plasmadetek

Plasmadetek

Plasma Emission Detector System for Gas Chromatograph

This plasma emission detector gives the opportunity to any system integrator or GC manufacturer to integrate a plug and play philosophy detector system. With its unique design, the PlasmaDetek allows to do new techniques and existing analysis configuration based on simplicity. PPB to % analysis can be done with capillary or packed columns. With the choice of argon or helium as carrier gas, combined with the selectivity configuration, the chromatography becomes easier.

Download the complete specification and technical data sheet PDF (632 KB)

  • Argon or helium carrier gas
  • 4 in 1 detector
  • Selective and non-selective configuration
  • Wide range of applications
  • Easy to interface with any GC and analyzer design
  • PPB to % detection
  • Very stable signal
  • Maintenance free
  • Fast installation and tune up
  • Intelligent version based on DSP platform
  • Low noise detector

  • Laboratory and industrial gas chromatograph
  • High purity gases
  • Permanent gases
  • Noble and rare gases
  • Petrochemical and Hydrocarbon Processing
  • Air analysis
  • Environmental
  • Energy industries
  • Greenhouse application
  • Etc...

Other gas analysis possible, please contact factory.

CARRIER GAS

Argon and Helium

POWER

80 to 240 VAC, 50-60 Hz

GAS CONNECTIONS

1/16” (can be customized)

OPERATION OUTLET PRESSURE

Atmospheric or Vacuum

OPERATING TEMPERATURE

10°C to 50°C (in stable environment)

FILTER

10u SS particle filter on the gas inlet

DETECTOR SIGNAL OUTPUT CONNECTION

BNC Twinaxial type (can be customized)

POWER CONSUMPTION

Max 10 Watts

OUTPUT VOLTAGE

0-5 Volts (can be customized)
plasmadetek

The PED is a quartz cell with a unique design submitted to a high intensity and frequency electromagnetic field.

The principle based on spectroscopic emission cell is not a new technique, but the characteristics of the PlasmaDetek system that make it stable and efficient are the frequency, the intensity as well as the mechanical and electrodes design.

A luminous phenomenon, called electroluminescence, is created and is used as emission technique to quantify analytes.

When the carrier gas is ionized, spectral lines are emitted and detected by an optical system including filter and photo-diode. The emission varies for each substance that is brought along with the carrier gas.