Gentec-EO - 4 Channel Power Monitors- P-LINK-4-Ethernet

Specifications

Detector Compatibility: Photodiode, Thermopile
Min Measurable Energy: Not Applicable
Max Measurable Energy: Not Applicable
Min Measurable Power: <10 pW
Max Measurable Power: <10 W
Energy Monitor Accuracy: Not Applicable
Power Monitor Accuracy: <2%
Thermopile Power Range: 3uW - 30kW
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Features


  • Broad Detector Compatibility: The P-LINK series is adept at reading all power detector types, including thermopiles and photo detectors from the PH Series, ensuring wide applicability.

  • PC Integration: These monitors are designed for seamless PC connectivity, coming with dedicated software that provides a comprehensive platform for data analysis and monitoring.

  • Multi-Channel Monitoring: The series offers the flexibility of 1 or 4 channel options, allowing for simultaneous monitoring of multiple sources or parameters.

  • Full User Control: Equipped with serial commands, the P-LINK series gives users complete control over their monitoring and data analysis tasks.

  • Advanced Statistical Functions: Features real-time statistical functions like Max, Min, Average, and more, with the P-LINK-4 also offering High Low Alarm and Post-Analysis Mode for in-depth data analysis.

  • Versatile Connectivity: Users can choose between USB, RS-232, or Ethernet (4-channel version only) connectivity, with the USB version being conveniently port-powered.

  • Real-Time Data Display: Offers real-time data display in various formats, including histogram and statistics, providing instant insights into power metrics.

Applications


  • Laser System Testing and Calibration: Ideal for use in laser system manufacturing and maintenance, where precise power measurements are crucial for calibration and testing.

  • Research and Development: An invaluable tool in R&D settings, where accurate and real-time monitoring of laser power can significantly impact experimental outcomes.

  • Industrial Process Monitoring: Suitable for monitoring laser-based processes in industries, such as cutting, welding, and engraving, ensuring optimal operation and output.

  • Quality Assurance: Essential for QA processes in industries that rely on precise laser power settings to maintain product quality and safety standards.

  • Photonics and Optoelectronics: Supports photonics research and development, where precise control and measurement of light sources are critical.

  • Educational Purposes: An excellent educational tool for universities and technical institutes, allowing students to gain hands-on experience with laser power measurements.