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Short wave infrared thermal imager for laser applications
Short wave infrared thermal imager for laser applications
Product details
Main features
Short wave infrared thermal imager for laser applications
PYROVIEW 768N compact+
Can carry laser suppressors with different wavelengths for different laser wavelengths
Temperature measurement range: 800~1800 ° C, or 800~2200 ° C, or 1200~3000 ° C
technical indicators
model |
PYROVIEW 768N compact for laser+ |
spectral range |
0.8 ~ 1.1 μm |
temperature range |
800~1800°C |
Optional 800~2200 ° C | |
Optional 1200~3000 ° C | |
NETD |
< 1 K (600 °C, 50 Hz)5 |
field of view |
39 °× 30 °, optional: 58 °× 45 °, 22 °× 16 °, other lenses available upon request |
sensor |
High dynamic 2D Si CMOS array (768 × 576 pixels) |
measurement error |
1% measurement value (° C, target temperature<1400 ° C) |
measure frequency |
50 Hz, Optional: 50 Hz, 25 Hz, 12.5 Hz |
response time |
40 ms , Optional: 2/Measurement frequency |
communication interface |
Gigabit Ethernet (real-time, 50Hz), electrically isolated digital input (for triggering) and electrically isolated digital output (for alarm) |
terminal |
Circular socket HR10A (12 core, power supply, digital input and output) |
Circular socket M12A (Ethernet) | |
power supply |
12~36 VDC, Usually 10VA |
weight |
About 1.6 kg |
shell |
Aluminum compact shell IP54 |
65 mm (L) × 160 mm (W) × 79 mm (H) (without lens and connection terminal) | |
Operating temperature of thermal imager |
–10~50 °C |
Storage conditions |
Storage conditions -20~70 ° C, maximum relative humidity of 95% |
software |
Software for Windows ® Under the control and imaging software PYROSOFT, users can customize solutions |
Scope of supply |
Infrared thermal imaging instrument PYROVIEW 768N, calibration certificate, operation manual, PYROSOFT software |
Laser welding thermal image
Thermal image of laser welding melt pool
3D thermal image of laser welding melt pool
Common laser wavelengths
Laser name |
medium |
Light frequency |
Wavelength λ (nm) |
He-Cd |
gas |
ultraviolet light |
3250 |
N2 |
gas |
ultraviolet light |
3371 |
Kr |
gas |
ultraviolet light |
3507 or 3564 |
Ar |
gas |
ultraviolet light |
3511 or 3638 |
He-Cd |
gas |
visible light |
4416 or 5378 |
Ar |
gas |
visible light |
4579 or 5145 |
Kr |
gas |
visible light |
4619 or 6764 |
Xe |
gas |
visible light |
4603 or 6271 |
Ar-Kr |
gas |
visible light |
4675 or 6764 |
He-Ne |
gas |
visible light |
6328 |
Ruby Cr3+ |
solid |
visible light |
6943 |
Kr |
gas |
infrared light |
7530 or 7990 |
Ca、Al、As |
Solid (semiconductor) |
infrared light |
8500 |
Ca、As |
Solid (semiconductor) |
infrared light |
9040 |
Nd |
solid |
infrared light |
10600 |
Nd/YAG (neodymium doped yttrium aluminum garnet) |
solid |
infrared light |
10600 |
He-Ne |
gas |
infrared light |
11500 or 33900 |
CO2 |
gas |
infrared light |
10600 |
H2O |
gas |
infrared light |
11800 |
HCN |
gas |
infrared light |
33700 |
All short wave infrared thermal imagers from Germany's DIAS can penetrate glass for temperature measurement and imaging
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