Parker - Parker SciLog SciCon Conductivity Monitor

Applications & Use Cases

• Monitoring water purity in pharmaceutical manufacturing and biotechnology processes.
• Quality control in laboratory research and development.
• Ensuring consistent solution concentrations in chemical and industrial applications.
• Environmental monitoring of water sources and wastewater treatment.
• Process control in food and beverage production for product consistency.

Typical Specifications

Conductivity Measurement Range

Typically 1 µS/cm to 200 mS/cm for this class of equipment.

Temperature Measurement Range

Commonly 0° to 50°C for units of this type.

Display Type

Often a high-contrast digital display for simultaneous conductivity and temperature readout.

Sensor Compatibility

Designed to work with various compatible conductivity sensors.

Data Logging

Some versions may include data logging capabilities for compliance and analysis.

Calibration

Typically supports easy calibration for application-specific precision.

Footprint

Compact benchtop design, suitable for laboratory environments.

Power Supply

Commonly operates on standard laboratory power, typically 100-240V AC.

Frequently Asked Questions

• What is the primary function of a conductivity monitor?

  A conductivity monitor measures the electrical conductivity of a liquid, which indicates the concentration of dissolved ions. This is crucial for assessing purity or concentration in various solutions.

• Can this unit be used for both ultrapure water and highly concentrated solutions?

• Is real-time data display a standard feature?

• What maintenance is typically required for a conductivity monitor?

• Are these units suitable for integration into automated systems?