The intelligent integrated distillation apparatus adopts high-efficiency electric heating elements or electromagnetic heating technology to accurately control the temperature of distillation bottles containing mixed liquids. By using PID temperature control algorithm to adjust power, specific components can vaporize when reaching boiling point, avoiding sample decomposition or loss caused by overheating. This process relies on the difference in volatility of different substances to achieve preliminary separation. After steam enters the condenser tube made of high thermal conductivity material, it rapidly cools down and condenses back into liquid state under the action of circulating cooling water or low-temperature medium. This design not only accelerates the gas-liquid conversion efficiency, but also effectively recovers high-purity target components. The distilled liquid automatically flows into a replaceable receiving container, and some models support lifting or rotating operations for easy access. Cooperate with weighing sensors to monitor quality changes in real time, and automatically stop heating when the preset threshold is reached, ensuring experimental accuracy and repeatability.

Precautions for using the intelligent integrated distillation apparatus:

1. Basic safety operation inspection and preparation

-Component inspection: Before use, strictly inspect the various components of the intelligent integrated distillation apparatus, including the distillation flask, condenser, heater, temperature sensor, etc., to ensure that there is no damage or leakage.

-Power inspection: Check if the power socket is in good contact and if the fuse is correct to ensure electrical safety.

2. Precautions related to samples

-Sample quantity control: Ensure that the sample quantity meets the requirements of the instrument, as too much or too little may affect the distillation effect and accuracy of the results.

-Be careful when adding samples: Be careful when adding samples to avoid spilling or contaminating the instrument and surrounding environment.

3. Instrument connection and sealing

-Good sealing: The connection between the distillation flask and the condenser flask should be well sealed, and the top sealing plug of the distillation flask should be effectively connected to the solenoid valve through a hose to prevent air leakage.

4. Liquid level management

-Requirements for adding water during initial use: When using the instrument for the first time, it is recommended to use pure water or distilled water to prevent the formation of scale after long-term use. The high liquid level should be added to the red marking line on the liquid level window, and it can be reused for more than six months; If the liquid level is below the yellow line and the cooling effect is poor, do not exceed the red marked line when adding water again.

5. Environmental considerations

-Summer cooling measures: When the room temperature exceeds 25 ℃ in summer, the cooling effect will decrease. It is recommended to connect an external supporting cooling device or tap water for cooling.

-Winter Cold Protection and Warmth: When the room temperature is below 0 ℃ in winter, it is necessary to do a good job of keeping the instrument warm to prevent the condensation device from bursting and becoming unusable.

6. Other details to be noted

-Keep the area near the tray clean: During the experiment, other debris is prohibited from being placed near the tray to avoid affecting the accuracy of weighing.