Biochemical incubators are invaluable pieces of laboratory equipment, serving vital roles in scientific research and education across various fields, including plant biology, microbiology, genetics, medicine, and environmental protection. These versatile devices are equipped with a two-way temperature adjustment system, enabling precise temperature control, a critical factor for successful experiments. Biochemical incubators find applications in biology, genetic engineering, medicine, environmental research, agriculture, and more. In this article, we'll delve into the essential aspects of installing and maintaining a biochemical incubator.

Installation of a Biochemical Incubator:

Power Supply:

Ensure that the biochemical incubator is connected to a reliable 220V/50Hz power supply. A grounded power supply circuit is essential for safe operation.

Location and Ventilation:

Place the biochemical incubator in a well-ventilated and dry room, away from direct sunlight. Maintain a minimum distance of 10 centimeters between the incubator and the wall to allow proper airflow.

Stability:

Adjust the base of the incubator using the bottom adjusting screw to ensure stable positioning.

Power On:

Turn on the power switch, setting it to the "on" position. The incubator will enter the powered-on state, allowing temperature and time settings.

Time Setting:

To set the time, press the temperature/time key once to activate the time setting indicator. Use the set key to enter the time setting mode, and adjust the time as needed using the ∧ and ∨ keys. Press the set key again to save the desired time setting.

Temperature Setting:

Press the temperature/time key once more to activate the temperature setting indicator. Similar to time setting, use the set key to enter the temperature setting mode, adjust the desired temperature using the ∧ and ∨ keys, and save the setting with the set key.

Maintenance of the Biochemical Incubator:

Avoid Frequent Value Changes:

To prevent frequent compressor starts and potential overloads, refrain from frequently changing the set values during use.

Lighting Switch:

When lighting is unnecessary inside the incubator, switch off the lighting to maintain a stable upper-layer temperature and extend the lamp's lifespan.

Transportation Precautions:

During transportation, never place the incubator upside down or at an angle greater than 45 degrees to avoid damage.

Fuse Check:

The incubator is equipped with two sets of fuses. In case of operational issues, disconnect the power, check the fuses' condition, and then proceed with further troubleshooting if needed.

Power Off During Non-Use:

When not in use, keep the incubator dry and disconnect the power supply to conserve energy.

Axial Flow Fan Maintenance:

Regularly check the axial flow fan inside the incubator for proper operation to ensure uniform temperature distribution. Avoid overcrowding the incubator with items and ensure the fan's air outlet remains unblocked during experiments.

Avoid Physical Contact:

Avoid physical contact with the temperature sensor inside the incubator, as it can disrupt temperature control.

Cleaning:

To maintain the incubator's appearance, refrain from using corrosive solutions on its exterior. Use a dry cloth or alcohol to clean the interior, ensuring it remains free from contaminants.

In conclusion, the proper installation and maintenance of a biochemical incubator are crucial for ensuring accurate and consistent results in various scientific and research applications. By following these guidelines, researchers can maximize the functionality and lifespan of this essential laboratory equipment.