CO2 SCO2 Controller This easy to use CO2 controller determines precisely when to activate and shut-off CO2 generators to maintain user-defined LOW and HIGH CO2 values in the grow room. The unit can deactivate CO2 enrichment during the night cycle and perform CO2 evacuation as well. The CO2 sensor is located in the controller box.

SCO2 : 0-5000 ppm CO2 Controlle

«The Simple One» Series

With High Temp Shut-Off

These easy-to-use CO2 controllers determine precisely when to activate
and shut-off CO2 generators to maintain user-defined LOW and HIGH
CO2 values in the grow room. The units can deactivate CO2 enrichment
during the night cycle and perform CO2 evacuation as well. The CO2 sensor is located in the controller box. Now featuring high temp shut-off to
prevent high temperature condition in your grow room.

Operation and Specifications

• Output 120V/5A.
• Input 120V/50-60Hz.
• CO2 sensor: 0-5000PPM.
• Day and night detection with photocell.
• Digital display.

Controller Operation

Your controller is set and ready to operate when the top 3 light indicators
are off. According to selected operation mode, the controller will either
exhaust CO2 from or inject CO2 into your grow room and maintain the CO2
level between the user defined high and low limits

When using a gas burner as CO2 generator, you are likely to experience high
temperature conditions that can damage your crop. With high temp shutoff function enabled, the controller will defeat the burner if room temperature reaches the high temperature limit (step 6). CO2 Operation resumes
automatically when room temperature cools down by 3°C (5°F).

Displaying actual CO2 and temperature: in order to switch between
actual CO2 and temperature values on screen, rotate knob clockwise
for temperature or counter clockwise for CO2.

Benefits of CO2

Carbon dioxide (CO2) is a gas that fills our atmosphere, and it’s essential for plants to complete the process of photosynthesis wherein plants convert CO2 into energy. High levels of CO2 in a cannabis garden can result in stronger plants with increased yields – if introduced correctly.

Plants extract CO2 from the atmosphere via the plant’s stomates, which are the pores that plants “breathe” through. Photosynthesis begins as the plant uses CO2 in combination with light bulbs or light from the sun to produce both sugar and oxygen. Plants use sugar to grow while oxygen releases back into atmosphere.

Increasing CO2 levels in your cannabis garden will allow your plants to create more energy – if you provide adequate lighting as well.