Gentec-EO - Dual Channel Energy and Power Monitor - S-LINK-2

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Specifications

Detector Compatibility: Pyroelectric, Thermopile
Min Measurable Energy: <100 fJ
Max Measurable Energy: <100 kJ
Min Measurable Power: < 10 uW
Max Measurable Power: <100 kW
Energy Monitor Accuracy: <2%
Power Monitor Accuracy: <2%
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Features


  • Reads Both Power and Energy: Compatible with both thermopile and pyroelectric sensors, allowing for versatile measurement capabilities.

  • Channel Options: Available in S-LINK-1 (single channel) and S-LINK-2 (dual channel) models to suit different monitoring needs.

  • PC Integration: Comes with software for PC connection, enabling comprehensive data analysis and monitoring directly on your computer.

  • Serial Commands: Offers full control through serial commands on all versions, enhancing flexibility and usability.

  • Fast Data Transfer: Achieves data transfer rates up to 10 kHz per channel, ensuring timely and efficient data acquisition.

  • Connectivity Options: Available with either USB or Ethernet connectivity, with the USB version being port-powered for convenience.

  • External Trigger: Each model includes a standard external trigger ranging from 2.4 V to 24 V, facilitating synchronized measurements.

Applications


  • Laser System Calibration and Testing: Ideal for calibrating and testing laser systems in manufacturing, research, and development environments to ensure they meet the required specifications for power and energy output.

  • Industrial Laser Processing: Useful in monitoring and controlling laser power and energy in industrial applications like cutting, welding, engraving, and additive manufacturing, where precision is crucial for quality and efficiency.

  • Scientific Research: Supports experiments in physics, optics, and material science, where accurate measurements of laser power and energy are essential for experimental validity.

  • Medical Equipment Maintenance: Can be used for the calibration and maintenance of medical laser devices, ensuring they operate within safe and effective parameters for treatments such as laser surgery and dermatology.

  • Quality Assurance and Control: Plays a vital role in quality assurance processes in industries utilizing laser technology, ensuring that the laser parameters adhere to strict standards for consistency and safety.

  • Educational Purposes: Suitable for educational settings where students and researchers learn about laser dynamics, allowing hands-on experience with real-time data monitoring and analysis.

  • Photonics R&D: Assists in the research and development of photonics devices, where understanding and controlling the power and energy of light sources is fundamental.