Autopilot Digital CO2 Controller with Integrated Sensor

Autopilot APC8400 Digital CO2 Controller with Integrated Sensor Need versatile CO2 control that handles both enrichment and safety exhaust applications with integrated monitoring? The Autopilot APC8400 Digital CO2 Controller offers a simple and affordable way to control, monitor, and record CO2 levels with dual operation modes for complete environmental management. Perfect for growers and facility managers requiring comprehensive CO2 control, this controller provides both CO2 enrichment for optimal growing conditions and CO2 exhaust for safety in confined spaces where humans work. The controller features dual operation modes: CO2 enrichment and CO2 exhaust. The innovative CO2 exhaust mode triggers exhaust fans to reduce CO2 levels, providing an ideal safety function for humans working in confined spaces. This versatility makes it suitable for both growing optimization and workplace safety applications. Trace your room's CO2 levels over minutes, hours, or up to 7 days with this easy-to-use controller that features fully customizable CO2 setpoint and deadband controls. The advanced memory feature gives growers a real edge in fine-tuning the grow room environment while ensuring worker safety in operational areas. Built with integrated sensors including day/night detection, the controller automatically adjusts display brightness for nighttime operation. The green backlit screen illuminates for 30 seconds during night cycle selections, ensuring easy operation without disrupting light-sensitive growing periods. Control and monitor CO2 levels from 0 to 5000 parts per million (PPM) with precision accuracy. Product Highlights Dual Operation Modes: CO2 enrichment for growing optimization and CO2 exhaust for safety applications Wide Range Control: Monitor and control CO2 levels from 0 to 5000 PPM with customizable setpoint and deadband Integrated Day/Night Detection: Automatic brightness adjustment with 30-second night illumination for easy operation Safety Exhaust Function: Triggers exhaust fans to reduce CO2 levels for worker safety in confined spaces Advanced Memory System: Records and reviews past CO2 levels for up to 7 days of accurate analysis Autopilot APC8400 Digital CO2 Controller Features 🔄 Dual Operation Modes CO2 enrichment for growing optimization and CO2 exhaust for safety applications in confined spaces. 📊 0-5000 PPM Range Controls and monitors CO2 from 0 to 5000 parts per million with customizable setpoint and deadband. 🌙 Day/Night Detection Integrated sensors detect lighting cycles with 30-second night illumination for easy operation. 🛡️ Safety Exhaust Function Triggers exhaust fans to reduce CO2 levels for worker safety in confined spaces. 🔧 Integrated Sensor Design Built-in sensors eliminate need for external probes while providing accurate CO2 monitoring. 💾 Memory & Analysis Records and reviews past CO2 levels for up to 7 days of accurate environmental analysis. Autopilot APC8400 Operation Modes The APC8400 provides versatile CO2 management through two distinct operation modes: CO2 Enrichment Mode Tank/Regulator Setups: Controls CO2 release from pressurized tank systems CO2 Generator Integration: Manages burner-based CO2 generation systems Growing Optimization: Maintains elevated CO2 levels (typically 1000-1500 PPM) for enhanced material growth Customizable Timing: Coordinates CO2 delivery with lighting and ventilation schedules CO2 Exhaust Mode Safety Protection: Triggers exhaust fans when CO2 levels exceed safe limits for human occupancy Confined Space Safety: Ideal for enclosed growing areas where workers enter for maintenance Customizable Setpoint: Set specific PPM levels for exhaust fan activation Automatic Operation: Immediate response to elevated CO2 levels for worker protection Advanced Day/Night Detection The integrated day/night detection system provides intelligent operation management: Automatic Light Sensing: Detects ambient light levels to determine day/night cycles Display Brightness Control: Reduces screen brightness during night cycles to prevent light pollution 30-Second Night Illumination: Green backlit screen activates briefly during night selections for easy operation Growing Cycle Coordination: Aligns CO2 delivery with photosynthesis periods for optimal efficiency Energy Conservation: Reduces unnecessary CO2 generation during dark periods What's Included Autopilot APC8400 Digital CO2 Controller with integrated sensor 5-foot power cord for flexible installation placement Mounting hardware for wall or panel installation User manual with setup and programming instructions Quick reference guide for operation modes and settings Autopilot APC8400 Digital CO2 Controller Specifications Specification Value Model APC8400 Unit Dimensions 7.9" L x 9.4" W x 3.7" H Shipping Weight 2.33 lbs CO2 Range 0 to 5000 PPM Operation Modes CO2 Enrichment and CO2 Exhaust Sensor Type Integrated CO2 sensor with day/night detection Power Cord 5 feet Display Green backlit screen with 30-second night illumination Memory Capacity Up to 7 days of CO2 level recording ETL Registration Yes Controls Adjustable CO2 setpoint and deadband Autopilot CO2 Controller Manual Autopilot CO2 Controller Manual Autopilot CO2 Controller Warranty Autopilot offers a 3-year warranty. This does not include user error or operator abuse. Autopilot APC8400 Digital CO2 Controller FAQs How does the CO2 exhaust mode enhance safety in confined spaces? + The CO2 exhaust mode automatically triggers exhaust fans when CO2 levels exceed safe limits for human occupancy. This is crucial for worker safety in enclosed growing areas where CO2 enrichment could create dangerous conditions. You can set custom PPM thresholds to ensure immediate ventilation when workers enter the space. What's the advantage of integrated sensors over remote sensor systems? + Integrated sensors eliminate cable runs and potential connection issues while simplifying installation. The APC8400's built-in sensors provide accurate CO2 monitoring without external probe placement concerns. This design is ideal when the controller can be positioned within the monitored environment for reliable, maintenance-free operation. How does the day/night detection coordinate with growing cycles? + The day/night detection system automatically adjusts CO2 delivery based on lighting cycles, since material only utilizes CO2 during photosynthesis when lights are on. During night cycles, the green backlit screen dims and only illuminates for 30 seconds during selections, preventing light pollution while maintaining easy operation. Can I use the APC8400 with both tank systems and CO2 generators? + Yes, the CO2 enrichment mode supports both tank/regulator setups and CO2 generator systems. The controller provides the appropriate control signals for either application, making it versatile for different CO2 delivery methods. Simply select the enrichment mode and configure the setpoint for your specific system type. What CO2 levels should I set for growing vs. safety applications? + For growing optimization, typically set 1000-1500 PPM during light periods. For safety exhaust applications, set 1000 PPM or lower to trigger ventilation before levels become unsafe for humans. The APC8400's 0-5000 PPM range accommodates both applications with precise control over activation thresholds. How does the 7-day memory help optimize my environment? + The 7-day memory records and reviews past CO2 levels allowing you to analyze patterns, identify optimal timing for CO2 delivery, and fine-tune your environmental control strategy. This historical data reveals how quickly CO2 is consumed and when replenishment is most effective for maximum growing efficiency. What does ETL registration mean for this controller? + ETL registration indicates the controller meets electrical safety standards for commercial and residential use. This certification ensures the device has been tested for safety, performance, and compliance with North American electrical codes, providing confidence for professional installations and regulatory compliance. How do I switch between enrichment and exhaust modes? + The APC8400 features simple mode selection through the digital interface. You can easily switch between CO2 enrichment mode (for growing optimization) and CO2 exhaust mode (for safety applications) using the controller's menu system. Each mode maintains separate setpoint and deadband settings for quick transitions between applications.