Controlador de CO2 AC Infinity | Monitor de dióxido de carbono con toma de corriente inteligente para reguladores de CO2 y ventiladores en línea

Precision Control in Any Space

Every unmonitored hour inside a sealed grow environment is an hour where CO2 concentration drifts unchecked — spiking when equipment stacks, crashing when ventilation runs blind, and settling into a range that costs yield without ever triggering an alarm. Manual correction cycles mean the operator is the sensor, the timer, and the actuator simultaneously. That is not a workflow — it is a liability. The silent cost is not one bad run; it is the compounding variance across every run, every cycle, every season, while the root cause stays invisible because no instrument is closing the loop.

After the AC-CTC7 is deployed, the atmospheric correction loop runs without operator presence. CO2 concentration is continuously sampled, set-point thresholds are enforced in real time, and the two outlet channels respond independently — one triggering the CO2 regulator when PPM drops below target, the other activating the exhaust fan when PPM climbs above ceiling. Schedules and alarms hold the environment accountable across every light cycle. Historical high and low PPM data accumulates on-device, giving the operator a verifiable record of atmospheric performance rather than a guess.

The mechanism behind that outcome is a next-generation photoacoustic CO2 sensor — a measurement technology that uses acoustic resonance to detect CO2 molecular concentration with a resolution of 1 PPM below 1000 PPM, 5 PPM between 1000 and 2000 PPM, and 10 PPM above 2000 PPM, across a measurement range of 0–5000 PPM. The sensor probe cord extends approximately 6 feet for remote canopy-level placement, while the controller's 53-inch (4.4-foot) power cord allows wall-mount positioning via the integrated keyhole hanger. The two standard 120V outlets are independently programmed — CO2 regulator on one channel, exhaust fan on the other — with CO2 trigger, fan trigger, and cycle programming modes operating in alternating logic to dynamically raise or lower atmospheric concentration. The LCD display with blue LED backlight surfaces outlet power status, CO2 trend direction, clock, and cycle data at three manual brightness levels plus two auto-dimming levels, and an internal clock battery sustains scheduling through power interruptions. In practical terms, the AC-CTC7 enforces CO2 set-point control across a 0–5000 PPM measurement range through a photoacoustic sensor, driving up to 1100W (10A) of connected load across two independently programmed 120V outlets from a standard 100–240V input.

Where This Belongs (and Doesn't)

The AC-CTC7 controls outlet switching based on CO2 set-point logic. It does not replace dedicated HVAC controllers, high-voltage circuit management systems, or multi-zone atmospheric automation platforms. Verify that connected devices do not exceed 1100W (10A) total load. Consult a licensed electrician before integrating into any facility electrical circuit that requires load balancing or dedicated breaker allocation.

How It Works

The AC-CTC7 operates as a closed-loop atmospheric control node. The photoacoustic CO2 sensor — mounted remotely via its probe cord — continuously samples the air column and transmits concentration data to the controller's processing cortex. Photoacoustic technology works by directing modulated infrared light through a gas sample chamber; CO2 molecules absorb the light and generate a pressure wave proportional to their concentration, which the sensor converts into a precise PPM reading. This method produces fast, stable readings without the drift characteristics associated with older electrochemical or NDIR sensor architectures.

The controller's dual-outlet module operates on independent programming logic. Outlet 1 is assigned to the CO2 regulator: when measured PPM falls below the operator-defined set-point, the outlet activates, opening the regulator and injecting CO2 until the target concentration is reached. Outlet 2 is assigned to the exhaust fan: when measured PPM exceeds the upper threshold, the outlet activates, purging excess CO2 until the concentration returns to range. The two channels alternate in response to live sensor data — they do not run simultaneously — ensuring that injection and exhaust do not work against each other. Cycle programming adds a third layer of control, allowing timed activation sequences independent of PPM triggers for ventilation scheduling during lights-off or CO2-off periods.

The LCD display with blue LED backlight presents outlet power status, real-time CO2 PPM, trend direction, clock, and active cycle data on a 2.53 x 2.98 in. (6.43 x 7.57 cm) screen. Display brightness is operator-selectable across three manual levels and two auto-dimming levels. Historical data logging captures high and low PPM thresholds over time, providing a verifiable atmospheric record for each production cycle. The internal clock battery sustains time and scheduling data through power interruptions, preventing schedule loss during facility power events. The housing measures 2.95 x 4.72 x 1.10 in. (7.5 x 4.72 x 2.8 cm), constructed from hard black fire-resistant plastic, and mounts via keyhole hanger with included wood screws. The 53-inch (4.4-foot) power cord connects to a standard 100–240V wall outlet, and the sensor probe cord extends 144 inches (12 feet) — with the sensor cable itself approximately 6 feet — for flexible canopy-level placement independent of controller mounting position. In practical terms, the AC-CTC7 delivers photoacoustic CO2 measurement at 1 PPM resolution across a 0–5000 PPM range, switching up to 1100W (10A) across two independently programmed 120V outlets from a 100–240V input source.

Commercial Assurance

Cannafull Spectrum Solutions is a factory-authorized dealer for AC Infinity products. Every AC-CTC7 unit sold through this listing is sourced through authorized distribution channels and carries the manufacturer's warranty as issued by AC Infinity.

• Warranty Period: Warranty terms are as specified by AC Infinity. Warranty period was not specified in available source data — contact Cannafull Spectrum Solutions or AC Infinity directly to confirm current warranty coverage before purchase.
• Authorized Channel: Units are not sourced from gray-market or secondary distribution. Manufacturer warranty eligibility is preserved.
• Support Access: Pre-sale technical questions and post-sale support inquiries are handled directly by Cannafull Spectrum Solutions. Contact us at cannafullspec.com before and after your order.
• Deployment Footprint: The AC-CTC7 is deployed in licensed commercial facilities across the United States. Cannafull Spectrum Solutions ships within the contiguous 48 United States only.

System Integration

• CO2 Regulator Compatibility: Outlet 1 accepts any standard 120V CO2 regulator or solenoid valve assembly with a combined load not exceeding the 1100W (10A) per-outlet ceiling.
• Exhaust Fan Compatibility: Outlet 2 accepts inline fans, centrifugal blowers, or mixed-flow exhaust units operating on standard 120V — including AC Infinity CLOUDLINE and CLOUDREV series — within the 1100W total load limit.
• Sensor Placement: The photoacoustic sensor probe cord (144 in. / 12 ft. total; sensor cable approximately 6 ft.) allows canopy-level CO2 sampling independent of wall-mount controller position, reducing measurement error from stratification.
• Scheduling Integration: The internal clock with battery backup sustains programmed schedules and alarm thresholds through power interruptions, maintaining atmospheric protocol continuity without operator reset.
• Operating Environment: Rated for 35–85% RH operating humidity and 100–240V input, making the unit compatible with both domestic 120V facility circuits and international voltage environments where 240V infrastructure is present.

Facility Integration Data

The following ROI framework is provided for operators evaluating the AC-CTC7 as a standardized atmospheric control node across multi-unit facility deployments. Labor savings are estimated based on elimination of manual CO2 monitoring and ventilation adjustment cycles; actual results will vary by facility protocol and staffing structure.

Operator Field Notes

• Sensor placement determines measurement accuracy: Mount the photoacoustic probe at canopy level — not at ceiling height — to capture the CO2 concentration your plants are actually experiencing. The approximately 6-foot sensor cable provides enough reach for most tent and room configurations when the controller is wall-mounted at a practical height.
• Outlet assignment is not interchangeable mid-cycle: Outlet 1 is the CO2 trigger channel; Outlet 2 is the fan trigger channel. Reversing device connections after programming is complete will invert the control logic. Label your cables at installation.
• CO2 range data conflict — verify before setting upper thresholds: Source data shows a conflict between the product page listing (0–10,000 PPM) and the manual specification (0–5000 PPM). Treat 5000 PPM as the verified operational ceiling until AC Infinity confirms the upper range. Do not program set-points above 5000 PPM without manufacturer confirmation.
• Cycle programming is independent of PPM triggers: The cycle mode allows timed activation sequences that run regardless of current CO2 concentration — useful for lights-off ventilation schedules where CO2 injection is suspended but air exchange must continue.
• Internal clock battery is not user-replaceable in the field: The battery sustains time and schedule data through power interruptions. If the clock loses time after extended power loss, contact AC Infinity support — do not attempt to open the housing to replace the battery without manufacturer guidance.
• Total load ceiling is 1100W (10A) across both outlets combined: Do not treat each outlet as independently rated to 1100W. The controller's maximum supported power is 1100W total. Size your connected CO2 regulator and fan accordingly.

Operator FAQ

Shipping & Logistics

• Shipping Jurisdiction: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. Orders to Alaska, Hawaii, U.S. territories, or international addresses cannot be processed through this listing.
• Fulfillment: Orders are processed and shipped from authorized distribution. Tracking information is provided upon fulfillment. Estimated transit times vary by destination within the contiguous 48 states.
• Returns: Returns are accepted for defective units per manufacturer warranty terms. Non-defective returns are subject to our return policy. Contact cannafullspec.com to initiate any return or warranty claim before shipping product back.
• 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 you order? Contact Cannafull Spectrum Solutions at cannafullspec.com — pre-sale technical support is available for all AC Infinity products.

What's in the Box

• CO2 Controller (x1) — AC-CTC7 unit with LCD display, dual outlet module, and integrated keyhole hanger
• CO2 Sensor with probe cord (x1) — photoacoustic sensor assembly for remote canopy-level placement
• Wall-hang wood screws (x3) — for keyhole hanger mounting
• Wire mount/tie (x1) — for cable management during installation

Included components are confirmed from operational documentation (manual code CTC2210X1). Packaging contents are subject to change by the manufacturer without notice. Verify contents upon receipt and contact Cannafull Spectrum Solutions if any component is missing or damaged before installation.

Regional Compliance & Deployment Notes

• Voltage Compatibility: The AC-CTC7 accepts 100–240V AC input, making it compatible with standard U.S. 120V facility circuits. The two controlled outlets are standard 120V US configuration. Verify local voltage compatibility before connecting to any non-standard circuit.
• Outlet Load Rating: Maximum supported power is 1100W (10A) total across both outlets. Do not exceed this combined load. Consult a licensed electrician if integration into a shared circuit requires load balancing or dedicated breaker allocation.
• Operating Humidity: Rated for 35–85% RH. Do not deploy in environments where ambient humidity regularly exceeds 85% RH without additional environmental controls in place.
• CO2 Safety: CO2 enrichment above ambient atmospheric levels (approximately 400 PPM) presents occupational safety considerations at high concentrations. Operators are responsible for compliance with applicable OSHA standards and state-level occupational safety regulations governing CO2 use in enclosed facilities. The AC-CTC7 is a control instrument — it does not replace facility-level CO2 safety protocols or emergency ventilation systems.
• Shipping Jurisdiction: Cannafull Spectrum Solutions ships within the contiguous 48 United States only. This product is not available for shipment to Alaska, Hawaii, U.S. territories, or international destinations through this listing.
• Regulatory Compliance: Operators are responsible for verifying that CO2 enrichment practices comply with all applicable local, state, and federal regulations governing controlled environment agriculture in their jurisdiction. Cannafull Spectrum Solutions does not provide regulatory compliance guidance.

Compliance requirements for CO2 use in controlled environment agriculture vary by state and municipality across the United States. Cannafull Spectrum Solutions provides this product for lawful use only. Operators are solely responsible for ensuring their deployment complies with all applicable regulations in their jurisdiction. This page does not constitute legal or regulatory advice.