Parker - Parker SciLog SciPres Pressure Monitor

Applications & Use Cases

• Monitoring pressure in filtration processes, such as tangential flow filtration (TFF) and virus filtration.
• Controlling pressure within chromatography systems for precise separation.
• Monitoring pressure in bioreactor and fermenter feed lines and exhaust systems.
• Use in aseptic filling and transfer operations to ensure consistent pressure.
• Integration into single-use bioprocessing workflows for enhanced efficiency.

Typical Specifications

Pressure Range

Typically designed for ranges suitable for biopharmaceutical processes, often up to 100 psi (approximately 7 bar).

Sensor Type

Utilises pre-calibrated, single-use pressure sensors for aseptic operations.

Inputs

Monitors of this type commonly support simultaneous inputs from multiple sensors, often up to three.

Calculations

Units typically provide real-time calculations for trans-membrane pressure (TMP) and differential pressure (dP).

Traceability

Features unique ID numbers and integrated calibration data for enhanced process traceability.

Sterilisation Compatibility

Sensors are typically gamma-stable, NaOH stable, and autoclave stable.

Power Supply

Operates on standard laboratory power, commonly 100-240V AC, 50/60 Hz.

Frequently Asked Questions

• What is the primary benefit of using a single-use pressure monitor?

  Single-use pressure monitors eliminate the need for cleaning and sterilisation between batches, reducing turnaround times and mitigating the risk of cross-contamination in critical biopharmaceutical applications.

• Are the sensors pre-calibrated?

• Can this monitor be integrated into existing bioprocessing systems?

• What kind of data logging capabilities does it have?

• Is this equipment suitable for GMP environments?