The new C1 CO2 controller is a practical and affordable way to accurately control and dose CO2 into your grow room space, allowing the user to fine tune PPM levels.How is this different and why is it cheaper than other Co2 controllers? The sensor is integrated into the controller (turn the unit over and you'll see a load of holes in the back of it (this is the co2 sensor underneath it). This integration means less components and manufacturing involved. What does that mean? You need to be in your grow room to read / change settings on it. So if you're not fussed about that, save some cash and get this one. Why grow with Co2 supplementation? Growing with CO2 enrichment is a proven method for boosting yields, improving quality, and accelerating growth. By providing your plants with the optimal levels of carbon dioxide during the vegetative and flowering stages, you can harness the power of photosynthesis to achieve impressive results!Ideal for any grow room or space utilizing CO2 supplementation, the C1 CO2 Controller features an internal CO2 sensing probe to accurately measure and monitor CO2 levels in enclosed environments.Main Features Include: Increase/Decrease Mode Vent & Greenhouse Mode Tracer Green Backlight Day & Night Sensor Variable Time Zoom Level Charts 2-Channel Low Drift NDIR Sensor Hold Menu Function Each C1 Controller Comes With: C1 Controller Unit Velcro Tape Strip User Manual Screws The Science of CO2 EnrichmentCarbon dioxide (CO2) is a critical component in the process of photosynthesis, the biochemical pathway that allows plants to convert light energy into chemical energy, which is stored as sugars and other organic compounds. During photosynthesis, plants absorb carbon dioxide from the air and use it to produce glucose and oxygen. When CO2 levels are elevated, plants can perform photosynthesis at a faster rate, leading to increased growth and yield.In a controlled indoor cultivation environment, maintaining an ideal CO2 concentration is essential for maximizing plant growth. Typically, outdoor air contains around 400 parts per million (ppm) of CO2, but fruiting plants especially can benefit from higher levels, ideally between 1,000 and 1,200 ppm. By increasing CO2 concentrations in the cultivation area, growers can optimize photosynthesis and, in turn, enhance the plant's development.Benefits of Growing with CO21.Increased Photosynthesis: As mentioned earlier, elevated CO2 levels stimulate photosynthesis, allowing plants to capture more light energy and convert it into biomass. This leads to faster growth and larger, healthier plants.2.Enhanced Yield: A direct result of increased photosynthesis is higher yields. Growers who implement CO2 enrichment can expect more bountiful harvests, ultimately increasing their profitability.3.Improved Quality: Not only does CO2 enrichment boost quantity, but it also enhances the quality of the crop. Plants grown with higher CO2 levels often produce denser buds, increased trichome production, and improved potency.4.Faster Growth Cycle: CO2 enrichment can shorten the time it takes for plants to reach maturity. This can be particularly advantageous for commercial growers looking to optimize their production cycles.Implementing CO2 Enrichment1.Monitoring and Control: Accurate monitoring of CO2 levels is crucial. Use a reliable CO2 monitor or controller to maintain the desired concentration. Aim for a range between 1,000 and 1,200 ppm, but be cautious not to exceed 1,500 ppm, as higher levels can lead to diminishing returns and potential health risks for growers.2.Proper Ventilation: To ensure that CO2 is distributed evenly throughout the growing area, you'll need efficient ventilation and airflow systems. This helps prevent pockets of stagnant air and ensures all plants receive the benefits of CO2 enrichment.3.Ensure that grow room temperatures are kept between 28-32 degrees C, especially when growing with LED lights this will help ensure the leaf temperature is kept above 24 degrees. This consistent temperature will enable the leaf’s stomata to transpire correctly.4.Feeding plants grown under LED lighting using CO2 will need higher EC levels due to the plants increased metabolism.5.Timing: CO2 enrichment should be implemented during the light period of the plant's growth cycle. Typically, this means providing CO2 for 12-18 hours a day when the lights are on. Monitoring and controlling CO2 levels during the dark cycle is unnecessary and wasteful.6.Safety Measures: Safety should always be a top priority when working with CO2. Ensure proper ventilation, use certified equipment, and follow manufacturer guidelines for CO2 storage and handling. A dedicated CO2 monitor and alarm system can provide an added layer of security.
