Sample Concentrator ADSCO-503

1. What is the Sample Concentrator ADSCO-503 used for?

Sample Concentrator ADSCO-503 is used for rapid and efficient evaporation of solvents from multiple samples simultaneously. It is commonly applied in fields such as food safety, environmental monitoring, pharmaceutical analysis, and residue testing. By using controlled dry heating and nitrogen blow-down, it concentrates samples without cross-contamination or thermal degradation. This makes it ideal for preparing samples prior to chromatographic or spectrometric analysis.

2. What type of heating system does Sample Concentrator ADSCO-503 use?

Sample Concentrator ADSCO-503 uses a dry heating system with a high-purity aluminum block as the heat-conducting medium. It eliminates the need for traditional water baths, offering cleaner and more efficient operation. The system is controlled by a microprocessor with PID technology to ensure stable and uniform temperature. This setup provides precise thermal control for sensitive sample processing.

3. Is the nitrogen flow in Sample Concentrator ADSCO-503 adjustable for each sample?

Sample Concentrator ADSCO-503 allows independent adjustment of nitrogen flow for each sample position. Each needle is connected to an individual control valve for precise regulation. This ensures uniform evaporation tailored to varying sample volumes and types. It enhances efficiency and prevents over-drying or sample loss.

4. What safety features are included in Sample Concentrator ADSCO-503?

Sample Concentrator ADSCO-503 is equipped with multiple safety features to ensure reliable operation. It includes over-temperature protection to prevent overheating and damage to samples. An automatic fault detection system with audible alarms alerts users to any operational issues. These features help maintain consistent performance and safeguard both the device and samples.

5. What is the maximum operating temperature of Sample Concentrator ADSCO-503?

Sample Concentrator ADSCO-503 has a maximum operating temperature of 160°C. This high-temperature capability supports rapid solvent evaporation for demanding applications. The temperature is precisely controlled through a PID microprocessor system. It ensures uniform heating across all sample positions for consistent results.