AC-COS3

CO2 + Light Sensor for Controller AI+, CO2 Data Tracking, Optimized FAE, Day & Night Scheduling, Enables Equipment Control Programming

$49.99
  • This sensor is designed for use with the AC Infinity AI Controllers to help monitor CO2 levels through adaptive automated learning.
  • CO2 sensor pairs with AI Controllers and our Wi-Fi enabled app to precisely control and disperse carbon dioxide within grow spaces based on most beneficial light cycle.
  • Custom CO2 and fan programming dynamically alternate to activate in response to carbon dioxide levels optimizing FAE (Fresh Air Exchange)
  • Additional programming includes day & night scheduling, precision cycling, and environmental data tracking.
  • Smart programming can set minimum intake speed to improve efficiency of plant environment based on PPM.

Product Description

The innovative CO2 + Light sensor is designed for direct use with our cutting-edge AI controllers featuring adaptive self-learning to automate a crucial role in monitoring and maintaining optimal CO2 levels essential for healthy plant growth. The precision of the sensor ensures exact control and dispersal of carbon dioxide within grow spaces. When connected to our Wi-Fi app, view accurate, real-time data, ensuring plants receive the ideal amount of CO2 for maximum growth.

Smart Response to CO2

Smart programming allows the sensor to coordinate with a fan to detect the most acceptable amount of CO2, turning the fan on only when needed generating the most efficient fresh air exchange (FAE) and points per million (PPM).  This directly impacts the efficiency of photosynthesis, leading to healthier and more robust plants.

Compatibility

Enhanced features including day and night scheduling, precision cycling, and comprehensive environmental data tracking significantly optimize the sensor's performance and overall benefits. These capabilities allow for precise control and monitoring, ensuring the sensor operates efficiently under varying conditions.

View full product info

Preorders placed by November 17, 2024 will ship out by January 24, 2025. Preorders placed after November 17, 2024 will ship out by February 24, 2025. Orders containing pre-ordered items will ship when ALL items are available.

  • This sensor is designed for use with the AC Infinity AI Controllers to help monitor CO2 levels through adaptive automated learning.
  • CO2 sensor pairs with AI Controllers and our Wi-Fi enabled app to precisely control and disperse carbon dioxide within grow spaces based on most beneficial light cycle.
  • Custom CO2 and fan programming dynamically alternate to activate in response to carbon dioxide levels optimizing FAE (Fresh Air Exchange)
  • Additional programming includes day & night scheduling, precision cycling, and environmental data tracking.
  • Smart programming can set minimum intake speed to improve efficiency of plant environment based on PPM.

Product Description

The innovative CO2 + Light sensor is designed for direct use with our cutting-edge AI controllers featuring adaptive self-learning to automate a crucial role in monitoring and maintaining optimal CO2 levels essential for healthy plant growth. The precision of the sensor ensures exact control and dispersal of carbon dioxide within grow spaces. When connected to our Wi-Fi app, view accurate, real-time data, ensuring plants receive the ideal amount of CO2 for maximum growth.

Smart Response to CO2

Smart programming allows the sensor to coordinate with a fan to detect the most acceptable amount of CO2, turning the fan on only when needed generating the most efficient fresh air exchange (FAE) and points per million (PPM).  This directly impacts the efficiency of photosynthesis, leading to healthier and more robust plants.

Compatibility

Enhanced features including day and night scheduling, precision cycling, and comprehensive environmental data tracking significantly optimize the sensor's performance and overall benefits. These capabilities allow for precise control and monitoring, ensuring the sensor operates efficiently under varying conditions.