Introduction: The ZR-6012 aerosol photometer is designed based on the Mie scattering principle, and is a special detection device used to detect whether there is leakage in the high-efficiency filter. Based on the upstream detection concentration and the scanning detection of the downstream concentration, the leakage rate of the high-efficiency filter can be obtained in real time. It is suitable for on-site testing of high-efficiency filter systems carried out by third-party testing companies, pharmaceutical companies, and metrological verification units. Features: 1. Three-level user management and audit tracking functions to ensure data integrity; 2. Wide detection range of aerosol concentration; 3. High-definition color touch screen, convenient interaction; 4. Various types of aerosols such as DOP and PAO can be set; 5. Large-capacity data storage, real-time save sampling data 6. The data can be exported through the U disk, or printed through the built-in printer; 7. Optional built-in battery is available to facilitate work without power supply; 8. Small size, light weight, with special packaging luggage, easy to carry; 9. It has multiple ease-of-use functions such as sound and light alarm when the set value is exceeded, automatic prompting of high-efficiency filter replacement, automatic fault detection and protection. technical parameter: Detection media: PAO, DOP and other media types Dimensions (W×D×H): 300*330*184 Machine weight: about 8Kg (including battery) Including packaging weight: about 14Kg (outer packaging, host, accessories, etc.) Power supply: Input AC220V±10%, 50Hz Machine power consumption: <200W
Introduction: The ZR-6012 aerosol photometer is designed based on the Mie scattering principle, and is a special detection device used to detect whether there is leakage in the high-efficiency filter. Based on the upstream detection concentration and the scanning detection of the downstream concentration, the leakage rate of the high-efficiency filter can be obtained in real time. It is suitable for on-site testing of high-efficiency filter systems carried out by third-party testing companies, pharmaceutical companies, and metrological verification units.
