Intelligent artificial climate chamber

Product Introduction：

Wason Intelligent Artificial Climate Chamber is a highly integrated and automated environmental simulation device, consisting of a central control system, enclosure system, constant temperature and humidity system, fresh air system, supplementary lighting system, gas regulation system, etc. By utilizing high-precision sensors, intelligent environmental control systems, and monitoring platforms, comprehensive environmental conditions such as temperature, humidity, lighting, and CO ₂ concentration can be accurately controlled in enclosed spaces. Various climate environments can be fully simulated automatically, and some models can also control wind speed and air pressure. It can be widely applied in fields such as life sciences (plant cultivation, breeding, physiological ecology, insects, microorganisms), modern agriculture (new variety breeding, stress simulation), biomedicine (drug stability, cell culture), scientific research (aging testing), food preservation (freshness preservation research), and teaching experiments. It provides a powerful, reliable, intelligent, and controllable environmental simulation solution for scientific research exploration, process optimization, and product quality improvement. It is an ideal choice for modern research institutes and industrial R&D departments.

Product images：

Product Features：

◆ Multi parameter precise control: Independently or linked precise control of core environmental factors such as temperature, humidity, light, CO ₂ concentration, etc. Some models support wind speed and air pressure control.

◆ Intelligent automation operation: Built in microcomputer system, supports preset complex programs (multi-stage, cyclic, day night simulation), realizes fully automatic execution of experimental processes, and can complete operations without manual supervision, greatly improving convenience and stability.

◆ Remote monitoring and management: Real time remote monitoring of environmental data and device status through the network (computer, Pad, mobile phone), and parameter adjustment and program control can be carried out to break the limitations of time and space.

◆ Data recording and analysis: Automatically and completely record all historical data of environmental parameters, support export and analysis, and provide reliable basis for scientific research and process optimization.

◆ Uniform and stable environment: Optimize air duct design and advanced control algorithms to ensure highly uniform spatial environment, minimal parameter fluctuations over time, and strong repeatability of experimental results.

◆ Safety and reliability guarantee: Adopting dual independent refrigeration modules and multiple independent heating redundancy supports rotating start-up, which can operate alternately or independently; The system has multiple security protections (over temperature alarm, abnormal alarm, fault self diagnosis, power-off memory recovery, etc.), dual backup of the control system, and when the main control system fails, another control system can be used for emergency control to ensure the safety of equipment and internal samples.

System functions：

1. Central control system

• Core controller (PLC/microprocessor)

Using Siemens PLC programming to achieve intelligent control, real-time data collection through sensors, dynamically adjusting the output of each subsystem to ensure accurate and stable environmental parameters. Simultaneously equipped with multiple security mechanisms: an independent third-party environmental parameter monitoring system that supports over temperature, abnormal and other status alarms, and can be remotely monitored and alerted; The mobile app allows real-time viewing, remote reset, and emergency power on/off. There is also a power-off memory function, which can automatically resume operation after an unexpected power outage, fully ensuring the continuity of the test.

• Touchscreen human-machine interface

Equipped with a 10 inch ultra full color touch screen as the human-machine interaction interface, key parameters such as temperature, humidity, lighting, time, and mode can be directly set. At the same time, it has data visualization and status monitoring functions, including real-time and historical temperature, humidity, lighting and other data curve displays, real-time display of equipment operating status, and intuitive presentation of fault graphic codes, with convenient operation and comprehensive display.

• Remote interconnection module

Wireless upload function is achieved through Wi Fi/4G/5G, and real-time monitoring, data export, and fault alarm of temperature, humidity, lighting, and other data can be remotely viewed through mobile apps and computers as long as there is internet access anytime and anywhere.

2. Enclosure system

• Insulated box body

Using A-grade fire-resistant insulation materials combined with color steel plates, stainless steel plates, and other metal inner liners to eliminate fire hazards; The ground is made of environmentally friendly and non-toxic materials, which are moisture-proof, mildew proof, and resistant; By effectively isolating external environmental interference, maintaining internal environmental stability, and balancing environmental safety and structural durability.

• Sealed door body

The material is consistent with the box body, equipped with high sealing rubber strips to prevent the internal environment from being affected by external environmental fluctuations; Equipped with a safety lock that can be opened internally to ensure personnel safety; Equipped with a double-layer glass observation window (anti condensation design) for easy observation.

3. Environmental control system

• Constant temperature and humidity system

Integrated ultra quiet refrigeration unit and heating, humidification, and dehumidification components, dynamically adjusting cold and hot output and dry wet balance through high-precision sensor feedback, achieving independent or coordinated precise control of temperature and humidity in enclosed spaces. Parameters can be set arbitrarily within the range of -20 ℃~60 ℃ (accuracy ± 0.5 ℃) and 10% RH~95% RH (accuracy ± 3% RH) to automatically construct a stable microclimate, providing reliable and reproducible temperature and humidity conditions for experiments or production.

• Supplementary lighting system

Equipped with customizable LED growth lights that can accurately match specific biological growth habits, it has the characteristics of long lifespan and high luminous efficiency. Support adjustment of light intensity (0-50000 lx), customization of spectrum (red/blue light ratio), and 24-hour day night light cycle simulation, providing precise adaptation of lighting environment for plant growth.

• Fresh air system

Supporting timed ventilation, adopting a scientific airflow design of downward fresh air and overhead exhaust, which can filter dust and microorganisms to ensure internal cleanliness. At the same time, it assists in regulating the uniformity of temperature and humidity, avoiding large temperature differences in local areas and maintaining environmental stability.

• CO ₂ control system

It can achieve precise control of concentration range from 0 to 3000ppm (accuracy ± 50ppm), designed specifically for photosynthesis research or specific atmospheric environment simulation scenarios, providing stable and controllable CO ₂ concentration conditions for related experiments.

4. Auxiliary and safety systems

• Wind curtain isolation system

By forming an airflow barrier, it effectively prevents the exchange of airflow inside and outside the equipment, significantly saves energy while reducing external environmental interference, and provides energy-saving guarantees for the stable operation of the system.

• HVAC piping system

Using copper pipes as the internal core material, it is convenient and easy to install, and has excellent corrosion resistance, which can achieve efficient heat transfer and provide solid support for the stable operation of the system.

• Multiple security protections

Equipped with multiple safety protection devices, including independent over temperature protector, residual current circuit breaker, door switch sensing, water leakage sensing, and compressor delayed start protection functions. By implementing multiple protective measures, it effectively prevents damage to items or safety accidents caused by power outages, water outages, or equipment failures, providing comprehensive protection for equipment operation and experimental item safety.

Application scenarios：

Name	Legend	Technical Specifications	Overview
Plant cultivation room		Temperature: 10℃～40℃ relative humidity 45％RH～90％RH Reference light intensity: 0lx～30000lx	The outdoor glass greenhouse type plant cultivation room effectively utilizes outdoor sunlight and balances the greenhouse effect through indoor cooling for environmental simulation, supporting research on the full cycle changes of plant growth. It can scientifically and reasonably customize and arrange plant cultivation racks (troughs), air duct systems, and overhead light sources according to the user's cultivation of crops, providing a highly adaptable and controllable environment for plant growth.
Seed germination room		Temperature: 10℃～30℃ relative humidity 50％RH～95％RH Reference light intensity: 0lx～5000lx	Through multi system collaboration, a stable and controllable breeding environment is constructed to provide highly adaptable, safe, and efficient professional support for breeding work such as seed germination and seedling growth.
Nursery room		Temperature: 10℃～30℃ relative humidity 50％RH～90％RH Reference light intensity: 0lx～15000lx	Focus on the growth needs of seedlings and build a precise and controllable cultivation environment. We can customize seedling racks or light source arrangements as needed, providing professional seedling support with strong adaptability, safety, and efficiency for different varieties of seedlings. Suitable for indoor seedling refinement and strengthening of plants such as cereals, eggplants, melons, etc. for large-scale production.
Insect cultivation room		Temperature: 15℃～30℃ relative humidity 45％RH～85％RH Reference light intensity:： 0lx～10000lx	Cultivate various types of insects, study their growth and breeding habits, investigate the harmful symptoms of insects to plants, and can also be used for the research of "using insects to control insects" full chain biological green control.
Stress simulation chamber		Temperature: -18℃～45℃ relative humidity 30％RH～90％RH Reference light intensity: Customize according to specific usage scenarios	Indoor simulation of one or more extreme environmental conditions, investigation of plant adaptability, and research on stress resistance. Multiple variable environmental factors can be combined and customized according to specific usage scenarios.
Plant pathology laboratory		Temperature: 15℃～40℃ relative humidity 40％RH～100％RH Reference light intensity: 0lx～30000lx	Used for cultivating plants inoculated with pathogenic bacteria, observing their growth status, investigating symptoms of invasion, and conducting indoor research on "disease prevention" and "treatment" of pathogenic bacteria.
Tissue culture laboratory		Temperature: 4℃～35℃ relative humidity- Reference light intensity: 0lx～5000lx	Suitable for the cultivation of cells or protoplasts, and can simultaneously plan tissue culture laboratories such as air shower rooms, preparation rooms, and inoculation rooms.

Classic Case：

China National Rice Research Institute	Hunan Hybrid Rice Research Center	BGI Group	Army Medical University	Zhejiang Academy of Agricultural Sciences
China Jiliang University	Southwest Agricultural University	Chongqing University	Southwest University	Xinchao Yang Crop Science

浙江微松冷链科技有限公司

Intelligent artificial climate chamber