Rk-3100 Laser Power Meter
Description
The Rk-3100 Power Meter consists of a thermopile detector assembly ("head") and a large, backlit analog display. The compact head embodies all the best features of thermal detectors - large active area, µW sensitivity, broad spectral response, and high damage threshold. The analog meter is designed to provide a fast, smooth display of the optical power, ideal for aligning optics and peaking laser output. The range of applications for this power meter is enormous. Use it to measure ophthalmic, surgical, and dentistry lasers. Monitor low power industrial lasers for marking, engraving, and resistor trimming. The broadband wavelength response lends itself to combustion, solar simulation, and spectroscopy applications. UV sterilization, germicidal, and lithography process control are possible. Field service technicians will appreciate the fast system response for aligning and calibrating lasers.
Rk-3100 Laser Power Meter
Specifications |
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|---|---|
| Max Average Power: | 10 W |
| Effective Aperture: | -- mm |
| Spectral Range: | 0.2-20um |
| Cooling Method: | Other |
Features
100 µW Sensitivity
Fast Response Time
Compact Head
High Damage Threshold
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United States
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Frequently Asked Questions
The Rk-3100 Laser Power Meter can be used to measure ophthalmic, surgical, and dentistry lasers, monitor low power industrial lasers for marking and engraving, and for combustion, solar simulation, and spectroscopy applications.
The Rk-3100 Laser Power Meter features 100 µW sensitivity, fast response time, and a compact head with high damage threshold.
The Rk-3100 Laser Power Meter covers all major laser wavelengths, from UV to visible to IR. It can also accurately measure broadband sources like Xenon lamps and blackbodies.
If the pulse repetition rate is known, the Rk-3100 Laser Power Meter can divide it into the measured average power to obtain the average pulse energy in Joules.
The Rk-3100 Laser Power Meter uses a thermopile detector with a unique black absorber coating that offers both a broad, flat spectral response and tremendous power handling capability, allowing it to measure focused beams without damage.