Humidity & CO₂ Systems
2 products
Showing 1 - 2 of 2 products
2 products
Showing 1 - 2 of 2 products
Atmospheric carbon dioxide levels determine photosynthesis rates, and the right controller transforms average growth into exceptional results. Our collection focuses on high-reliability digital instruments that deliver accurate readings and seamless environmental coordination.
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Grozone USCO2 (Ultra Simple CO2 Controller): Ideal for growers who need straightforward, reliable enrichment. This unit features a 0-1600 PPM range and a simplified interface designed for easy setup and "set-it-and-forget-it" operation.
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Grozone SCC1 (Complete Climate Controller): For those seeking total environmental mastery, the SCC1 manages temperature, relative humidity, and CO₂ in a single unit. It coordinates enrichment with your ventilation and heating/cooling systems to ensure your plants stay in the optimal growth zone.
Every unit ships fast across Canada, typically arriving within 1 to 3 business days, and our technical advisors are ready to help you configure the right Grozone system for your specific growing environment.
Why CO₂ Controllers Matter
Plants photosynthesize faster when carbon dioxide levels exceed ambient atmospheric concentrations of roughly 400 PPM. A temperature and humidity controller integrated with CO₂ monitoring creates the complete climate management system commercial operations depend on, while standalone CO₂ regulators offer hobby gardeners an affordable entry point into environmental optimization.
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Accelerated Growth Rates — Maintaining 1,000 to 1,500 PPM during daylight hours can increase growth rates by 20% to 40% compared to ambient conditions, shortening crop cycles and boosting yields in both hydroponic systems and traditional soil grows.
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Automated Precision — Digital controllers with infrared sensors measure PPM continuously and trigger solenoid valves to release CO₂ exactly when needed, eliminating guesswork and preventing waste from manual monitoring systems.
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Safety and Cost Control — Built-in safety shutoffs prevent dangerous CO₂ buildup when the grow room ventilation activates, while precise dosing extends your CO₂ supply beyond unregulated release methods.
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Climate Synchronization — Advanced climate controllers coordinate CO₂ enrichment with exhaust fans, ensuring supplementation occurs only when lights are on and ventilation is off, maximizing photosynthesis without competing with your extraction system.
Related Growing Systems
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Propagation Supplies – Create ideal conditions for seedlings before they enter CO₂-enriched grow spaces.
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Grow Lights – Providing the intense photosynthetically active radiation (PAR) plants need to utilize elevated CO₂ levels effectively.
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Plant Supplements – Formulated to support the accelerated metabolism that occurs when CO₂ enrichment pushes growth rates beyond normal ranges.
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AutoPot Watering System Components – Everything you need for a complete irrigation setup to get your growing environment optimized for maximum yields.
FAQ
Maintain 1,000 to 1,500 PPM during the vegetative stage and early flowering for most crops. Seedlings and clones perform best at 400 to 800 PPM, while ambient levels around 400 PPM suffice during dark periods. Your CO₂ controller should allow you to program different setpoints for different growth phases and automatically cut enrichment when the lights turn off.
CO2 enrichment works best when the temperature stays between 24°C and 29°C and the relative humidity remains between 50% and 70% during vegetative growth. A standalone CO2 controller manages carbon dioxide only, while an integrated climate controller (like the Grozone SCC1) coordinates all three parameters. Many Canadian growers start with a basic CO2 regulator, then upgrade to a full climate controller as their operations expand.
Yes, but coordination matters. CO₂ supplementation only makes sense when your ventilation system isn't actively exhausting the enriched air outdoors. Quality controllers include relay outputs that communicate with exhaust fans, pausing CO2 injection whenever ventilation activates. Look for controllers that support your specific setup, whether that's simple exhaust fans or greenhouse automation with motorized vents.
Digital controllers with infrared (NDIR) sensors deliver PPM accuracy within ±50 PPM and allow precise programming. Analog controllers cost less upfront but measure CO2 indirectly through timing cycles (short cycling), making them less accurate in variable conditions. For commercial operations or any scenario involving CO2 generators, the precision of a digital monitor justifies the higher initial cost by reducing waste and optimizing growth.


