Gas Analyzer – Transpector MPS & MPH

  • Superior performance and exceptional reliability
  • Industry-leading data collection speed
  • Low overall cost of ownership
  • Scalable communications methods with Ethernet
  • Field-replaceable Electron Multiplier

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The Transpector MPS and MPH are advanced Residual Gas Analyzers (RGAs) designed for general vacuum applications, offering superior performance and exceptional reliability. These RGAs are ideal for detecting air leaks, monitoring contamination, and providing real-time leak checking capabilities. They feature industry-leading data collection speed, minimum detectable partial pressure (MDPP), and signal-to-noise ratio. The units are scalable for modern facilities with Ethernet connectivity and include features like dual filaments, field-replaceable Electron Multipliers, and optional calibration references. They are suitable for applications such as vacuum furnaces, vacuum coating, and heat treating. The Transpector MPS is designed for general vacuum applications with a standard level of performance, while the MPH offers higher performance for more demanding applications. Both units can be equipped with Faraday Cup or Electron Multiplier detectors and are available in different mass ranges.

Use Cases

  • Vacuum furnace leak detection
  • Vacuum coating process monitoring
  • Heat treating process monitoring
  • Contamination detection from pump backstreaming or unclean parts
  • Real-time leak monitoring
  • Manual leak checking at base pressures
  • Vacuum diagnostics to identify gas species in the system
  • Typically used in hydrogen and related industrial applications

Capabilities

  • Residual gas analysis
  • Leak detection
  • Contamination monitoring
  • Vacuum diagnostics
  • Ethernet connectivity
  • Field replaceable Electron Multiplier
  • Dual filaments
  • Calibration reference
  • Interchangeable sensors and electronics
INFICON INFICON, a global supplier of leak detection and gas analysis solutions with decades of expertise identifying hydrogen gas at the lowest concentrations, provides advanced leak detection technology enabling both quality assurance of hydrogen production systems and components as well as real-time hydrogen detection of even the smallest leaks, minimizing accident risk and ensuring production system integrity. The company's Sensistor Sentrac Hydrogen Leak Detector locates and quantifies a wide range of leaks faster and more accurately than soap spray or helium leak detection methods, serving critical applications across hydrogen electrolyzer stacks (where numerous cells with membranes, electrodes, and seals must be monitored to prevent dangerous leaks), compressed hydrogen storage (regularly inspecting compressor housings, seals, and pistons), and piping/gas manifolds where hydrogen's tiny molecular size can escape through the smallest holes in fittings, joints, and valves. INFICON's Strix hand probe, introduced for automotive applications including engine assemblies, air-conditioning systems, battery cases, brake lines, and fuel systems, is 30% lighter and 12.5% smaller-tipped than previous handheld probes, using complex algorithms to shorten measurement times, improve accuracy, and speed recovery times when connected to the Sentrac Hydrogen Leak Detector with a non-flammable hydrogen-nitrogen tracer gas mixture. As hydrogen production and applications continue expanding globally, INFICON's comprehensive leak detection portfolio -- spanning production, transportation, and storage pathways -- supports the safe deployment of hydrogen infrastructure by identifying potential leak points before they develop into major hazards or resource losses.

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