The artificial climate chamber is equipped with various sensors that can monitor various environmental parameters such as temperature, humidity, light intensity, carbon dioxide concentration, and air pressure in real time. These sensors transmit the collected data to the control system as the basis for subsequent adjustments. Adjust indoor temperature through heating or cooling devices. When the temperature is below the set value, the heating system starts; When it exceeds the set value, the refrigeration system starts working to maintain temperature stability.

Use humidifiers to increase the water vapor content in the air to improve humidity, or use dehumidification equipment to remove excess moisture to reduce humidity and maintain indoor humidity within the desired range. Using special lighting fixtures (such as LED growth lights) as light sources, parameters such as light intensity, light quality, and light period can be set according to different experimental needs to simulate natural lighting conditions or specific lighting modes.

The ventilation system is responsible for maintaining air circulation, ensuring fresh indoor air, preventing the occurrence of pests and diseases, and also helping to evenly distribute temperature, humidity, and other gas components. It also has an intelligent management system that can automatically adjust the above environmental factors according to preset programs and record real-time changes in various parameters. Researchers can view data at any time through monitoring systems to intervene and optimize the experimental process.

Precautions for using artificial climate chambers:

1. In terms of safety protection

-Electrical safety: Ensure that the power connection is correct and reliable. Do not disconnect or use extension cords in the middle of the power cord to prevent electric shock or fire accidents caused by overheating. Do not unplug or plug the power cord with wet hands to avoid the risk of electric shock. During use, avoid frequent changes to the set value, reduce the risk of overload caused by frequent compressor start-up, and extend the service life of the equipment.

-Safe handling and installation: When handling artificial climate chambers, the inclination angle should not exceed 45 ° to prevent damage to precision components such as refrigerators inside the box. The installation location should be chosen in a stable and well ventilated place, away from electromagnetic interference sources, and grounding measures should be taken during power on to ensure the safety of personnel and equipment.

2. In terms of daily maintenance

-Water quality management: If humidification function is used, distilled water or purified water must be used as the water source to avoid impurities affecting the humidification effect and equipment life. Every time the water tank is detached from the base, the water on the base should be emptied completely; The water filling hole cover of the refrigerator must be sealed well to prevent dripping.

-Smooth air duct: The space near the walls on both sides of the studio is an air duct. When placing items, do not occupy this area to avoid affecting the ventilation effect, causing uneven temperature, and ultimately affecting the accuracy of experimental results.

-Cleaning and hygiene: Regularly clean the interior, including walls, floors, shelves, etc., to remove dust, dirt, and other debris. At the same time, it is also necessary to clean and maintain the filter screens, sensors, and other components of the equipment to ensure their normal operation.

3. In terms of operational standards

-Follow the operating procedures: strictly follow the user manual of the device for operation, and do not arbitrarily change the default settings of the device or attempt unauthorized functions. Before performing any operation, ensure that you have understood the correct operating methods and potential risks.

-Reasonable placement of samples: Reasonably arrange the position of samples in the artificial climate chamber to ensure that each sample can be uniformly affected by environmental factors. Avoid mutual obstruction or overcrowding between samples, which may affect gas exchange and lighting effects.

-Avoid interference factors: Try to minimize the interference of external factors on the artificial climate chamber, such as avoiding direct sunlight and staying away from vibration sources. At the same time, try not to frequently open doors and windows during the experiment to avoid damaging the established stable environment.

4. In terms of environmental adaptability

-Temperature and humidity range limitations: Note that the temperature in the artificial climate chamber should be set within the allowable humidity range, otherwise it may cause instrument malfunction. Understand the performance limits of the device and do not exceed its normal operating temperature and humidity range.

-Adapt to different working conditions: In different seasons and usage environments, it may be necessary to make appropriate adjustments and maintenance to the artificial climate chamber. For example, in seasons of high temperature and humidity, dehumidification measures should be strengthened; In cold and dry environments, it is important to pay attention to insulation and moisture retention.