external air. AI Unified Climates: When connected via UIS™, the HYDRONE 7 participates in AC Infinity's AI unified climate logic — coordinating drying output with other connected devices to maintain compound environmental targets (temperature, humidity, VPD) simultaneously. Gravity Drain Integration: The optional gravity drain hose connects to standard drain lines, enabling continuous unattended operation without manual reservoir emptying — critical for multi-day automated run cycles. Sensor Architecture: The precision corded sensor can be positioned independently of the unit body, allowing accurate readings from the canopy zone rather than the unit's immediate intake — improving control loop accuracy in larger tent configurations. Facility Integration Data The following ROI framework is provided for operators evaluating multi-unit atmospheric control deployment across scaled cultivation infrastructure. Fleet Deployment ROI Calculator — HYDRONE 7 (AC-DHT7) at MAP $299/unit Fleet Size Total Capital Outlay Coverage Capacity Max Draw (Peak) UIS™ Integration 10 Units $2,990 10 × 10×10 zones (120 plants) 6,100W peak 10 UIS™ nodes 20 Units $5,980 20 × 10×10 zones (240 plants) 12,200W peak 20 UIS™ nodes 50 Units $14,950 50 × 10×10 zones (600 plants) 30,500W peak 50 UIS™ nodes Peak draw calculated at maximum 610W per unit. Actual draw will vary based on AI modulation and ambient conditions. Electrical infrastructure planning should be based on licensed electrical assessment, not this table alone. Operator Field Notes Sensor Placement Matters: Position the precision corded sensor at canopy level, not at the unit's intake height. Readings taken at the canopy zone produce a more accurate control loop and tighter VPD maintenance across the full plant profile. Closed-Loop vs. Direct Exhaust: The closed-loop intake configuration consistently outperforms direct exhaust in sealed tent environments. If your setup supports dual-port ducting, prioritize the closed-loop configuration for maximum dehumidification efficiency per watt consumed. Drain Hose from Day One: Connect the optional gravity drain hose at initial setup rather than relying on the 0.5-gallon (2-liter) internal reservoir. In high-humidity conditions, the reservoir will fill faster than expected and trigger an interruption in automated run cycles. PWM Modulation vs. Compressor Cycling: The 10-level PWM motor architecture eliminates the humidity spike-and-crash pattern associated with compressor cycling. Operators transitioning from compressor units should expect a noticeably flatter humidity curve within the first 24–48 hours of operation. UIS™ Connection Sequence: Connect the HYDRONE 7 to your smart controller via the UIS™ port before configuring app automations. Automations set without an active UIS™ connection will not sync to the unit's on-board controller until the physical connection is established. Cold Environment Performance: The HYDRONE 7 is engineered for effective dehumidification in both hot and extremely cold environments. Operators running cold-room or low-temperature cultivation cycles do not need to source a separate cold-rated unit — this is a single-unit solution across the full temperature operating range. Operator FAQ Q: What is the difference between the HYDRONE 7's PWM rotary motor and a standard compressor-based dehumidifier? A: A compressor-based dehumidifier operates in two states — fully on or fully off — cycling between those states to approximate a humidity target. This creates oscillation around the setpoint rather than stable maintenance of it. The HYDRONE 7's proprietary PWM-controlled rotary motor delivers 10 distinct drying levels with instant on/off response, allowing the on-board AI controller to apply precisely the drying force the space requires at any moment. The result is a flatter humidity curve, more stable VPD, and significantly less mechanical stress on the unit over time. Q: What does the on-board VPD controller actually control, and how does it differ from a standalone hygrometer? A: A standalone hygrometer reads and displays humidity — it does not control anything. The HYDRONE 7's on-board humidity and VPD controller reads the precision corded sensor input, calculates the current VPD condition, and actively adjusts the motor's drying output in exact percentages to maintain the target. The AI programming layer does this dynamically and continuously — not on a fixed timer or threshold trigger. This is a closed-loop control system, not a monitoring device. Q: Can the HYDRONE 7 operate in a closed-loop configuration, and what does that require? A: Yes. The HYDRONE 7 features dual 6 in. (15 cm) ducting ports — a primary exhaust port and an optional intake port. The intake port enables a closed-loop setup in which air is drawn from inside the tent, processed by the unit, and returned as conditioned dry air to the same space. This configuration is significantly more efficient in sealed environments than direct exhaust alone. Standard 6 in. ducting and compatible inline fans are required for the closed-loop setup. Q: What is the UIS™ port and what does connecting to a smart controller enable? A: UIS™ (Universal Interface System) is AC Infinity's proprietary device integration port. Connecting the HYDRONE 7 to a compatible AC Infinity smart controller via the UIS™ port enables Wi-Fi app access, advanced automations, AI unified climates that coordinate the HYDRONE 7 with other connected devices, real-time data charts, environmental alerts, and grow guides. It is the integration layer that allows the HYDRONE 7 to function as part of a unified atmospheric control ecosystem rather than as a standalone device. Q: How does the HYDRONE 7 handle drainage, and is continuous operation possible without manual emptying? A: The HYDRONE 7 includes an internal reservoir with a capacity of 0.5 gallons (2 liters). For continuous unattended operation, an optional gravity drain hose can be connected to route collected moisture directly to a drain line, eliminating the need for manual reservoir emptying. In high-humidity operating conditions, the gravity drain configuration is strongly recommended to prevent reservoir-full interruptions during automated run cycles. Q: What is the lowest humidity level the HYDRONE 7 can achieve, and does it perform in cold environments? A: The HYDRONE 7 is rated to a minimum humidity level of 25% RH. It is engineered for effective dehumidification in both hot and extremely cold environments — a design specification that addresses the performance degradation common in compressor-based units operating at low ambient temperatures. Operators running cold-room cultivation cycles or low-temperature drying environments can deploy the HYDRONE 7 without requiring a separate cold-rated unit. Shipping & Logistics Shipping Territory: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. Orders outside this territory cannot be fulfilled. Fulfillment Note: The HYDRONE 7 (AC-DHT7) is a pre-order item. Estimated ship date is March 31, 2026. Orders placed prior to that date will be held and fulfilled in sequence. Cannafull Spectrum Solutions will communicate any fulfillment timeline changes via the contact information provided at checkout. Returns: Returns are subject to AC Infinity's manufacturer return policy and Cannafull Spectrum Solutions' return terms. Units must be in original, uninstalled condition with all original packaging to qualify for return consideration. 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 before ordering? Contact Cannafull Spectrum Solutions directly — our team is available to assist with pre-sale technical questions, deployment planning, and order status inquiries. What's in the Box HYDRONE 7 Plant Dehumidifier Unit (SKU: AC-DHT7) Precision corded humidity/VPD sensor Internal reservoir (0.5 gal / 2L capacity, pre-installed) Note: Optional gravity drain hose and ducting components are not confirmed as included in the standard package based on available source data. Verify complete box contents with Cannafull Spectrum Solutions or AC Infinity prior to purchase if specific accessories are required for your deployment configuration. Smart controller for UIS™ integration is sold separately. Regional Compliance & Deployment Notes Electrical Standard: The HYDRONE 7 operates on 120V AC / 60 Hz — the standard residential and commercial electrical supply in the United States. The unit is not rated for 240V or international voltage standards. UPC: 819137025219 — for procurement, inventory, and compliance documentation purposes. Jurisdiction: This product is sold and shipped exclusively within the contiguous 48 United States by Cannafull Spectrum Solutions. Compliance with applicable state and local regulations governing cultivation equipment is the responsibility of the purchasing operator. Electrical Code Compliance: Installation involving dedicated circuits, ducting penetrations, or integration with existing HVAC infrastructure should be performed by or reviewed by a licensed electrician and/or HVAC professional in accordance with applicable local codes. Manufacturer Compliance Documentation: For current safety certifications, compliance documentation, and regulatory filings applicable to SKU AC-DHT7, contact AC Infinity Inc. directly or request documentation through Cannafull Spectrum Solutions at the time of order. Cannafull Spectrum Solutions operates as a factory-authorized dealer for AC Infinity products within the contiguous United States. All compliance representations are based on manufacturer-supplied data current at the time of publication. Operators are responsible for verifying applicable regulatory requirements in their jurisdiction prior to deployment. This product description does not constitute legal or regulatory advice.