Sample Concentrator ADSCO-509

1. How many samples can be processed at once by Sample Concentrator ADSCO-509?

Sample Concentrator ADSCO-509 is designed to handle multiple samples simultaneously, making it ideal for labs that require efficient processing. It can accommodate up to 12 samples at once, each held securely in individual spring-loaded holders. This capacity allows for high-throughput evaporation without compromising the control or quality of each sample.

2. How is the temperature controlled in Sample Concentrator ADSCO-509?

Sample Concentrator ADSCO-509 is controlled using a heated water bath that provides gentle and uniform heat to the samples. Users can set and monitor the temperature easily through an LCD interface, ensuring precise control during operation. This system maintains consistent temperature levels to prevent overheating or uneven heating of samples. Additionally, built-in sensors help maintain accuracy and safety throughout the evaporation process.

3. What is the power requirement for the Sample Concentrator ADSCO-509?

Sample Concentrator ADSCO-509 requires a power supply of approximately 1000 watts to operate efficiently. This power supports the heating element in the water bath as well as the electronic controls and gas distribution system. The unit is designed to be compatible with standard laboratory electrical outlets, ensuring easy integration into most lab environments.

4. How are test tubes held and positioned in the Sample Concentrator ADSCO-509 during operation?

Test tubes in the Sample Concentrator ADSCO-509 are securely held using a spring-loaded sample holder along with a support tray. This design ensures that tubes remain stable throughout the concentration process. Additionally, the holders can be individually raised or lowered to accommodate different tube sizes and solvent volumes. This adjustable positioning helps optimize evaporation efficiency for each sample.

5. How does the gas flow through the Sample Concentrator ADSCO-509 system?

Sample Concentrator ADSCO-509 first passes through a flow meter to regulate its pressure and volume. It then travels through flexible tubing to the gas distribution system, which directs the gas to each sample position. At each position, valve-tube assemblies control the flow individually. This setup ensures precise and adjustable gas delivery to accelerate solvent evaporation efficiently.