Artificial Climate Incubator with Precise PID Control for Microbial & Plant Research

1. Equipped with a liquid crystal (programmable) temperature and humidity controller utilizing CPU micro-processing for PID control, the system accurately and reliably simulates day-and-night temperature and humidity data.

2. A fully sealed, multi-stage arbitrarily adjustable irradiation system ensures illumination intensity meets laboratory requirements while eliminating interference from external natural light.

3. The refrigeration system adopts pressure balance control to enhance performance and reduce power consumption, integrating a fully imported compressor and eco-friendly fluorine-free refrigerant (R404a).

4. Key components are high-quality imported parts, paired with imported low-noise scroll fans and a unique air duct design to guarantee uniform temperature and humidity distribution in the workspace.

5. An ambient temperature monitoring device in the temperature control system automatically adjusts operating status, effectively supporting long-term continuous operation of the equipment.

6. Power-off memory and call recovery functions preserve experimental continuity; a rational water treatment system enables true non-drainable operation, while the inclined tank base facilitates collection and discharge of clean condensate.

7. Featuring over-temperature and over-humidity alarm functions, the incubator can be configured with an independent temperature limit control system (optional) to prevent experimental accidents.

8. Optional printer or RS485 interface allows connection to printers and computers for real-time printing and recording of temperature and humidity changes.