TechGrow | T-1 PRO CO2 Controller
Innovative climate control with the T-1 Pro CO2 Controller
Innovative climate control with The T-1 Pro CO2 Controller. This device, characterized by its advanced features and ease of use, provides optimal control of CO₂ levels in your growing environment.
Advanced CO₂ control
The innovative Climate Control with the T 1 Pro CO2 Controller is more than an ordinary CO₂ controller; it is a precision tool for accurately maintaining the ideal CO₂ concentration. Adjustable from 300 to 2000ppm or from 300 to 10000ppm, this controller adapts perfectly to the specific needs of any growing environment. The automatic CO₂ dosage counter and a detailed log of the past 7 days provide unprecedented insight into your CO₂ dosage.
User-friendly and efficient
The T-1 Pro is designed with ease of use in mind. Setup is simple and intuitive, allowing you to quickly enjoy all its benefits. The clear display shows real-time data, including min/max values of connected sensors. Moreover, the built-in calibration function ensures that the CO₂ sensor always remains accurate, even after prolonged use.
Smart features for optimal growth
The controller automatically recognizes the transition from day to night via light detection, seamlessly adapting settings to natural light cycles. Pulse dosing ensures a constant and stable CO₂ concentration, essential for healthy plant growth. In addition, the dosing retarder improves effectiveness through optimized CO₂ dosing.
Summary of technical specifications:
- Power supply: 100 to 240V
- Absorption: 3W (depending on sensor, without CO₂ source)
- Setting range CO₂: 300 to 2,000ppm or 300 to 10,000ppm
- Setting range CO₂ +/-: 20 to 200ppm (50ppm hysteresis recommended)
- Measuring time: 1 measurement per second
The T-1 Pro CO₂ Controller is an essential tool for any professional grower striving for an optimal growing environment. With its advanced features, user-friendly interface and reliability, this controller is the key to maximizing efficiency and productivity in modern growing environments.