Aim for Stability

with StabiliSENSE™ Monitors

Stability is defined as a change (or lack of change) in accuracy over a period of time.

There are many benefits in utilizing sensors and instrumentation with great long-term stability, across both HVAC and process markets:

  • Reduces out-of-calibration issues
  • Improves HVAC system performance
  • Reduces costs/downtime associated with maintenance
  • Ensures safety standards are met
  • Protects building occupants

HVAC Systems

Stability improves HVAC system performance by increasing overall efficiency and reducing the need for costly maintenance. It also helps ensure indoor air quality (IAQ) standards are being met in schools and other buildings.

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Semiconductor & Pharmaceutical Mfg.

If parameters are not maintained properly, dust or microorganisms may infiltrate the process, contaminating or damaging the products being manufactured.

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Healthcare Facilities

Maintaining a proper differential pressure in critical healthcare environments, such as isolation room, clean room, and/or operating rooms, will help prevent the spreads of illnesses caused by infectious microorganisms.

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with the RPMC StabiliSENSE™ Critical Room Pressure Monitor

The Series RPMC provides the advanced features, high accuracy, and ranges necessary for use with pharmaceutical compounding areas and semiconductor manufacturing facilities.

  • Stable measurement
  • Easy installation & versatile mounting
  • Visual status indication


Magnesense® Differential Pressure Transmitters

The Series MSX and MSX Pro Magnesense® differential pressure transmitters are ideal for monitoring building control applications. With enhanced accuracy and stability, the MSX Pro is also suitable for high performance, critical environments.

  • Easy installation
  • Multipurpose
  • Intelligence