The Hiden DLS-2 and DLS-2X mass spectrometers feature dual zone operation for fusion fuel analysis, vacuum diagnostics, and leak detection in harsh operating environments.
The systems are designed for fusion applications where the analysis of hydrogen isotopes and deuterated compounds is essential.
The DLS-2X also incorporates specialized features that support reliable operation in harsh environments, making it well-suited to demanding fusion research conditions.
Overview
Fusion is widely considered a leading alternative energy source. By harnessing the fusion of hydrogen (H2) to form helium (He), researchers aim to provide a clean, sustainable source of energy for the future.
Facilities around the world continue working to turn this theory into reality, with the tokamak remaining the most established fusion research device. However, challenges associated with the classical torus design include significant energy deficits and the difficulty of separating deuterium (D2) from helium (4He).
The Hiden DLS series systems are designed for fusion applications where the analysis of hydrogen isotopes and deuterated compounds is critical. A unique, user-switchable mode allows the DLS-2 and DLS-2X to operate in both the first and second quadrupole stability regions (Zone 1 and Zone H), selectable via software with automatic switching. This enables ultra-high resolution in the Zone H mass range (such as detecting helium in deuterium), while maintaining high-performance residual gas analyser (RGA) capability in the Zone 1 mass range for vacuum diagnostics.
The DLS-2X further supports remote analyzer mounting at distances of up to 140 m from sensitive electronics, making it particularly well suited to fusion and other harsh operating environments.
Features
- Two available configurations
- Sensitivity of both He in D2 and D2 in He is 10 ppm
- Ultra-high Resolution Zone H up to 10 amu (0.0065 amu real-time mass separation) + Standard Resolution Zone 1 up to 44 amu
- High Resolution Zone H up to 22.5 amu (0.02 amu real-time mass separation) + Standard Resolution Zone 1 up to 100 amu
- DLS-2X: Remote analyzer mounting up to 140 m from sensitive electronics, for fusion applications and harsh operating environments
Applications
- Fusion research
- Tokamak/Torus fusion research