Titan Controls Atlas 9 Compact CO2 Controller

Accurate CO2 Dosing Made Simple with the Titan Controls Atlas 9

The Titan Controls Atlas 9 Compact CO2 Controller combines ease of use with intelligent fuzzy logic dosing to deliver accurate, efficient CO2 supplementation in grow rooms of all sizes. The 15ft remote sensor lets you monitor CO2 levels exactly where your plants are - not just near the controller - while fuzzy logic algorithms calculate precise dosing pulses that deliver CO2 more accurately than simple on/off controllers, reducing waste and improving consistency. A single knob that doubles as a button when pressed makes programming straightforward, and at 10A/120V the Atlas 9 handles the full range of common CO2 regulators and generators.

Key Features & Benefits

• 15ft Remote CO2 Sensor - Measures CO2 exactly where your plants are rather than at the wall, providing accurate data for dosing decisions and better CO2 management at the canopy level.
• Fuzzy Logic CO2 Dosing - Advanced fuzzy logic algorithms control CO2 delivery in precise pulses rather than simple on/off cycles, reducing overshooting, minimizing waste, and maintaining more consistent PPM levels.
• Simple Knob-Button Interface - One control that serves as both a dial and a push-button makes programming and adjustment quick and intuitive without complex multi-button menus.
• 10A Maximum Load - Higher current capacity handles larger CO2 regulators, generators, and fan combinations compared to lower-rated CO2 controllers.
• Compact Design - Low-profile 10in x 7.25in x 3.65in form factor mounts easily in tight spaces without taking up valuable grow room wall space.
• Moisture-Resistant Enclosure - Dust, rust, and moisture-resistant housing ensures reliable long-term operation in high-humidity cultivation environments.

Who Should Use This

The Titan Controls Atlas 9 is designed for cultivators who want more precise CO2 management than basic on/off controllers provide. The 15ft remote sensor is especially valuable in larger rooms or setups where the controller must be mounted away from the canopy. Fuzzy logic dosing suits growers using CO2 regulators with tanks who want to maximize CO2 efficiency and minimize tank consumption.

Compatibility

Operates on 120V/60Hz at 10 amps maximum. Compatible with Titan Controls CO2 regulators and most 120V CO2 equipment within the rated load. The 15ft remote sensor cable provides flexible placement options for accurate canopy-level CO2 monitoring. Dimensions: 10in L x 7.25in W x 3.65in H.

Frequently Asked Questions

What is fuzzy logic and why does it improve CO2 control?

Fuzzy logic is a control methodology that calculates how far the current CO2 level is from the target and adjusts dosing pulse duration accordingly - providing a longer dose when far from target and shorter doses when close. This prevents the overshoot and undershoot cycles that basic on/off controllers exhibit, resulting in more stable PPM levels and less CO2 waste.

Why does the remote sensor location matter?

CO2 is heavier than air and distributes unevenly in a grow room. Placing the sensor at canopy height in the plant zone measures the CO2 your plants are actually experiencing, not the CO2 level near a wall outlet. The 15ft cord provides the flexibility to place the sensor at the optimal measurement point regardless of where the controller must be mounted.

Can I use the Atlas 9 with a CO2 tank and regulator?

Yes - the Atlas 9 is specifically optimized for use with CO2 regulators. The fuzzy logic dosing algorithm works by controlling the solenoid valve on your CO2 regulator, releasing metered pulses of CO2 rather than open-flow delivery for precise PPM management.

How does the Atlas 9 differ from the Atlas 3?

The Atlas 9 adds a 15ft remote sensor for canopy-level monitoring, fuzzy logic dosing for more precise CO2 delivery, and a higher 10-amp rated load compared to the Atlas 3's 5-amp rating. The Atlas 9 is better suited for larger rooms or growers prioritizing CO2 efficiency, while the Atlas 3 provides solid basic CO2 control at a simpler feature set.