Pendotech PMAT3 Pressure Mat Sensor Monitor

• Monitoring pressure in single-use bioprocessing systems for filtration and chromatography.
• Real-time pressure surveillance within bioreactors and fermenters to ensure process integrity.
• Integration into automated biopharmaceutical manufacturing lines for pressure control and alarming.
• Laboratory-scale pressure monitoring for R&D and process development in biotech.
• Safety monitoring in critical fluid transfer applications to prevent over-pressurisation or vacuum conditions.

Typical Pressure Range

Units of this type commonly monitor pressures from approximately -0.5 to 5 bar (-7 to 75 psi).

Number of Sensor Inputs

Models typically offer 1 to 4 independent pressure sensor inputs.

Output Signals

Commonly features 4-20 mA analog output and RS-232 data output for system integration.

Alarm Functions

Typically includes configurable high/low pressure set-points with visual, audio, and relay outputs.

Power Supply

Units for this class of equipment commonly operate on standard laboratory power, typically 100-240 VAC.

Display Type

Often equipped with a backlit LCD for clear real-time pressure readings.

Resolution

High-resolution versions are available for low-pressure applications, offering enhanced precision.

• What type of sensors does this monitor use?

  This type of monitor is specifically designed for use with single-use pressure sensors, commonly found in biopharmaceutical and laboratory environments.

• Can this unit be integrated into a larger control system?

• Are there different versions for various applications?

• What kind of alarms does it provide?

• Is data logging a standard feature?

Pressure sensors and monitors are valued for their reliability and precision in laboratory and pharmaceutical applications. Buyers typically prioritise accuracy, calibration history, and compatibility with existing systems when purchasing used units. Industry sentiment recognises these instruments as durable workhorses that retain functionality well when properly maintained. Key considerations include verification of calibration certificates, condition of sensing elements, and documentation of previous usage. Well-maintained examples from reputable manufacturers generally offer strong value and dependable performance.

General overview for this equipment type