Micromanometers

Micromanometers deliver precise low-pressure measurements for industrial ventilation assessment, room pressurization strategies, and filter monitoring. These handheld instruments measure differential and static pressure with high resolution, making them ideal for verifying cleanroom pressure cascades, exhaust capture performance, and AHU setpoints. Paired with Pitot tubes, they can calculate duct velocity and volumetric flow for diagnostics and balancing. Rugged design, auto-zero functions, and data logging help teams capture consistent results in the field. Clear displays and intuitive menus support fast training and repeatable workflows, while exports provide traceable documentation for QA, audits, and continuous improvement programs.

Produkte

DP-Calc Micromanometer 5815

Mit dem Mikromanometer DP-Calc™ 5815 lassen sich auf einfache Weise Differenzdruckmessungen...

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DP-Calc Micromanometer 5815-AC

DP-Calc Micromanometer 5825

Mit dem Mikromanometer DP-Calc™ 5825 lassen sich auf einfache Weise Differenzdruckmessungen...

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DP-Calc Micromanometer 5825-AC

DP-Calc Micromanometer 8715

Das DP-CALC™ Mikromanometer 8715 ist eins der modernsten, vielseitigsten und...

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Low-pressure measurement sits at the core of industrial ventilation performance. TSI micromanometers help teams verify room pressurization, diagnose duct performance, and document HVAC setpoints with high-resolution readings and easy-to-use workflows.

Core Capabilities

  • Differential and Static Pressure: Capture precise low-pressure values to validate pressurization cascades, filter loading, and control setpoints.
  • Airflow via Pitot Tube: Use differential pressure measurements with Pitot tubes to calculate duct velocity and volumetric flow for diagnostics and balancing.
  • Stable, Repeatable Readings: Auto-zero and temperature compensation features help deliver consistent results in changing site conditions.

Designed for Industrial Use

  • Portable and Rugged: Durable housings and protective cases support use in mechanical rooms, manufacturing floors, and outdoor intake locations.
  • Clear Interfaces: Backlit displays and streamlined menus support fast navigation and reduce training overhead.
  • Accessory Compatibility: Connect Pitot tubes, tubing, and probes to match your test method and duct geometry.

Data You Can Use

  • Logging and Time Stamps: Record trends to understand system behavior during startup, control changes, or filter swaps.
  • Notes and Tags: Add context to measurements to support QA checks and operational reviews.
  • Easy Exports: Move data into reports, spreadsheets, and quality systems to streamline documentation.

Common Applications

  • Room Pressurization Checks: Validate pressure differentials between production areas, gowning rooms, and adjacent spaces.
  • Filter and Coil Assessment: Track pressure drop to schedule maintenance and help avoid unexpected restrictions.
  • Duct Diagnostics: Calculate velocity and flow to verify supply and exhaust performance or pinpoint imbalances.
  • Commissioning and Retrofits: Establish baselines and confirm results after changes to controls, dampers, or fans.

Operational Impact

  • Efficiency: Validated pressure setpoints support optimal fan performance and energy use.
  • Quality: Stable pressurization helps maintain controlled environments for sensitive processes.
  • Reliability: Trend data helps maintenance teams spot deviations and plan corrective actions.

Next Steps

  • Choose the pressure range and resolution that match your applications.
  • Request a demo to see workflow and logging in action.
  • Talk with a TSI specialist about Pitot tubes and accessories suited to your duct sizes and test methods.

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