Titan Controls Ares CO2 Generator – 10 Burner – LP

The Titan Controls Ares CO2 Generator – 10 Burner (LP) is a propane-fueled carbon dioxide generator designed for large indoor grow rooms up to 35’ × 35’. It delivers approximately 26.5 cubic feet of CO2 per hour at full output and features adjustable burner operation — run 2, 5, 7, or all 10 burners to match your space and CO2 demand. Solid-state electronic ignition, precision brass burners, a tip-over safety shutoff, and a powder-coated steel enclosure make this a reliable choice for growers who need consistent CO2 enrichment without a standing pilot light.

Titan Controls Ares CO2 Generator – 10 Burner Specifications

The following table covers the key specifications for the 10-burner LP model. Values are drawn from the manufacturer product listing and supplier documentation.

Specification	Value
Brand	Titan Controls / Sunlight Supply
Model	Ares CO2 Generator – 10 Burner
Fuel type	LP (propane)
Number of burners	10 (adjustable: 2, 5, 7, or 10 active burners)
CO2 output	~26.5 cu ft/hr (full output)
Coverage area	Up to 35’ × 35’ (approx. 1,225 sq ft)
Burner material	Precision-manufactured brass
Enclosure	Powder-coated steel (moisture and rust resistant)
Ignition system	Solid-state electronic — no pilot light required
Safety features	Tip-over shutoff switch; LED shutdown/fault indicator lights
Mounting requirement	Must be suspended/hung — unrestricted airflow through bottom required
Available variants	LP and natural gas; standard and high-altitude versions

Why Choose the Titan Controls Ares CO2 Generator – 10 Burner

CO2 enrichment is one of the most direct ways to increase photosynthesis rates in a sealed or semi-sealed grow room. When ambient CO2 is raised from atmospheric levels (~400 ppm) to 1,000–1,500 ppm, plants can process light energy more efficiently, often resulting in faster growth and heavier yields. The Titan Controls Ares 10-burner LP generator is built for growers who need a reliable, large-capacity CO2 source for a serious indoor operation.

• Adjustable output for flexible room coverage: The 10-burner model lets you dial in 2, 5, 7, or all 10 burners. If your grow space changes or you want lower CO2 output during early vegetative stages, you can reduce active burners without swapping equipment.
• Solid-state electronic ignition: There is no standing pilot light to maintain or relight. The built-in ignition module creates a spark on demand each time the unit fires, reducing propane waste and eliminating a common failure point in older CO2 generators.
• Powder-coated steel enclosure: The housing resists moisture, corrosion, and discoloration — useful in the humid conditions typical of active grow rooms. The enclosure is designed for years of continuous operation.
• Tip-over safety shutoff: If the unit is accidentally knocked or tips over, a built-in switch cuts off the gas supply immediately. This is a critical safety feature for any open-flame device in a grow environment.
• LED fault indicator: The shutdown warning system includes visible LED error lights, making it straightforward to diagnose ignition or operational faults without guesswork.
• Large-space coverage: At ~26.5 cu ft/hr and a rated coverage area up to 35’ × 35’, this is suitable for commercial-scale grow rooms where smaller 4- or 8-burner units would not provide adequate CO2 enrichment.

Best Uses for the Titan Controls Ares CO2 Generator – 10 Burner

This generator is suited to growers who have moved beyond small tents and need a consistent, high-volume CO2 source for a dedicated indoor cultivation space.

• Large sealed grow rooms (up to 1,225 sq ft): The 10-burner configuration outputs enough CO2 to maintain elevated ppm levels in rooms up to 35’ × 35’. Rooms with good sealing and active recirculation will see the most benefit from CO2 enrichment at this scale.
• Commercial and semi-commercial indoor cultivation: Operations running multiple lights in a dedicated grow room — whether flowering cannabis, tomatoes, cucumbers, or other high-light crops — benefit from the sustained CO2 output this unit provides.
• Spaces that already have a propane supply: If your facility already runs LP for heating or other purposes, integrating a propane CO2 generator is straightforward. The Ares LP model connects to a standard propane regulator and tank.
• Grow rooms with good environmental control: CO2 enrichment works best when temperature, humidity, and lighting are already dialed in. Pairing this generator with an environmental controller lets you automate CO2 injection based on actual ppm readings.
• Operations that need scalable output: The adjustable burner count means you can run fewer burners during early growth stages when demand is lower, then scale up to full output during peak flowering. This also extends the interval between propane tank refills during lighter-use periods.

Titan Controls Ares CO2 Generator vs Similar Products

The Ares line is available in three burner counts — 4-burner, 8-burner, and 10-burner — covering progressively larger spaces. Here is how the 10-burner model compares to the smaller configurations in the same series:

Model	Burners	Coverage
Ares – 4 Burner LP	4	Up to 14’ × 14’
Ares – 8 Burner LP	8	Up to 28’ × 28’
Ares – 10 Burner LP (this model)	10 (adj. 2/5/7/10)	Up to 35’ × 35’

Beyond the Ares series, some growers evaluate CO2 burner generators against CO2 tank-and-regulator setups. Tank systems offer precise ppm control with an automated regulator and no combustion heat, but they require regular cylinder refills and ongoing cylinder rental costs. Burner generators like the Ares produce CO2 continuously from propane combustion and are generally more economical for large spaces that need sustained enrichment over long photoperiods. The tradeoff is that combustion also produces heat and water vapor, so adequate temperature and humidity management — such as a well-placed circulation fan like the Active Air HD pedestal fan — is more important in rooms running a CO2 burner generator.

Compatibility

The Ares 10-burner LP generator is designed to work within a broader environmental control system. Key compatibility considerations:

• Fuel: LP (propane) only. This model is not compatible with natural gas supply lines. A separate natural gas version is available if your facility uses NG. High-altitude versions are also available in both fuel types.
• Environmental controllers: The manufacturer notes that Ares generators pair well with Autopilot environmental controllers. Any CO2 controller with a 120V switched outlet or relay output can be used to cycle the generator on and off based on room CO2 ppm readings. The Autopilot PX2 advanced controller is one option for managing CO2 and lighting in the same room.
• Mounting: Must be suspended by hanging. The unit requires unrestricted airflow entering from below; setting it on a shelf or floor surface blocks combustion air and is not safe or supported. Use appropriate chain or cable with a rated hanging capacity adequate for the unit’s weight.
• Room type: Best suited to sealed or semi-sealed rooms where CO2 levels can accumulate. Rooms with high air exchange rates (e.g., those running large inline fans for odor control) will exhaust CO2 before it reaches enrichment ppm, reducing the benefit of supplemental CO2.
• Airflow and circulation: Combustion CO2 must be distributed evenly throughout the canopy. A horizontal air circulation fan helps prevent CO2 from stratifying near the ceiling and ensures the crop receives the benefit of enrichment.

Usage Guidelines

CO2 enrichment is most effective during the light cycle when photosynthesis is active. During the dark period, plants are not photosynthesizing and supplemental CO2 provides no growth benefit — most growers turn CO2 off at lights-out to avoid unnecessary propane consumption.

• Target CO2 range: Most high-light indoor crops benefit from CO2 levels between 1,000 and 1,500 ppm. Above 1,500 ppm, incremental photosynthesis gains diminish significantly. Above approximately 2,000 ppm, CO2 can become phytotoxic in some crops. A calibrated CO2 controller with a ppm sensor should be used to maintain target levels automatically.
• Burner count selection: Match the number of active burners to your room size. A 35’ × 35’ room benefits from full 10-burner output, while a smaller space — say, 20’ × 20’ — may only need 5 or 7 burners running to reach target ppm without overshooting.
• Heat and humidity management: Propane combustion produces both CO2 and water vapor as byproducts. In practice, this means a CO2 generator will incrementally raise both temperature and relative humidity in the room. Monitor environmental conditions closely during the first few runs and adjust intake/exhaust airflow or supplemental dehumidification accordingly.
• Ventilation and safety: Never run a CO2 burner generator in a room with people present for extended periods without CO2 monitoring and an adequate fresh-air exchange. Human-safe CO2 exposure limits differ significantly from plant enrichment targets. Ensure any personnel entering an enriched room understand the hazard.
• Propane supply: Connect to a clean, dry propane supply using an appropriately rated regulator. Check the gas line and fittings for leaks before each season. Keep the tank and supply line outside or in a well-ventilated space per local fire code.

How to Install the Titan Controls Ares CO2 Generator

The following steps cover a typical hanging installation for a sealed indoor grow room. Always consult the included manufacturer documentation before first use, and ensure your propane supply and electrical connections meet local code requirements.

1. Choose a hanging location: Select a central ceiling or overhead structural point in the grow room. The unit must hang freely with no obstruction below — unrestricted airflow entering from the bottom is required for safe combustion. Allow clearance on all sides per the manufacturer’s specifications.
2. Install hanging hardware: Use rated chain, cable, or a dedicated hanging kit with sufficient load capacity. Route the chain or cable through the unit’s hanging brackets and secure to an overhead anchor point. Verify the unit hangs level.
3. Connect the propane supply: Attach the propane inlet fitting to the regulator on your propane tank or supply line. Use thread sealant rated for gas fittings (not standard pipe dope) and tighten connections firmly. Perform a leak test with soapy water before ignition.
4. Set the burner count: Locate the burner selector and set it to the desired number of active burners (2, 5, 7, or 10) appropriate for your room size.
5. Connect the electrical: Plug the unit into a switched 120V outlet on your CO2 controller. When the controller calls for CO2 (ppm below setpoint during lights-on), it will send power to the outlet, triggering the solid-state ignition module to fire the burners. If no CO2 controller is available, the unit can be plugged into a standard timer, though a ppm-controlled setup is recommended for accuracy.
6. Test ignition: With the gas supply open and the controller calling for CO2, verify all selected burners light cleanly. The LED indicators should show normal operation. If a fault indicator lights, shut off the gas supply and consult the troubleshooting section of the included manual.
7. Monitor the first run: Check room temperature, humidity, and CO2 ppm during the first complete light cycle with the generator running. Adjust active burner count, controller setpoints, or room ventilation as needed to reach target conditions.

Note: The air box pre-filter on your inline exhaust fan, such as the Air Box 4 pre-filter, should be checked for restriction. A heavily loaded pre-filter that reduces exhaust airflow can help CO2 accumulate to target levels in a sealed room, but ensure the room does not overheat as a result.

Sources & Further Reading