Parker SciLog SciPres Pressure Monitor with Pressure Sensors

• Monitoring pressure in upstream bioprocessing, such as bioreactor feed lines and filtration systems.
• Controlling pressure in downstream purification processes, including chromatography and tangential flow filtration (TFF).
• Ensuring consistent pressure during sterile filling and formulation in pharmaceutical manufacturing.
• Real-time pressure feedback for critical fluid transfer and dispense operations in laboratory and pilot plant settings.

Typical pressure range

Commonly found units offer ranges from -1 to 10 bar or higher, depending on the sensor configuration.

Sensor type

This model typically utilises single-use, pre-calibrated pressure sensors for aseptic processing.

Connectivity

Units often feature multiple sensor ports and can integrate with control systems via analogue outputs or digital communication protocols.

Display

Typically includes a clear digital display for real-time pressure readings and status indicators.

Power supply

Commonly operates on standard mains voltage, typically 100-240V AC, 50/60 Hz.

Enclosure rating

For this class of equipment, an IP rating suitable for laboratory or cleanroom environments is typical.

• What is the primary benefit of using single-use pressure sensors with this monitor?

  Single-use sensors eliminate the need for cleaning validation and sterilisation between batches, reducing downtime and cross-contamination risks in bioprocessing applications.

• Can this monitor be integrated into a larger automated system?

• What maintenance is typically required for the Parker SciLog SciPres monitor?

• Are the pressure sensors interchangeable?

• What industries commonly use this type of pressure monitoring equipment?

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.

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