Far-Infrared Carbon Dioxide Incubator HH.CHP-TW Water Jacketed 80L

A CO2 incubator is a laboratory instrument used for culturing cells, tissues, and bacteria. It is a crucial piece of equipment necessary for the conduct of immunology, oncology, genetic engineering, and biotechnology, and is applied in research and production in microbiology, agricultural science, and pharmacology.

Key Features:

1. The CO2 Incubator features a streamlined, arched design, with the shell crafted from cold-rolled steel plates and electrostatically powder-coated. The inner chamber is made of stainless steel, and the semi-circular corner design facilitates cleaning.

2. Microcomputer temperature controller with minimal temperature fluctuations, equipped with an ultraviolet sterilization lamp inside the chamber for regular UV disinfection, preventing contamination during cell culture.

3. Double-door structure: After the outer door is opened, observe the laboratory conditions through the inner door made of high-strength tempered glass, without affecting the temperature and humidity.

4. The CO2 concentration sensor features an infrared probe, enabling direct display of the CO2 level inside the container, and operates with reliability.

5. An independently set door heating system effectively prevents condensation on the inner door glass.

6. The studio utilizes a water pan for natural evaporation humidification, with humidity levels directly displayed on a gauge.

7. The carbon dioxide incubator is equipped with an independent temperature alarm system. It automatically shuts down when exceeding the set temperature, ensuring safe operation and preventing any accidents.

A carbon dioxide incubator is a device used for cultivating microorganisms or plants, providing a controlled environment with constant temperature, humidity, and a certain concentration of carbon dioxide. Its applications range widely, including but not limited to:
Microbiology Experiments: In terms of microbial culture, a CO2 incubator can provide an optimal environment for microbial growth, which aids in enhancing the efficiency of microbial detection and cultivation.
2. Plant Culture: A CO2 incubator can simulate the carbon dioxide required for photosynthesis in plants, helping to accelerate their growth rate. Therefore, CO2 incubators are often used in fields such as plant tissue culture and flower cultivation.
3. Food Preservation: Certain food preservation techniques require specific levels of carbon dioxide concentration and environmental conditions of temperature and humidity. In such cases, a carbon dioxide incubator can be used to simulate these conditions, extending the shelf life of food products.
4. Bioprocessing: In the field of bioprocessing, CO2 incubators can be used for cell culture and microbial fermentation processes, enhancing the yield and quality of bioprocessing products.
5. Environmental Monitoring: The CO2 incubator can also be used in the field of environmental monitoring, to monitor and analyze environments that require the determination of carbon dioxide concentrations.

Far-Infrared Carbon Dioxide Incubator HH.CHP-TW Water Jacket 80L

CO2 Incubator Usage Precautions

Do not turn on the power switch before filling the CO2 incubator with water; otherwise, it may damage the heating element.

2. Replace the cylinder when the pressure is below 0.2 MPa.

3. The CO2 incubator can be used as a high-precision constant-temperature incubator; in this case, the CO2 control system must be turned off.

4. Since the CO2 sensor is calibrated at saturated humidity, the humidifying disk must always be filled with sterile water.

5. After the incubator has been running for several months, the water in the reservoir may decrease due to evaporation. When the low water level indicator (WLow12) illuminates, add water as needed. First, open the overflow pipe, then use a funnel to connect a rubber hose from the filling hole to replenish water until the low water level indicator turns off. Afterward, measure the added water and finally, seal the overflow hole.

6. If the displayed temperature exceeds the set temperature by 1℃, the OverTemp7 over-temperature alarm indicator light will illuminate, accompanied by a sharp alarm sound. In this case, the power should be turned off for 30 minutes; if the temperature remains high after turning on the (temperature control) power switch (Power20), the power should be turned off and a maintenance person should be notified.

Do not bump sensors and impeller blades of the stirrer motor, etc., when cleaning the CO2 incubator workroom.

Minimize the time spent opening the glass door.

9. If the CO2 incubator is not used for a long time, the moisture in the chamber must be removed before turning it off. After opening the glass door for ventilation for 24 hours, close it again.

10. When removing or installing the protective guard on the indoor bracket in the disassembly workroom, use the included special wrench only, and do not apply excessive force.

11. Before moving the CO2 incubator, remove the shelves and humidification trays from the lab to prevent collision damage to the glass door.

Before transporting the incubator, any water inside must be drained. To do so, tightly fit a rubber tube over the drain hole, keeping the tube opening below the instrument, take a gentle suck, then release the pipe, and the water will flow out.

Do not invert the incubator when handling it, and never lift the incubator door to prevent deformation.

Technical Specifications