Table of Contents

GC1290 Gas Chromatography (LCD Touch Screen)

Gas Chromatography is a kind of instrument for qualitative and quantitative analysis of multicomponent complex mixture by using chromatographic separation technology and detection technology. Generally, it can be used to analyze the thermal stable organic compounds in soil, such as volatile organic compounds, organic chlorine, organic phosphorus, polycyclic aromatic hydrocarbons, phthalates, etc.

Detector Options: FID, TCD, FPD and NPD
Column Oven: Ambient +7°C to 400°C
Up to 20-Stage Temperature Programming
Heating Rate: 0.1-40°C/min
EPC Electronic Pneumatic Control

GC1290 Manual

GC1290 Brochure

Description
Specification
Accessories
Why Drawell?

Features of DW-GC1290 Gas Chromatography

PC Control System for instrument monitoring, operation, and method setup.
10-ramp Column Oven with fast heating, rapid cooling, and auto back-door opening.
Built-in Data Acquisition for real-time status monitoring and signal collection.
Up to 3 Columns & 3 Injectors with independent injector temperature control.
Flexible injection system: 2 sample injectors with independent temperature control
High-sensitivity Stable Detector with dual independent analog outputs.
M6 Software supports GLP and FDA 21 CFR Part 11 compliance.
Operation by LCD touch screen

Application of DW-GC1290 Gas Chromatography

GC1290 gas chromatography is a chromatographic analysis method with gas as the mobile phase, which is mainly used for the separation and analysis of volatile substances. Gas chromatography has become one of the most important separations and analysis methods, and has been widely used in the fields of medicine and health, petrochemical industry, environmental monitoring, biochemistry, and so on.

Petrochemicals

Used for crude oil analysis, oil product quality control, and refinery gas analysis; a core testing tool in the industry.

Environmental Monitoring

Detects volatile organic compounds (VOCs) and pesticide residues in air, water, and soil.

Food Safety

Analyzes pesticide residues, additives, flavorings, and volatile organic compounds from packaging materials in food.

Pharmaceuticals and Medical Care

Used for drug component determination, clinical toxicology screening, and analysis of human metabolites.

GC1290 Gas Chromatography Display

FAQ

GC1290 is suitable for volatile and semi-volatile organic compounds in environmental, chemical, food, pharmaceutical, petroleum, and laboratory QC applications.

The column oven supports ambient temperature +7℃ to 400℃, meeting routine GC analysis requirements for different boiling-point compounds.

The column oven can accommodate up to 3 chromatographic columns, giving laboratories more method flexibility.

Yes. 2 sample injectors could be installed and operated simultaneously with independent temperature control.

GC1120 can be configured with different detectors according to application needs, such as FID, TCD, FPD, and NPD/TSD.

Yes. With a high-sensitivity and stable detector configuration, GC1290 supports reliable detection for low-concentration components.

Yes. The built-in data acquisition system supports real-time instrument status monitoring, signal collection, and PC control.

GC129 works with M6 software for method control, data acquisition, analysis, and report management.

Fast delivery within the promised lead time after full payment.

One year warranty and our professional technical will offer you free lifetime real-time online guideline and support.

Specifications of DW-GC1290 Gas Chromatography

Model		DW-GC1290
Description		EPC(electronic pneumatic control) 7 inch touch screen display
Sample Introduction System		sample injector and evaporation chamber
Column Oven	Temperature range	Ambient temperature +7℃ ~ 400℃ (in 1℃incremen
	Temperature accuracy	± 0.02℃
	Cooling time	350℃〜100℃≤3min,
	Cooling time	400℃ to 50℃ in 8-10 min at 25℃ ambient
	Programmed temperature setting	0.1℃~40℃/min (in 1℃ increment)
	Program ramps	20 ramps in total (10 ramps available with
	Program ramps	control workstation
	Size (LWH)	284280241mm(inside)340345281mm(outside)
Flame Ionization	Detection limit	≤8×10- 12 g/s (n-hexadecane)
Detector (FID)	Drift	≤1.5×10- 13 A/h
Thermal Conductivity Detector(TCD)	Noise	≤3×10- 14 A
	Linearity range	≥106
Flame Photometric Detector(FPD)	Detection limit	≤8×10- 13 g/s(P) ; ≤8×10- 11 g/s(S)
	Drift	≤2×10- 11 A/30min
	Baseline noise	≤5×10- 12 A
Nitrogen-Phosphorus Detector(NPD)	Detection limit	≤5×10- 13 g/s(P) (Malathion);
Nitrogen-Phosphorus Detector(NPD)	Detection limit	≤5×10- 12 g/s(N) (Azobenzene)

Autosampler
Headspace Sampler
GC1290 9-stage headspace sampler (optional)
GC1290 9-stage headspace sampler (optional)
Carrier gas generator
Air compressor
GC1290 Instruction manual & plug
GC1290 Accessories
GC1290 Accessories

Gas chromatography and accessories

Carrier Gas System + Sample Introduction System + Separation System + Temperature Control System + Detector
Carrier Gas System: air source/ purification and desiccation device/ flow rate control device
Sample Introduction System: sample injector
Separation System: chromatographic column(packed column and capillary column)
Temperature Control System (Column Oven): constant temperature and programmed temperature
Detector: FID/ FPD/ NPD

Why Choose Us?

One-Station Shopping

“Multiple suppliers” have always been an issue in the procurement process. Drawell as a one-stop laboratory equipment and scientific instruments supplier, can perfectly solve this problem.

Customer-centric Services

User Training – Training by Drawell skilled engineers about installation, debug tests, technical services, etc. It can happen in our factory in China, or at the site in the customers’ country.

Online Support

To discuss the problem and get it resolved, online chats, real-time video calls, and remote guidance. For the after-sales stage, our online technical guidance is free and ready forever.