CFIA 2000 Automatic Flow Injection Analyzer Introduction
CFIA series automatic flow injection analyzer is developed and optimized on the basis of decades of flow analysis technology of Xiamen University. It is a tailor-made instrument for modern laboratories. The accessories are exquisitely crafted, strong in texture and reasonable in layout. The small body, suitable for laboratory and on-site use, and multi-channel simultaneous analysis showcases the concept of Kaifia for customers.
The CFIA Series Automatic Flow Injection Analyzer consists of multiple channels, each of which includes a 12-port peristaltic pump, injection valve, chemical reaction module, dual beam detector and control circuit, and software. Each analysis channel is equipped with an autosampler and the main unit can work independently as an instrument. The peristaltic pump and detector between the channels are not shared and are completely independent of each other. Users can configure multiple autosamplers and hosts with different parameters according to their laboratory needs.
Feature
The smallest in the market, the host is only 450 * 250 * 300mm. The reagent cabinet is placed in front of the main unit, and multiple main units can be arranged side by side, occupying a small laboratory space.
The main unit adopts 24V power supply, which can be directly powered by the battery to realize on-board and portable. The world's first manufacturer of flow injection analyzers for laboratory and portable general purpose.
Simultaneous analysis of multiple projects is possible.
The first domestic manufacturer of flow injection analysis instruments to master LED as a photometer light source technology. The LED has a shorter settling time than the tungsten halogen lamp (5 minutes can stabilize the sample, while the tungsten halogen lamp can be stably detected for at least half an hour, and the short stabilization time means that the amount of the reagent can be greatly reduced) and the life is long ( More than 100,000 hours), low power, low heat, vibration and other leading advantages.
Can be configured as an autosampler and a master unit for simultaneous analysis of up to 25 channels, each channel including a robotic autosampler (including 120 10ml sample positions and 10 50ml sample positions and one two-carrier current) Slot), a 12-tube integral peristaltic pump, a chemical analysis flow path, a dual-beam detector and a temperature controller and control circuit for the chemical analysis flow path. There is no shared device between the channels except the workstation software. The channel and workstation software transmit data through the network cable interface. The instrument does not require the use of compressed gas. All chemical analysis flow paths use FEP full chemically inert transparent tubes, without flanged pipe joints.
Technical Parameters
CFIA 2000: Single parameter module, hexavalent chromium, ammonia nitrogen, total nitrogen, total phosphorus, cyanide, sulfide, volatile phenol, anionic surfactant, urea, COD, etc. Single autosampler and multi-autosampler are available for simultaneous multi-parameter detection.
Introduction
CFIA series automatic flow injection analyzer is developed and optimized on the basis of decades of flow analysis technology of Xiamen University. It is a tailor-made instrument for modern laboratories. The accessories are exquisitely crafted, strong in texture and reasonable in layout. The small body, suitable for laboratory and on-site use, and multi-channel simultaneous analysis showcases the concept of Kaifia for customers.
The CFIA Series Automatic Flow Injection Analyzer consists of multiple channels, each of which includes a 12-port peristaltic pump, injection valve, chemical reaction module, dual beam detector and control circuit, and software. Each analysis channel is equipped with an autosampler and the main unit can work independently as an instrument. The peristaltic pump and detector between the channels are not shared and are completely independent of each other. Users can configure multiple autosamplers and hosts with different parameters according to their laboratory needs.
