traditional gas chromatograph works in the form of 1 chromatograph, 1
workstation, 1 computer, and 1 printer. This way of working makes it very inconvenient
for users such as chemical plants, laboratories, and colleges with more
chromatographic equipment to use and manage, and the repeated investment and
waste of equipment is serious. Equipped with a large number of computers also
brings a lot of inconvenience to users in equipment management and data
management. At the same time, this traditional mode often requires the use of a
gas chromatograph from one manufacturer and a workstation from another
manufacturer, which makes it difficult to perform the overall functions of the
system and improve the performance of the system. Not to mention (such as
remote transmission of data, monitoring of multiple instruments, etc.).
at the disadvantages of using this traditional gas chromatograph, applying
decades of development results, adopting brand-new industrial design, applying
the current mainstream network communication technology to gas chromatograph,
and developing a new gas chromatograph with international advanced technology.
The instrument adopts the latest highly integrated industrial-grade chip, bus
technology, Ethernet technology, micro-flow gas control technology and data
processing software, which optimizes the temperature control accuracy and gas
control accuracy, and fundamentally improves the reliability of the instrument.
gas chromatograph adopts network communication technology and has a built-in
high-precision AD conversion circuit, so that multiple chromatographs can share
a set of computers to complete data analysis, printing, and storage; and
realize remote control and chromatography of the instrument. The long-distance
transmission of data facilitates the real-time tracking and management of
product quality by enterprise managers.