Model Poynt/R - Handheld Infrared Illuminator

Specifications

Output Power (avg): 2 W
Wavelength: 4.6 um
Pulse Duration: 100 – 200 ns
Tuning Range Around Center Wavelength: Not Applicable
Wavelength Range: um
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Features


  • High Average Power Output: The PoyntIR™-XX-YYYY can produce over 2 W of average power at a wavelength of 4.6 µm, with other wavelengths available between 3.8 and 12 µm.

  • Versatile Wavelength Options: Available wavelengths include ~4.0 µm, ~4.6 µm, ~7.2 µm, ~8.5 µm, and ~9.6 µm, with custom orders possible for other wavelengths.

  • Collimated and Divergent Beam Options: The output beam is nearly collimated for long-distance projection, with optional divergent beams for beacon applications.

  • Extended Runtime and Quick Charging: Offers over 30 hours of continuous runtime at 100 mW and charges in less than 3 hours.

  • Compact and Lightweight Design: Measures approximately 420 mm in length and 72 mm in diameter, weighing around 800 g.

  • Advanced Pulse Control: Capable of producing complex optical pulse trains and includes a user-specified mode of operation with 150 ms “superpulses” at 2 Hz.

  • Smart Features for Safety and Efficiency: Includes a smart On/Off button, a dedicated power lockout switch, and a battery drain protection feature.

  • Included Smart AC Charger: The charger prevents battery over-charging, ensuring longevity and reliability.

Applications


  • Target Illumination: The nearly collimated beam allows for projection over large distances, making it ideal for illuminating distant targets.

  • Beacon Applications: Optional diverging beams are available for use as beacons.

  • Custom Instrumentation: Available in OEM version for integration into customer-specific instruments.

  • Long Runtime: The system is equipped with rechargeable batteries that provide multi-hour operating times, ensuring extended use in the field.

  • Complex Pulse Trains: Capable of producing a wide variety of output pulse trains, including complex sequences for specialized applications.

  • Stable Operation: Designed to be stable over long periods in a stable temperature environment, requiring no field adjustments.