Gentec-EO PRONTO-500 Portable Laser Power Meter

Specifications

Max Average Power: 500 W
Effective Aperture: 55 mm
Spectral Range: 0.19 – 20 um
Cooling Method: Convection
Minimum Average Power: 1 W
Noise Equivalent Power: 0.12 W
Power Calibration Uncertainty: ±3 %
Exposure Time: 5 s
Maximum Average Power (continuous): 40 W
Response Time: 2 s
Maximum Average Power Density: 25 kW/cm²
Maximum Allowable Casing Temperature: 65 °C
Battery Type: Rechargeable Li-ion
Battery Life: 17 hours or 4,200 measurements (with brightness set at 25%)
Display Resolution: 4 digits
Display Size: 28.0 x 35.0 mm (128 x 160 pixels)
Display Type: Touch Screen Color LCD
Backlight: Adjustable
Internet Upgrades Via: USB
Data Storage: 50,000 pts
Battery Recharge Via: USB
Absorber: H
Dimensions: 88W x 88L x 32D
Weight: 0.93 kg
Mounting Holes: 1 x 8-32, 2 x 1/4-20
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Features


  • Wide Power Range: Measures laser power from 1 W to 500 W, accommodating a broad spectrum of laser systems

  • High Precision: Offers a low noise equivalent power of just 0.1 W, ensuring accurate measurements even at low power levels

  • Versatile Spectral Range: Covers the spectral range from 0.193 to 20 μm for compatibility with various laser sources

  • Calibration Certainty: Features a power calibration uncertainty of only ±3% for reliable and traceable measurements

  • Continuous Power Mode: Supports continuous power measurements with an exposure time of 5 seconds

  • Portable Design: Compact and lightweight, the PRONTO-500 is ideal for fieldwork and on-site laser power measurements

Applications


  • Industrial Laser Systems: Used for monitoring and optimizing laser processes in industrial settings

  • Research and Development: Essential for laser characterization and experimentation.

  • Laser Manufacturing: Ensures laser systems operate at the desired power levels during production

  • Fieldwork and On-Site Testing: Portable design allows for convenient power measurements in the field

  • Quality Control: Ensures the quality and performance of laser systems in manufacturing and research