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Ultra high pixel shortwave infrared thermal imaging instrument
Ultra high pixel shortwave infrared thermal imaging instrument
Product details
PYROVIEW 768N compact+
Ultra high pixel 768 * 576, super clear image; AK-47 and M16 in Infrared Thermal Imager
Short wave 0.8~1.1 μ m, penetrating glass for temperature measurement and imaging; Wide temperature measurement range of 600~3000 ° C
Important features
1. Fearless of glass: capable of penetrating glass for temperature measurement and imaging;
2. Ultra wide temperature measurement: can simultaneously have 2 temperature measurement ranges of 600~1500 ° C and 1400~3000 ° C!
3. Simultaneous measurement of large and small targets: There can be two lenses at the same time, which can measure both large and small targets.
4. Fearless of laser interference: adding various laser filters for applications with different laser wavelengths
5. Fearless of arc welding interference: increases various arc wavelength filtering, can be used for many arc welding and its applications
6. Direct import: No export certificate required, can be imported directly!
Suitable for military or aerospace temperature measurement and imaging applications such as gun ejection, artillery tracking, bomb explosions, satellite launches, etc.
Main features
1. Precise non-contact temperature measurement with ultra wide temperature range: 600~1500 ° C to 1400~3000 ° C
2. High dynamic 2D Si CMOS array 768 × 576 pixels
3. Spectral range 0.8~1.1 μ m
4. Gigabit Ethernet communication interface (1GB/s)
5. Measurement frequency 50 frames per second
6. Large dynamic range and 16 bit analog conversion
7. Compact+(IP54) or Industrial Protection (IP65)
8. Customized system integration solution, including hardware and software adjustments
Technical data
model |
PYROVIEW 768N compact+ |
PYROVIEW 768N protection |
spectral range |
0.8 ~ 1.1 μm |
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temperature range |
600~1500 ° C, optional: 600~1800 ° C, 800~2000 ° C, 1400~3000 ° C, 1200~3000 ° C (all within a continuous temperature range) PYROVIEW 768N Copact+optional with 2 temperature measurement ranges: 600~1500 ° C, 1400~3000 ° C (1 low-temperature lens, additional) High temperature lens, only suitable for PYROVIEW 768N compact+ |
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NETD |
< 1 K (600 °C, 50 Hz)5 |
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field of view |
39 °× 30 °, optional: 58 °× 45 °, Telelens 9 °× 7 °, other lenses available upon request |
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sensor |
High dynamic 2D Si CMOS array (768 × 576 pixels) |
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measurement error |
1% measurement value (° C, target temperature<1400 ° C) |
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measure frequency |
50 Hz, Optional: 50 Hz, 25 Hz, 12.5 Hz |
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response time |
40 ms , Optional: 2/Measurement frequency |
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communication interface |
Gigabit Ethernet (real-time, 50Hz), electrically isolated digital input (for triggering) and electrically isolated digital output (for alarm) |
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terminal |
Circular socket HR10A (12 core, power supply, digital input and output) |
Circular socket M23 (16 core, power supply, digital input and output), |
Circular socket M12A (Ethernet) |
Circular socket M12A (Ethernet) |
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power supply |
12~36 VDC, Usually 10VA |
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weight |
About 1.6 kg, about 4.2 kg |
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shell |
Aluminum compact shell IP54 |
Industrial enclosure IP65, stainless steel, |
65 mm (L) × 160 mm (W) × 79 mm (H) (without lens and |
Equipped with air blowing and water cooling, with a diameter of 110 mm and a length of 280 mm |
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When connecting terminals, optional all-weather protective casing is available |
(When there is no terminal for installation and connection), |
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And electric gimbal |
Maximum water pressure of 6 bar, maximum air pressure of 2 bar, with protective window |
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Operating temperature of thermal imager |
–10~50 °C |
-10-50 ° C (without water cooling), |
-25~150 ° C (with water cooling) |
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Storage conditions |
Storage conditions -20~70 ° C, maximum relative humidity of 95% |
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software |
Software for Windows ® Under the control and imaging software PYROSOFT, users can customize solutions |
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Scope of supply |
Scope of supply: Infrared thermal imaging instrument PYROVIEW 768N, calibration certificate, operation manual, PYROSOFT Compact software |
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All short wave infrared thermal imagers from Germany's DIAS can penetrate glass for temperature measurement and imaging
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