BJ-GJ ATP Bioaerosol Monitor Introduction: The ATP bioaerosol detector is jointly developed with top universities in China. It mainly sucks ambient air particles into the reaction chamber through negative pressure cyclone. The device integrates an aerosol alarm, which triggers the ATP monitoring device when the particle concentration increases. The particle reacts with the active enzyme reaction solution in the reaction chamber and emits fluorescence for real-time monitoring of changes in microbial concentration in the air. By using aerosol alarm and ATP chemiluminescence methods, we can more accurately monitor truly active microorganisms, reduce interference signals, and obtain true biological concentrations. Real time online monitoring has been achieved, and the luciferase/luciferin/ATP reaction is an instant reaction that can obtain readings within seconds. Real time online acquisition of monitoring data and real-time online control of monitoring equipment through the Internet of Things; High degree of automation, achieving unmanned operation, automatic monitoring, and automatic sampling. characteristic: 1. Can specifically detect live microorganisms and effectively prevent interference from non biological particles (dust); 2. Can achieve remote real-time automation equipment monitoring and real-time online acquisition of monitoring data; 3. Being able to complete sample analysis in a short period of time and improve work efficiency. Realize unmanned automated sampling, detection, and abnormal alarm; 4. Capable of quickly and accurately detecting ATP content in environmental air samples, while evaluating their microbial quality, with high accuracy; 5. Real time detection of viable bacterial concentration in the air. Technical parameters: Detected substance: particles with biological characteristics in the air Flow rate: 15L/min Screen: 7-inch large screen Voltage: 12v Communication: 4G Battery capacity: 10000mAh/12V rechargeable battery Weight: 4.5kg Volume: 250mm * 270mm * 200mm
Introduction: The ATP bioaerosol detector is jointly developed with top universities in China. It mainly sucks ambient air particles into the reaction chamber through negative pressure cyclone. The device integrates an aerosol alarm, which triggers the ATP monitoring device when the particle concentration increases. The particle reacts with the active enzyme reaction solution in the reaction chamber and emits fluorescence for real-time monitoring of changes in microbial concentration in the air. By using aerosol alarm and ATP chemiluminescence methods, we can more accurately monitor truly active microorganisms, reduce interference signals, and obtain true biological concentrations. Real time online monitoring has been achieved, and the luciferase/luciferin/ATP reaction is an instant reaction that can obtain readings within seconds. Real time online acquisition of monitoring data and real-time online control of monitoring equipment through the Internet of Things; High degree of automation, achieving unmanned operation, automatic monitoring, and automatic sampling.
