ZR-6011 Precision Aerosol Photometer Introduction: ZR-6011 precision aerosol photometer is a special testing equipment designed according to Mie scattering theory and used for aerosol photometer calibration and quantity traceability. Comply with the requirements of JJF1800-2020 Aerosol Photometer Calibration Specification, and use manual weighing method for calibration and quantity traceability to form a perfect quantity traceability system, which facilitates the rapid calibration of aerosol photometer by third-party detection and measurement institutes. characteristic: 1. High precision, supporting multiple aerosol media; 2. The segmented calibration technology is adopted, and the segmented calibration setting permission is open. Users can set and calibrate the photometer according to their own needs. 3. Large capacity data storage, real-time storage of sampling data; 4. Data can be exported via USB flash disk or printed by thermal printer; 5. Automatic protection for fault detection; 6. The photometer is small and easy to carry; 7. With the independently developed aerosol mixing box, the precision aerosol photometer can be calibrated and calibrated. Technical parameters: Support aerosol media: PAO-4, NaCl, paraffin oil, etc., and support users to set their own according to needs User permission: open the permission of photometer sectional calibration, and users can set and calibrate according to their needs Power consumption: about 25W Size: (328 long × 252 wide × Height 180) mm Weight: about 6.3kg
Introduction: ZR-6011 precision aerosol photometer is a special testing equipment designed according to Mie scattering theory and used for aerosol photometer calibration and quantity traceability. Comply with the requirements of JJF1800-2020 Aerosol Photometer Calibration Specification, and use manual weighing method for calibration and quantity traceability to form a perfect quantity traceability system, which facilitates the rapid calibration of aerosol photometer by third-party detection and measurement institutes.
