Features
● Installs on a 6890 in one hour
● Analyze from C3 to C43
● One day to learn hardware and software
● Fully quantitative
● Fully automatic operation with appropriate accessories

Benefits
● Order of magnitude increase in GC resolving power
● Compound class separation in many cases
● Easy interpretation of GC x GC chromatograms
● Increases sensitivity by a factor of 5 or more
● Above benefits obtained with no loss of analysis time or throughput

Specifications
● Modulator: Cryogenic
● Cold Jet Temperature: approx. -189 C with main oven at room temperature
● Cold Jet Gas Consumption: 10 to 15 liters/min, 10 to 30 psi supply pressure
● Hot Jet Temperature: 400 C Max; Programmable
● Hot Jet Gas Consumption: 10 to 15 liters/min, 50 psi supply
● Heat Exchange Dewar Capacity: 5 liters
● LN2 Consumption: approx. 10 to 15 liters per 8 hour workshift

Applications
　 GC x GC is a rapidly growing technique for the analysis of complex samples. Because GC x GC is both a qualitative and quantitative technique, most GC applications can be accomplished using GC x GC.
Some of the main areas of GC x GC applications are:
● Petroleum Liquids
● Environmental Forensics
● PCB's/Dioxins/Pesticides
● Flavors & Fragrances
● Air Toxics
● Industrial Process Diagnosis
● Pyrolysates (Fire Debris, Tobacco)
● Catalysis
● Soils and Sediments
● Chemical Warfare Agents

Features Includes LN2 level controller, 2 LSI-48 dual level Sensors, and User Manual.
LN2 Transfer Assembly with installed solenoid valve.

(more features and benefits)