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5800-GC-FID Analyzer

Applications: Thermo Scientific 5800 online gas chromatography, using gas chromatography combined with flame ionization detector principles (GC-FID), not only allows immediate monitoring of total hydrocarbons (THC) and non-methane total hydrocarbons (NMHC) in the gas environment, but also for specific VoCs. The online gas chromatography monitor projects include: A non-methane total hydrocarbons (NMHC)/BBTEX companies, e.g., benzene, toluene, ethylbenzene, neighbor xylene, xylene, xylene, xylene, isopropene, styrene, etc./C customisation programmes such as ozone pre-exposed substances (PAMS) and special requirements for monitoring substances such as methanol and propol.

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Product Description
Technical parameters and operations

Thermo Scientific 5800 online gas chromatography, using gas chromatography combined with flame ionization detector principles (GC-FID), not only allows immediate monitoring of total hydrocarbons (THC) and non-methane total hydrocarbons (NMHC) in the gas environment, but also for specific VoCs.

i. The online gas chromatography monitorable projects include:

A non-methane total hidrocarbons (NMHC)

BBTEX companies, e.g. benzene, toluene, ethylbenzene, neighbor xylene, xylene, xylene, isopropene, styrene, etc.

C. Customization programmes, such as PAPS and special requirements monitoring substances such as methanol, propol

II. APPLICATIONS:

1. Refining and petrochemic industries

2. Electronic semiconductor industry

Lineboards

4. Third-party notary testing

5. Pharmaceutical manufacturing

6. Rubber/plastic products

7. Paints and inks

8. Automobile manufacturing and maintenance

9. Printing and packaging

10. Furniture manufacturing

11. Surface coating

12. Black metallurgical

III. Functional characteristics:

1. Customized analytical programmes, including software, hardware

2. Negative pressure sample design with instant/time performance check

3. Available current/historical trend maps

4. Individual calibration curves for individual analysts

5. Automatically switch the high and low range correction curve

6. Conformity with national standard methods

7. Measurable zei High 150℃ Heat samples.

8. Non-methane total hydrocarbons (NMHC) analysis within 1 minute

Technical parameters

Analysis methodology	Weather chromatography flame ion detection method
Measurement range	0–50 ppm / 500 ppm / 5000 ppm / 50000 ppm / 500000 ppm, as methane
Accuracy	±1% F.S. or 0.1 ppm, whichever is better
Test Limit	0.05ppm
Recurrence	±1% F.S. or 0.1 ppm, whichever is better
Zero Floating	±1%f.s/week
Float across points	±1%f.s/week
Analysis Time	Non-methane total hydrocarbons (NMHC) analysis within 1 minute
Sample flow speed	Samples for analysis ：600ml/min Sample update rate ：3-10L/min. max.
Correction cycle	Daily/weekly or customized
System alarm.	Instrument failure/correction failure/detector (FID) failure
Output	Modbus/ Ethernet /RS232/4-20mA/RS485/USB
Sample temperature	15-150℃,85% RH（ No Condensation ）
Environmental conditions	Operating Temperature ：0-45℃,0-85% RH（ No Condensation ） Storage temperature ：-20-60℃,0-85% RH（ No Condensation ）
Power requirements	AC220V， 50/60Hz，1.5KW
Dimensions	482mm(W)X567mm(D)X355mm(H)
Weight	45kg

System operating requirements:

Gas
FID fuel gas	H2: 30 ml/min, 2 bar; purity >99.999%; THC <0.1 ppm
FID-fired gas	No oil, no air. ，300ml/min,2bar,THC<0.1ppm
Air	No oil, no air. ，60ml/min,2bar,THC<0.1ppm
Zero gas correction gas	No oil, no air. ， 2bar,THC<0.1ppm （ It's carrying air. ） No oil, no water, no nitrogen. ， 2bar,THC<0.1ppm （ The gas is nitrogen. ）
Transgression correction gas	Hydrocarbons at unknown concentrations are mixed in air (carrying air) with an inflow pressure of 1 bar Hydrocarbons at unknown concentrations are mixed in nitrogen (carrying nitrogen) with an inflow pressure of 1 bar
Pipeways blow gas.	No oil, no air. ，10ml/min,2bar,THC<1ppm

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