Shanghai Jinghe Analytical Instrument Co., Ltd
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AHS-900A Fully Automatic Headspace Sampler
Brief description: AHS-900A fully automatic headspace sampler is a fully automatic headspace sampler developed and launched by our company, which has
Product details

Fully automatic headspace sampler-Suitable for different sample matrices - high-precision dynamic/static analysis - reliable results and reproducibility

AHS-900AtypeFully automatic headspace samplercorrectOur company has independently developed a multi station high-precision fully automatic headspace sampling system. The system performs self inspection and fault alarm upon startup, and can be loaded at full load once20Head space bottle, compatible with all domestic and imported productsGCGCMSOnline.

By combining electric six way valves and solenoid valves, high-precision quantitative ring sampling with inert treatment is widely used for residual ethylene oxide in pharmaceuticals6Residual solvents, analysis of benzene derivatives, detection of alcohol in blood, analysis of drinking water and tap water.


working conditions

Power Supply:220±22VAC 50±0.5Hz(Ensure reliable grounding of power cord and chassis grounding)

Backblowing carrier gas pressure: ≤0.4MPa

Environmental temperature:+5℃~35

Relative humidity: ≤85%


Main technical parameters

1Headspace sample workstation:20Position;

2. Temperature control range of headspace furnace: room temperature200 ℃, temperature control accuracy ± 1 ℃

3Temperature control range of valve injection system: room temperature220 ℃, temperature control accuracy±1℃

4Temperature control range of sample transfer tube: room temperature220 ℃, temperature control accuracy±1

5 Injection method: Six way valve motor drive

6 Timing error: better than<0.1%

7. Injection pressure range:00.4 Mpa

8 Sample bottle specification: 10ml/20ml

9. Repeatability:<1.5% (200ppm ethanol aqueous solution)

10. Synchronous signal output: two switch quantities

11. Maximum power:500tile


Instrument features and main functions

1Stable and reliable sample pretreatment, applied to different sample matrices;

2. One click operation, fully automatic analysis, with the same equilibrium time for each sample, reducing analysis errors;

3. Mobile phone connection, remote control (can be monitored, operated, optional);

4Intelligent color touch screen, easy to set and operate, clear at a glance;

5. Power on self-test and fault alarm function;

6. Standard configuration20Position, quiet/Dynamic optional;

7. Applicable10ml20mlHeadspace bottle, meeting a large number of analytical requirements;

8. Comprehensive dynamic headspace components to improve sample analysis sensitivity;

9. The starting and ending bottle positions can be freely set to meet special on-site requirements;

10. The reliability of valve and quantitative loop technology is very high in use, and the analysis results have high reproducibility;

11. All sample flow paths have undergone insulation treatment and chemical inertness treatment, which greatly reduces analytical residues and maintains the integrity of the sample;

12. Synchronously start gas chromatography-Mass spectrometry, data processing workstations, and external event programs can also be used to start this device, achieving communication and dialogue between pre-processing equipment and analytical instruments to avoid wasting analytical samples caused by instrument failures (prior communication is required);

13. Universal interface, compatible with any brand of gas chromatographGCandGCMSJoint use, universal synchronous control docking method;


Application scope:

GA/T 842-2019 Method for Testing Blood Alcohol Content

HJ/1067-2019Water quality - Determination of benzene derivatives - Headspace analysis/Gas Chromatography Method

HJ/642-2013Determination of volatile organic compounds in soil and sediment using headspace analysis/Gas Chromatography Mass Spectrometry

HJ/679-2013Determination of Acrolein, Acrylonitrile, and Acetonitrile in Soil and Sediments by Headspace Analysis-Gas Chromatography Method

HJ/741-2015Determination of volatile organic compounds in soil and sediment using headspace analysis/Gas Chromatography Method

GB/T 5750.8-2006Standard Test Method for Drinking Water Organic Matter Index


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