Introduction to FJA-1 Ion Analyzer: With the development and popularization of microcomputer application technology, the desire to implement multiple test functions with only one hardware component and the support of different application software has become a reality. The FJA-1 ion analyzer (hereafter referred to as the instrument) is the product of this technical route. It has multi-function, RS232 standard communication (also can communicate with USB port), Windos platform operation, measurement results can be stored, called, printed and so on. The FJA-1 ion analyzer is part of the MIA-6 routine analytical instrument workstation (so the instrument installation software and instructions are identical to the MIA-6 conventional analytical instrument workstation). FJA-1 ion analyzer features: 1. The combined system hardware consists of the instrument host and the PC. When not analyzed, the PC can play all the functions of the PC. 2, multi-function with the corresponding sensors or instruments, with the support of 11 applications can achieve a variety of test functions. 3, automation, intelligent data acquisition, data processing, automatic control, automatic discrimination, automatic learning, and automatic generation of correction factors. 4. Make full use of the rich display function of the PC. Display various standard curves and other curves; display the operator's settings and intermediate calculation results. 5, there are standard curve and test results save, call and modify function. 6. Friendly interface Operate on the Windows platform; all Chinese display; a general menu, at a glance; at the prompt of the application software, select, modify and operate. The FJA-1 ion analyzer is widely used in laboratories in various sectors of the national economy such as scientific research, educational experiments, environmental testing, medical and health, petrochemicals, geometallurgy and agriculture. The FJA-1 ion analyzer is equipped with a corresponding sensor or analytical instrument with the support of an application software, enabling a variety of online test functions, such as photometric instruments (various spectrophotometers, flame photometers, and atomic absorption spectrometry). On-line or off-line processing of photometers, etc.; microcomputerized pH and ion meter functions, etc. It is the ideal and preferred instrument for routine analytical laboratories. The instrument consists of a PC (including a laptop, or a minimal nettop), an instrument host, and application software. The system is simple and easy to use. The instrument host is powered by a high impedance (>10 12 ohms) input amplifier, dual integral A/D converter, I/O interface, control circuitry, and measurement circuitry. Under the control of the PC application software, the instrument performs functions such as data acquisition, channel selection, and PC communication, and various data processing is performed by the application software. FJA-1 ion analyzer technical parameters: 1 Analog signal voltage measurement range and minimum reading: Measurement range: -1999.9mV to +1999.9mV, minimum reading is 0.1mV, and the polarity is automatically determined. 2 Accuracy: 0.025% of reading ± 2 words. 3 Input impedance: > 10 12 ohms. 4 Data sampling speed: 3 to 10 times / sec. 5 There are 11 instrument application softwares, and the function menu is as follows: 6 Standard curves and measurement results can be saved and printed and can be recalled and modified. The default format for saving the file name is provided. For example, the default curve name of the standard curve of spectrophotometry is (SPS_YYYY_MM_DD.TXT), where "YYYY_MM_DD" represents the year, month, and day, and the default file name of the measurement result of pH (pHr_YYYY_MM_DD.TXT) ). In addition to the suffix TXT, the file name and save path can be added to the user according to their needs.
Introduction to FJA-1 Ion Analyzer: With the development and popularization of microcomputer application technology, the desire to implement multiple test functions with only one hardware component and the support of different application software has become a reality. The FJA-1 ion analyzer (hereafter referred to as the instrument) is the product of this technical route. It has multi-function, RS232 standard communication (also can communicate with USB port), Windos platform operation, measurement results can be stored, called, printed and so on. The FJA-1 ion analyzer is part of the MIA-6 routine analytical instrument workstation (so the instrument installation software and instructions are identical to the MIA-6 conventional analytical instrument workstation).
