S50A-1KW-RSI-INT-D0 Water-Cooled Integrating Sphere Detector for Laser Power Measurement
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Ships from:
Canada
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On FindLight:
since 2014
Description
Achieve precision in laser power measurement with the Gentec IS50A-1KW-RSI-INT-D0 Water-Cooled Integrating Sphere Detector. Designed for applications requiring laser power measurements up to 1000 W, this detector combines water cooling and integrating sphere technology to deliver accurate and reliable results. The award-winning technology ensures top-notch performance, making it an ideal choice for high-power laser sources.
S50A-1KW-RSI-INT-D0 Water-Cooled Integrating Sphere Detector for Laser Power Measurement
Specifications |
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|---|---|
| Max Average Power: | 1000 W |
| Effective Aperture: | 50 mm |
| Spectral Range: | 0.34 – 1.1 um |
| Cooling Method: | Water |
| Noise Equivalent Power: | 10 μW |
| Maximum Incidence Angle: | ± 25° for beam diameter < 12mm, ± 5° for beam diameter > 12mm |
| Typical Rise Time: | 0.2 sec |
| Noise Equivalent Power: | 10 μW |
| Linearity With Power: | ±1 % |
| Maximum Divergence: | 10° (half-angle) |
| Sphere Inner Diameter: | 100 mm Ø |
| Calibrated Spectral Range: | 405 - 1070 nm |
| Back Reflections: | 12 %, concentrated in a cone with 15 degrees half-angle |
| Maximum Average Power Density: | 5 kW/cm² |
| Maximum Energy Density: | 400 mJ/cm² |
| Dimensions: | 127H x 140W x 115D mm |
| Weight: | 4 kg |
Features
- High Power Capability: Measures laser power up to 1000 W
- Water-Cooled Design: Ensures efficient cooling for accurate and stable measurements
- Wide Spectral Range: Covers wavelengths from 340 to 1100 nm for versatile applications
- Fast Response Time: Achieves a typical rise time of 0.2 s for tracking fast changes in laser power
- Precise Linearity: Maintains ±1% linearity with power for consistent results
Integrated Sphere: Features a 100 mm Ø sphere for uniform light collection - Flexible Incidence Angles: Supports ± 25° for beam diameter < 12mm, ± 5° for beam diameter > 12mm
- NIST-Traceable Calibration: Provides accurate and reliable results for traceable measurements
Applications
- High-Power Laser Sources: Ideal for measuring the complete ramp-up of high-power laser sources
- Industrial Laser Systems: Suitable for integration into industrial laser systems requiring accurate power monitoring
- Fast Power Changes: Perfect for tracking fast changes in kW-level laser power