5000 Series Digital Flow Meters

The 5000 Series Digital Flow Meters equip research and development teams with high-resolution data, on-board logging, and multi-parameter measurement. Capture flow, temperature, and differential pressure with an intuitive interface, then export datasets to your analysis tools. Configurable alarms and flexible connectivity help researchers probe system behavior, compare designs, and document results across labs and collaborators.
 

Produits

Air / Oxygen Gas Mass Flow Meter (plus Kit) 5220-2

Plage : 0 à ± 30 Std L/min Précision : 2% de la lecture Étalonnage : Air, O2, N2...

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Air / Oxygen Gas Mass Flow Meter (plus Kit) 5230-2

Plage : 0 à ± 30 Std L/min Précision : 1,7% de la lecture Étalonnage : Air, O2, N2...

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Air / Oxygen Gas Mass Flow Meter (plus Kit) 5320-2

Plage : 0 à ± 300 Std L/min Précision : 2% de la lecture Étalonnage : Air, O2, N2...

Voir le produit

Air / Oxygen Gas Mass Flow Meter (plus Kit) 5330-2

Plage : 0 à ± 300 Std L/min Précision : 1,7% de la lecture Étalonnage : Air, O2, N2...

Voir le produit

Research and development relies on clear, accessible data to validate concepts and refine designs. The TSI 5000 Series Digital Flow Meters provide an integrated pathway from setup to analysis: a high-visibility display for real-time insight, on-board logging for time-stamped datasets, and straightforward exports for use in your preferred tools.

For R&D teams, the 5000 Series delivers:

  • Multi-parameter measurement (flow, temperature, differential pressure)
  • On-board logging that supports both short and extended runs
  • Configurable alarms to highlight thresholds and trends
  • Connectivity options for synchronized experiments and central storage
  • Portable design that moves easily between test bays

Use cases:

  • Transient capture during control algorithm development
  • Design comparisons with quantitative metrics
  • Long-duration stability studies on components and systems
  • Collaborative projects requiring consistent data formats

Implementation suggestions:

  • Plan sampling rates and durations based on the dynamics of your system.
  • Use pre-test baselines to check setup stability and verify instrumentation.
  • Standardize data structures — headers, units, and tags — to improve collaboration.

By combining accurate measurement with convenient data handling, the 5000 Series helps research and development teams focus on discovery, not instrumentation. Count on responsive performance, flexible integration, and reporting that supports faster iteration and clearer decisions across R&D programs.


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