The basic headspace sampler has strong sample processing capabilities
Basic headspace samplerRealize automatic operation, continuous analysis, unmanned operation, and maximize work efficiency. After each injection is completed, the basic headspace sampler system automatically uses inert gas to blow the sampling pipeline and quantitative loop to prevent cross contamination. The inert injection channel from the injection needle to the transfer pipeline is a standard configuration of HS-16A. Obtained the inertia of the injection system for *. From the sample to the basic headspace sampler inlet, the entire system is heated to eliminate system cold spots, reduce sample peak broadening, and increase separation efficiency. Make sample analysis more efficient.
Basic headspace samplerAdopting microcomputer control, LCD display, free switching between Chinese and English, membrane keyboard, numerical input, LCD can display: method parameter settings, real-time working status, running time, year, month, day, hour, etc. There is a comprehensive power on self-test program, sample tray automatic positioning system, and complete fault alarm and fault prompt functions. Facilitate timely handling of problems encountered during analysis. The system pre stores a set of default analysis methods and allows users to store multiple sets of commonly used analysis methods and mixed run analysis methods. use
Basic headspace samplerThe keyboard allows for * control, which enables it to be compatible with all gas chromatographs.
The basic headspace sampler has strong sample processing capabilities:
The basic headspace sampler can use 10ml and 20ml headspace bottles to meet a large number of analytical requirements
The starting and ending bottle positions can be freely set, and the basic headspace sampler can meet special on-site requirements.
The shaking function of the sample bottle accelerates the balance time and enhances the sensitivity and reproducibility of the basic headspace sampler;
Detecting missing sample bottles in motion to reduce confusion in sequence analysis.