FID
Flame Ionisation Detector
500 Series GC
Conventional, Fast & Ultra-Fast GC in a Single instrument
UNVEILING THE 500 SERIES:
A UK-Crafted Innovation that Redefines Flexibility in the World of GC Analysis
Welcome to the forefront of analytical solutions with Ellutia's revolutionary 500 Series Gas Chromatograph. Developed and manufactured at our UK headquarters, this exceptional instrument sets new standards in gas chromatography by integrating conventional, fast, and ultra-fast GC capabilities into one streamlined system.
Why have ultra fast GC?
Customers that require ultra fast GC typically have one of these three problems:
1. Require higher sample throughput
2. Requires faster analysis time
3. Requires more data for reaction/process monitoring
Save Time
Ultra Fast GC can decrease you analysis cycle times by up to 10 times.
Save Space
The 500 Series GC has one of the smallest footprints in the market saving valuable laboratory bench space.
Save Energy
Energy consumption per sample dramatically reduced compared to other conventional GC’s.
Injector
The 500 Series GC comes equipped with a temperature programmable injector as standard. The Injector can be used as a conventional split / split-less injector isothermally. The injector also has the capability to be rapidly heated to temperatures of up to 600C at rates of up to 900C/min.
- Temperature Programmable with split / splitless capabilities
- 10 programmable ramps
- Temperature range ambient+20C to 600C
- Maximum isothermal temperature 450C
- Maximum ramp rate 900C min
Column Heating
Conventional GC
When using the 500 Series GC in conventional mode, the GC can accept standard capillary and packed columns. These are then heated in a hot air oven. The 500 Series GC uses the unique patented heat exchanger flow through the oven system. Originally developed for the 200 Series GC the innovative technology delivers industry-standard heating performance whilst dramatically reducing energy consumption.
Ultra-Fast GC
The 500 Series GC can also perform Ultra-Fast Chromatography when used with metal ultra-fast GC Columns. When in Ultra-Fast mode rather than using the hot air oven to heat the column, an electrical current is passed directly though the column resistively heating it. This allows for significantly faster temperature ramping, and then because only the column has been heated rather than an entire oven, the cool-down time is greatly decreased.
Conventional GC
Conventional GC
Conventional GC uses standard Capillary collumns and air blown oven.
Fast GC
FAST GC
Fast GC uses shorter narrow bore Columns to reduce analysis times.
Ultra-Fast GC
ULTRA-FAST GC
Ultra-fast GC uses directly heated Columns to achieve much fast temperature ramping. Greatly reducing analysis cycle time
Detector
A Choice of detector options
ECD
Electron Capture Detector
TEA
Thermal Energy Analyser
Transfer Iine
Heated Transfer Line