Shandong Anbo YC-9A modern agriculture multi-parameter detector

Shandong Anbo Modern Agriculture Multi-Parameter Detector
is used to detect available nitrogen, available phosphorus, available potassium, total nitrogen, total phosphorus, total potassium, organic matter content, salt content, organic phosphorus and carbamates in vegetables in samples such as soil, plant chemical fertilizers, etc. Instruments for measuring pesticide residues.
Features of Shandong Anbo Modern Agriculture Multi-Parameter Detector
Humanized operation interface, simple and intuitive, users can operate directly according to the operation prompts
Unique sliding touch combined with electromechanical integration main control The system uses modern technology to simplify the traditional control operation mode, and the feature selection and confirmation are accurate, fast and convenient, meeting the use under different conditions, and making it easy for grassroots staff to master and use quickly and accurately
Shandong Anbo Modern Agriculture Multi-Parameter Detector< br/>Adopt constant current drive, light source controllable and other technologies to improve the stability of the light source and extend its service life
High-precision optical signal acquisition and conversion circuit to improve detection accuracy
Interface design, with host computer software, It is convenient to store files and can be imported directly, which is convenient for later data processing, and has the function of automatically saving data when power is turned off
Provides two printing modes, which can convert and print single measurement results and multiple measurement results
Commonly used Setting memory function, factory reset function, convenient for users to use
The large-capacity memory can be expanded and any set of stored original data can be queried according to time or serial number.
Shandong Anbo Modern Agriculture Multi-Parameter Detector
has a variety of memory functions that can infinitely expand recommended fertilization formulas for crops based on research results