AC Infinity Controller AI+ 8-Port Controller | 32-Device UIS

The AC Infinity Controller AI+ (CTR89Q) is an 8-port UIS environment controller with integrated temperature, humidity, and VPD sensing — engineered for craft operators who require automated atmospheric control without manual intervention cycles. AC Infinity Inc. designs and manufactures the Controller AI+ platform for deployment in controlled-environment production spaces where climate precision directly determines output consistency. Outcome: Automated atmospheric stabilization across up to 32 UIS-connected devices, eliminating manual adjustment cycles and environmental spike events. Replaces: Analog timers, standalone thermostats, manual humidity controllers, and disconnected single-device trigger units. Environment: Controlled-environment production spaces operating between 32°F–140°F and 35%–85% RH, with Wi-Fi + Bluetooth connectivity requirements. FACTORY-AUTHORIZED DEALER — CANNAFULL SPECTRUM SOLUTIONS Deployed in licensed commercial facilities across the United States. Quick Spec: SKU CTR89Q | 8 Native Ports / 32 Devices with Splitters | Dual-Zone Temp + Humidity + VPD | Wi-Fi + Bluetooth | 100–240V AC | 2W Max Controller Draw | 5.8 x 3.42 x 0.94 in. Precision Control in Any Space Every uncontrolled temperature swing, every humidity overshoot, every moment your equipment operates on a fixed timer while conditions drift — these are not minor inconveniences. They are compounding losses. When your fans, lights, humidifiers, and heaters operate as isolated units with no shared intelligence, your environment becomes a negotiation between devices rather than a managed system. The result is variance: inconsistent canopy conditions, unpredictable transpiration rates, and output that fluctuates cycle to cycle with no clear diagnostic path. The enemy is not any single piece of equipment — it is the absence of a unified cortex that reads, reasons, and responds to what is actually happening inside your space. After deployment, the operational picture changes fundamentally. Your climate is no longer a manual task — it is a managed state. Temperature, humidity, and VPD are tracked continuously across two independent sensor zones, with the controller analyzing pattern data to anticipate deviations before they become spikes. Devices respond dynamically, outputting the exact percentage required to hold target conditions rather than cycling on and off at fixed thresholds. Scheduling, triggers, and min/max output levels are programmed once and retained — even through Wi-Fi interruptions — so your environment remains stable whether you are on-site or remote. The facility runs on logic, not labor. The mechanism behind this outcome is the AI+ Cortex architecture embedded in the CTR89Q. The controller connects natively to 8 UIS ports and scales to 32 devices when splitter hubs are added — covering fans, grow lights, humidifiers, heaters, and any other UIS-compatible device in the ecosystem. The onboard sensor captures temperature and humidity directly at the unit; the corded probe extends 144 inches (12 feet) to a second zone, enabling true dual-zone atmospheric monitoring with VPD calculation derived from both readings. AI learning mode observes historical climate behavior, identifies overshoot and undershoot patterns, and recalibrates device output percentages autonomously — without operator input. Beginner mode provides full automated control based on crop type and connected device inventory; Advanced mode opens granular scheduling, trigger logic, and output customization for operators who require precise programmatic control. The controller draws a maximum of 2W, operates on 100–240V AC, and communicates via both Wi-Fi and Bluetooth for redundant connectivity. In practical terms, the Controller AI+ manages up to 32 UIS devices across dual sensor zones, operating on 2W of controller draw at 100–240V AC, with a 144-inch corded probe reach and full offline programming retention. Where This Belongs (and Doesn't) The Controller AI+ manages low-voltage UIS device signaling only. It does not replace dedicated electrical panels, HVAC control systems, or high-voltage switching infrastructure. All high-current device connections must be made through manufacturer-rated UIS equipment. Consult a licensed electrician before integrating into any facility with non-standard wiring configurations. Optimal Deployment Environments Sealed or semi-sealed controlled-environment production rooms Multi-device grow spaces requiring unified atmospheric scheduling Operations running UIS-compatible fans, lights, humidifiers, or heaters Facilities requiring remote monitoring and alert-based intervention Spaces where dual-zone VPD tracking is operationally required Not Designed For Direct high-voltage load switching without UIS-rated intermediate devices Outdoor or unenclosed environments exceeding 140°F or below 32°F Humidity environments outside 35%–85% RH operating range Facilities requiring CO2, pH, EC, or TDS monitoring without future sensor add-ons (sold separately, forthcoming) Non-UIS device ecosystems without compatible adapter hardware How It Works The Controller AI+ operates as the central cortex of the UIS ecosystem. At its core, the unit houses an onboard temperature and humidity sensor that captures ambient conditions at the controller's installed location. The 144-inch (12-foot) corded probe extends sensing capability to a second zone — a canopy-level position, an intake corridor, or any critical atmospheric node within the space — enabling simultaneous dual-zone monitoring with VPD calculated from both data streams. The 4.5-inch display provides real-time readout of all active sensor values without requiring app access. Device control is executed through 8 native UIS ports, each capable of addressing a connected device with variable output commands — not simple on/off switching. When splitter hubs are added, the addressable device count scales to 32 units across the same controller interface. Connected devices include fans, grow lights, humidifiers, heaters, and any UIS-compatible peripheral. Capacitive touch buttons provide direct on-unit programming; the AC Infinity app extends full control via Wi-Fi and Bluetooth, delivering real-time AI insights, performance scoring, alert notifications, historical climate charts, and access to an AI assistant for operational guidance. The AI learning engine is not a static rule set. It observes the climate behavior of the specific space it is installed in, identifies the lag time and overshoot characteristics of each connected device, and recalibrates output percentages to eliminate the oscillation patterns that cause environmental spikes. This adaptive logic runs continuously, improving accuracy over successive cycles. Beginner mode automates the full control stack based on crop type and device inventory inputs; Advanced mode exposes trigger logic, timer scheduling, and min/max output boundaries for operators who require explicit programmatic control over each device channel. Offline programming retention ensures that all active schedules and trigger conditions persist through Wi-Fi disconnection events, maintaining environmental stability without operator intervention. The controller draws a maximum of 2W at 100–240V AC, operates across a temperature range of 32°F–140°F and humidity range of 35%–85% RH, and is powered via included adapter. In practical terms, the Controller AI+ delivers dual-zone atmospheric monitoring with AI-driven device output adjustment across up to 32 UIS devices, drawing 2W maximum at 100–240V AC with a 144-inch sensor probe reach. Commercial Assurance Factory-Authorized Dealer: Cannafull Spectrum Solutions is an authorized reseller of AC Infinity products. All units are sourced directly through manufacturer-authorized distribution channels. Warranty: Warranty terms for the Controller AI+ (CTR89Q) are not specified in available manufacturer source data. Contact Cannafull Spectrum Solutions or AC Infinity directly to confirm current warranty coverage before purchase. Offline Reliability: The Controller AI+ retains all active programming and scheduling through Wi-Fi disconnection events, ensuring uninterrupted environmental management without operator intervention. Scalability Assurance: Native 8-port architecture scales to 32 addressable UIS devices via splitter hubs, providing a defined expansion path without controller replacement. Platform Continuity: As part of the UIS ecosystem, the Controller AI+ is designed for forward compatibility with forthcoming sensor add-ons including CO2, pH, EC, TDS, soil moisture, and hydro quality probes (sold separately). System Integration UIS Ecosystem Compatibility: Connects natively to all UIS-rated AC Infinity devices — inline fans, clip fans, grow lights, humidifiers, dehumidifiers, and heaters — via the 8-port hub, expandable to 32 devices with splitter hubs (sold separately). AC Infinity App Integration: Full two-way control via the AC Infinity app over Wi-Fi and Bluetooth, including real-time sensor dashboards, AI insight feeds, performance scoring, alert configuration, and remote schedule management. Sensor Expansion Architecture: Supports up to 2 corded sensors natively; forthcoming splitter accessory (sold separately) will extend sensor port capacity. Optional CO2, hydro, and soil sensor add-ons (sold separately) will enable CO2, pH, EC, TDS, soil moisture, and water quality monitoring within the same controller interface. Dual-Zone Atmospheric Mapping: Onboard sensor and 144-inch corded probe provide simultaneous temperature, humidity, and VPD data from two independent spatial positions, supporting zone-differentiated device response logic. Outdoor Reference Monitoring: Smart outdoor monitoring tracks external climate conditions alongside internal readings, enabling intake management and environmental differential analysis. Facility Integration Data The following ROI reference table models labor and intervention cost reduction across controller fleet deployments, based on elimination of manual monitoring cycles and reactive equipment adjustments. Fleet Size Controllers Deployed UIS Devices Addressable Estimated Manual Check Cycles Eliminated / Week Fleet Hardware Investment 10-Unit 10 Up to 320 ~140–200 cycles $1,690.00 20-Unit 20 Up to 640 ~280–400 cycles $3,380.00 50-Unit 50 Up to 1,600 ~700–1,000 cycles $8,450.00 Fleet pricing based on MAP $169.00 per unit. Manual check cycle estimates are illustrative projections based on typical multi-device monitoring intervals; actual labor savings will vary by facility configuration and staffing model. Splitter hubs required for device counts above 8 per controller (sold separately). Operator Field Notes Probe Placement Is Critical: The 144-inch corded probe should be positioned at canopy level or at the most thermally variable point in the space — not co-located with the controller unit. Dual-zone accuracy depends on spatial separation between the two sensor positions. AI Learning Requires Operational Cycles: The AI optimization engine improves with observed data. Allow a minimum of several complete environmental cycles before evaluating AI-adjusted output accuracy — early readings reflect baseline behavior, not optimized performance. Offline Retention Is Active by Default: Programming and scheduling persist through Wi-Fi disconnection without operator action. Verify that all active schedules are confirmed in the app before relying on offline retention during planned network maintenance windows. Splitter Hubs Expand Capacity — Not Included: The base unit supports 8 native UIS ports. Scaling to 32 devices requires splitter hubs, which are sold separately. Plan device counts and splitter requirements before installation to avoid mid-deployment procurement gaps. Future Sensor Add-Ons Are Forthcoming: CO2, pH, EC, TDS, soil moisture, and hydro quality sensor probes are planned for the platform but are not currently available. Do not purchase the CTR89Q as a CO2 or pH controller for immediate deployment — confirm sensor availability with Cannafull Spectrum Solutions before ordering for sensor-dependent applications. Operating Range Boundaries Are Hard Limits: The controller is rated for 32°F–140°F and 35%–85% RH. Environments that regularly approach these boundaries — high-heat rooms, near-saturation humidity spaces — should be evaluated for sensor drift and controller placement before deployment. Operator FAQ Q: How many devices can the Controller AI+ manage, and what hardware is required to reach the 32-device maximum? A: The Controller AI+ (CTR89Q) natively supports 8 UIS ports. By adding splitter hubs (sold separately), the addressable device count scales to a maximum of 32 UIS-compatible devices — including fans, grow lights, humidifiers, heaters, and other UIS peripherals. The controller interface and app manage all connected devices from a single dashboard regardless of total device count. Q: What does dual-zone monitoring mean in practice, and how does VPD factor into device control? A: Dual-zone monitoring means the controller simultaneously reads temperature and humidity from two independent sensor positions: the onboard sensor at the controller's installed location, and the corded probe — which extends 144 inches (12 feet) — positioned at a second critical point such as canopy level or an intake zone. VPD (Vapor Pressure Deficit) is calculated from both temperature and humidity readings at each zone, giving operators a real-time VPD value that reflects actual plant-level atmospheric conditions. Device output can be programmed to respond to VPD thresholds, not just raw temperature or humidity values. Q: What happens to my programmed schedules if the Wi-Fi connection drops? A: The Controller AI+ retains all active programming, schedules, and trigger logic through Wi-Fi disconnection events. The controller continues to execute its last confirmed configuration autonomously without requiring a network connection. This offline programming retention is a core reliability feature of the UIS platform, ensuring that environmental management is not interrupted by network instability or planned maintenance windows. Q: What is the difference between Beginner Mode and Advanced Mode, and which is appropriate for a multi-room facility? A: Beginner Mode takes full automated control of the connected device ecosystem based on crop type and device inventory inputs — it is designed for operators who want the AI to manage the full control stack without manual programming. Advanced Mode exposes granular scheduling, trigger logic, min/max output boundaries, and device-specific controls such as clip fan oscillation and heater mode switching. For multi-room facilities with differentiated environmental targets per zone, Advanced Mode provides the programmatic precision required to manage each controller independently with room-specific parameters. Q: Is CO2 monitoring available now, and what is the timeline for additional sensor support? A: CO2 monitoring is not currently available on the Controller AI+ at time of publication. The platform is designed for future sensor expansion including CO2, pH, EC, TDS, soil moisture, and hydro quality probes — all sold separately and listed as forthcoming by the manufacturer. The controller supports up to 2 corded sensors natively, with a forthcoming splitter accessory planned to extend sensor port capacity. Operators requiring immediate CO2 control should confirm current sensor availability with Cannafull Spectrum Solutions before purchasing for that specific application. Q: What is the warranty on the Controller AI+, and how do I initiate a warranty claim? A: Warranty terms for the Controller AI+ (CTR89Q) are not specified in available manufacturer source documentation at time of publication. Cannafull Spectrum Solutions recommends contacting AC Infinity directly or reaching out to our support team at support@cannafullspec.com to confirm current warranty coverage and claim procedures before purchase. Do not assume a warranty period based on other AC Infinity products — confirm terms specific to this SKU. Shipping & Logistics Shipping Territory: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. Orders to Alaska, Hawaii, U.S. territories, or international destinations cannot be fulfilled at this time. Carrier & Transit: Orders are processed and shipped via standard carrier service. Transit times vary by destination. Tracking information is provided upon shipment confirmation. Expedited shipping options may be available at checkout. Returns: The Controller AI+ is eligible for return in accordance with the Cannafull Spectrum Solutions Return Policy. Items must be in original, uninstalled condition with all included components. Defective units are handled separately under manufacturer warranty procedures — contact support before initiating a return on a unit exhibiting operational failure. 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 your order? Contact Cannafull Spectrum Solutions at support@cannafullspec.com or visit cannafullspec.com for full support resources. What's in the Box The following items are confirmed included with the Controller AI+ (CTR89Q) based on manufacturer package contents documentation: 1x Controller AI+ Central Hub 1x Wireless Phone 1x Power Adapter 1x Controller Cable 1x Wood Screws 1x Drywall Anchors 1x Hook and Loop Fastener Note: Splitter hubs, additional sensor probes (CO2, hydro, soil), and any future sensor expansion accessories are NOT included and must be purchased separately. Package contents are subject to change by the manufacturer without notice. Confirm current contents with Cannafull Spectrum Solutions if package completeness is operationally critical before ordering. Regional Compliance & Deployment Notes Electrical Compliance: The Controller AI+ operates on 100–240V AC via included power adapter. Verify that the installation environment meets voltage and outlet requirements before deployment. The controller itself draws a maximum of 2W; connected UIS devices operate under their own electrical ratings and must be verified independently against local electrical codes. Licensed Facility Use: This product is sold for use in lawfully operating facilities only. Cannafull Spectrum Solutions serves licensed commercial operators across the United States. Buyers are solely responsible for ensuring that their use of this equipment complies with all applicable federal, state, and local regulations governing controlled-environment production. Wi-Fi Infrastructure Requirements: The Controller AI+ requires a 2.4GHz Wi-Fi network for app connectivity. Facilities with enterprise network configurations, VLAN segmentation, or MAC-filtered access points should verify IoT device compatibility with their network infrastructure before deployment. Operating Environment Limits: The controller is rated for operation between 32°F–140°F and 35%–85% RH. Deployment in environments that regularly approach or exceed these boundaries may affect sensor accuracy and controller reliability. Evaluate installation location against these limits before permanent mounting. Shipping Jurisdiction: Cannafull Spectrum Solutions fulfills orders within the contiguous 48 United States only. No shipments to Canadian provinces, U.S. territories, or international destinations. Cannafull Spectrum Solutions is a factory-authorized dealer of AC Infinity products. Product specifications, features, and availability are subject to change by the manufacturer without notice. All compliance determinations are the sole responsibility of the purchasing operator. This product description is provided for informational purposes and does not constitute legal, electrical, or regulatory advice. Verify all specifications against current manufacturer documentation before making procurement decisions.