Product/Service

Multi-Channel Process FT-NIR Analyzer FTPA2000-HP260X

Source: ABB Measurement & Analytics

HP260ATEX_9344

The FTPA2000-HP260X is now a simpler and more cost-effective one-box solution for hazardous area multi-channel fibre-optic process FT-NIR analyzer. It is suitable for applications such as Crude Distillation, Hydrocracking, Fluid Catalytic Cracking, Lube Base Oils, Offsites Main Fuel Blending etc.

A versatile multi-channel process FT-NIR analyzer for operation in potentially explosive atmospheres

The FTPA2000-HP260X is now a simpler and more cost-effective one-box solution for hazardous area multi-channel fibre-optic process FT-NIR analyzer. It is suitable for applications such as Crude Distillation, Hydrocracking, Fluid Catalytic Cracking, Lube Base Oils, Offsites Main Fuel Blending etc.

  • A one-box solution for Hazardous Area operation
  • Includes User Interface, Touch Screen, Data Controller, space for all I/O hardware and functions
  • All in one compact enclosure for easy, low-utility Analyzer House installation
  • Replaces and improves previous FTPA2000-HP260 ATEX package and eliminates need for separate ATEX PC enclosure
  • Based on the core ABB FT-NIR Michelson cube-corner interferometer technology
  • Maintains the same performance level and calibration transfer capability as the other ABB FT-NIR analyzers
  • Can be interfaced to a wide range of sample interface devices
  • The FTPA2000-HP260X is certified to meet ATEX Category II Gas
  • The Fiber optic cables and sample interface (probes / sample cells..) are certified to be installed in ATEX Category I for Gas and Dust
  • Marking of the equipment:
    • II (1)/2 G Ex e ib mb px [op is Ga] IIC T4 Gb
    • II (1) D [Ex op is Da] IIIC 
  • Compatible with both low-OH silica and ZrF4 fibre optics; allows use for black product applications, crude oil, bunker oil, heavy fuel oil blending
  • Up to 8 separate analysis channels with capability for different flow-cell temperatures, path-lengths, ranges and detectors for each channel
  • TE-cooled detectors (option) for maximum sensitivity and fastest response