Bruker Scion 456 TQ GC/MS/MS

Bruker Scion 456 TQ GC/MS/MS

Supporting three injector and four detector positions (including the mass spectrometer) with full independent access, no other GC system provides this capability. Scion 456 GC is the platform for over 50 different configured analyzers for petroleum, petrochemical, and specialty gas application.  A staff of highly experienced chromatographers can assist you to build a special analyzer to meet any application need. The perfect GC for many applications that saves space without compromise on functionality and performance. Capacity for 3 injectors , 3 GC detectors plus a mass spectrometer makes the SCION 456 a perfect match for you analyses. A 9 inch touchpad provides direct access to all GC functions and basic tuning.

Features:

• Ultimate flexibility/configurability
• Large capacity, fast ramping oven (150°C/minute)
• Capacity: 3 Injectors, 3 Detectors + MS.
• Full Electronic Flow Control (EFC), up to 21 channels at 0.001psi resolution
• Large full color screen, multiple languages supported
• Flexibility to add samplers, valves, valve oven, backflush and column switching capabilities, etc.,  programmed and controlled and through Compass CDS

Specifications:

• Up to 9 EFC modules total, injector, detector and auxiliary
• Optional backflush
• GC Control:
  • External events (digital output):
    • 8 standard
    • 8 optional, total 16
• Max number of timed events: 16
  • Heated zones:
    • Standard 5
    • 4 optional, 9 total
• Methods:
  • Maximum stored internal methods: 50 (max. 30 alphanumeric characters)

TQ GC Triple Quadrupole Mass Spectrometer:

The SCION TQ is the chromatographer’s choice for triple quadrupole mass detector; it is designed to match your most stringent needs for analytical performance and productivity. The SCION TQ offers superior sensitivity and robustness based on the innovative ion optics, and fast and easy methods.

• Mass range (m/z): 10 to 1200 Da
• Scan rate: up to 14,000 Da/sec
• Resolution: adjustable from Unit (0.7 Da) to 4 Da, also with three selectable settings
• Scan modes: Full Scan with Q1 or Q3; Precursor, Product, Neutral Loss/Gain Monitoring, Selected Ion Monitoring (SIM), Multiple Reaction Monitoring (MRM) and Result Dependent Scanning
• Standard ionization mode: Electron Ionization (EI)
• Optional ionization modes: Chemical Ionization (CI) including PCI and NCI
• Ion source: Auto-aligning EI or CI (optional) sources constructed of inert materials
• Source temperature: 100 °C to 325 °C
• Filament and emission current: dual filaments; up to 200 μA
• Electron energy: adjustable from 10 to 150 eV
• Mass filters: quadrupole with pre- and post-filters; high ion transmission efficiency lens-less design
• Collision cell: 180° curved path with pre- and post- filter regions
• Collision cell gas: Argon
• Collision energy: selectable up to 75 eV
• Minimum dwell times: 1 ms
• Maximum acquisition MRM rate: 500 MRM’s/sec
• Mass axis stability: <±0.1 Da over 24 hours
• Transfer line temperature: up to 350 °C
• Manifold temperature: 40-50 °C
• Detector: EDR Electron multiplier with ±5 kV post acceleration and with on-the-fly multiplier gain optimization for Extended Dynamic Range (EDR); direct ion collection onto multiplier for negative ion detection without dynode loss
• Turbomolecular pump: dual stage, 310/400 L/sec, air-cooled for helium carrier gas flow up to 25 mL/min.

CP-8400 AutoSampler

• Sample capacity: 100 x 2 mL vials
• Large solvent wash vial: 2 x 120 mL*
• Dual and duplicate mode
• Internal standard addition
• Modes of operation:
  • Liquid
  • Ambient headspace
  • SPME
  • Sample heating and cooling