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SionModel UCS-1000 -Ultimate Carrier Solution Machine

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Sion’s patented Ultimate Carrier Solution (UCS) introduces a groundbreaking technology to the analytical industry, finally allowing labs to safely use Hydrogen in GC & GC/MS applications by burning excess Hydrogen gas, split chemicals andfully controlling the supply of carrier gas to GC and GC/MS.

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Improved Analysis. Significant cost savings

UCS-1000 is a one-of-a-kind add-on to analytical instruments enabling labs to enjoy the full benefits of Hydrogen, introducing significant cost savings and efficiency improvements while allowing labs to operate in a safer and more environmental friendly way. It eliminates the release of hazardous gases and chemicals during analysis and saves more than 95% of carrier costs.

Safe and reliable Hydrogen supply
The UCS1000 eliminates dangers associated with Hydrogen as a carrier gas

Higher lab throughput
By shortening analysis time and working with the best carrier gas

Continuous, effortless operation
Works 24/7, without requiring ongoing maintenance or consumables

Environment Friendly
completely eliminates the release of hazardous chemicals.

Fast ROI
95% cost savings compared to using Helium as a carrier gas

  • Full control of the supply of carrier gas
  • Electronic selection of alternative carrier gas
  • Automated protection against flame-off, power loss, low gas supply, pressure, flow and more
  • Complete separation between the burner and control units for extra protection
  • Touch screen panel
  • Connect up to 2 injectors to one UCS

  • Physical Dimensions : 194mm (W) x 195mm (D) x 35mm (H)
  • Operating Voltage / Current : 100v-230v / 0.5A (5 & 15 V DC)
  • Weight : 1.5 Kg
  • Touch Control Panel Size : 4.3” (131mm x 78mm)
  • Split Flow : 0-300 ml/min H2
  • Operating Temperature : 130°C – 1,200°C
  • Fault Detection : <10 seconds
  • Adjustable Automatic Fault Recovery : Admin defined
  • Main Carrier : H2
  • Alternate Carrier : 40-60 mL/min
  • H2 Consumption : 40-60 mL/min
  • Air Consumption : 500-600 mL/min
  • Number of Injectors : Up to 2 splits/split-less for one GC
  • Input Ports : 4 (H2, Air, Split 1-2, Alternate Carrier)
  • Output Ports : 1 (Selected Carrier to GC)