Automated CO2 Controller for Greenhouse | 0-5000PPM | 100-240VAC

Technical Specifications:

Material: ABS plastic
Application: Plant growth rooms, greenhouses, mushroom cultivation rooms, incubators
CO2 Sensor Type: NDIR (Non-Dispersive Infrared)
CO2 Sensor Resolution: 1 PPM
Operating Temperature: 0°C - 50°C
Operating Humidity: 0-95% (Non-condensing)
Product Dimensions: Controller: 166x45.5x122 mm; Sensor: 50x34.5x130 mm
Voltage: AC100-240 VAC
Measurement Range: 0-5000 ppm
Accuracy: 0-3000 ppm: ±50 ppm or ±5% of reading; 3000 ppm: ±7% of reading
Heating Time: 30 seconds (cold start) @25°C
Response Time: 63% change in <2 min, 90% change in <4.6 min
Operating Temperature: 32°F - 122°F (0°C - 50°C)
Storage Temperature: 14°F - 140°F (-10°C - 60°C)
Operating and Storage Humidity: 0-95% (Non-condensing)
Weight: 1.5 kg (total package)
Input Voltage: AC100-240 VAC
Output Plug Load: 5A AC
Features:

Built-in light sensor with ON/OFF function
Large LCD display showing CO2 concentration, time, and date simultaneously
Accurate dual-channel NDIR CO2 sensor with low deviation
Waterproof controller housing and sensor probe
Remote (external) CO2 sensor for CO2 monitoring in closed spaces
Real-time CO2 concentration display
Easy CO2 zone setting and control with ON/OFF function for power supply
Simple working time setting
CO2 controller with backlit display
Sensors and solenoid valves available as additional accessories
OEM and ODM services available
Used for plant growth rooms, greenhouses, glasshouses, plant factories, mushroom/pepper/strawberry/tomato farming, cold storage rooms
Usage: The automated CO2 controller is ideal for monitoring and optimizing plant growth conditions, especially in greenhouses and growth rooms where precise CO2 level control is crucial for plant growth and yield. Due to its waterproof design and remote sensor, it is suitable for various environments and easily adaptable to different types of cultivation systems.

Advantages:

Accurate and reliable: NDIR technology ensures high accuracy and low deviation.
Easy installation and operation: Settings are easy to adjust and user-friendly with a large LCD screen.
Waterproof: Suitable for use in humid environments, ensuring durability and reliability.
Remote sensor: Ability to monitor CO2 concentration in closed spaces to avoid measurement errors.
Wide application range: Suitable for both small and large cultivation facilities and greenhouses.
Disadvantages:

Cost: High-quality CO2 sensors may be more expensive than simpler devices.
Installation may require technical knowledge: If you have no experience with CO2 control, it will take some time to learn the optimal settings.
Electrical control: Requires continuous power supply, which may incur additional costs and maintenance requirements.