The stacked artificial climate chamber is a multi-layer combined environmental control device that utilizes laboratory space through vertical spatial stacking design, while meeting the needs of multiple independent or synchronous experiments.
The stacked artificial climate chamber is a precision environmental simulation device designed with "multi-layer independent chambers", which can simultaneously construct multiple independent and controllable climate environments such as temperature, humidity, light, CO ₂ concentration in the same device. It is used for plant growth and cultivation, microbial fermentation, seed germination, material aging testing and other scenarios. Its advantages lie in "high space utilization" and "multivariable parallel experiments", which can significantly reduce laboratory footprint and improve experimental efficiency. It is widely used in fields such as agricultural science, life science, and environmental engineering.
Application field
Plant growth research: Simulate different climatic conditions (temperature, humidity, light) to study plant germination, seedling cultivation, tissue culture, and other processes.
Microbial cultivation: Provides a constant temperature, humidity, and sterile environment to support the cultivation and preservation of bacteria, molds, fungi, and other microorganisms.
Insect and small animal feeding: Simulating natural environments, studying insect growth cycles or small animal behavior.
Material testing: Testing the aging and service life of wood, building materials, medicinal materials, etc. under specific temperature and humidity conditions.
Precautions for use
Installation environment: Place in a dry, ventilated, and away from heat sources, ensuring that the distance between the condenser and the wall is ≥ 10cm.
Operation sequence: Start the fan before starting up, and then set the parameters to avoid local high temperature damage to components.
Maintenance: Regularly clean the water tray and workshop dust, check if the circuit is normal, and prevent microbial contamination.
Troubleshooting: If the equipment is not working, first check the fuse and power supply. Do not disassemble it without authorization and contact professional personnel for repair.
Key points of daily maintenance
Clean the sealing strip of the chamber once a week (to remove dust and foreign objects) to avoid temperature and humidity fluctuations caused by poor sealing;
Check the humidifier water tank monthly, clean the scale (soaked in citric acid solution), and prevent blockage that affects the humidification efficiency;
Calibrate temperature and humidity sensors quarterly (compare with standard temperature and humidity meters, and recalibrate if the deviation exceeds ± 0.5 ℃/± 3% RH);
When not in use for a long time (more than one month), the water tank should be emptied to keep the chamber dry and avoid rusting or mold growth in the inner container.