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Short wave infrared thermal imaging instrument
Short wave infrared thermal imaging instrument
Product details
High precision shortwave infrared thermal imager PYROVIEW 512N compact+
☑ Directly imported, no approval required!
☑ Delivery time is 5-8 weeks!
☑ Higher temperature! 600~1500 ° C or 1400~3000 ° C or other temperature measurement ranges!
☑ PYROVIEW 512N compact+can simultaneously have 2 temperature measurement ranges of 600~1500 ° C and 1400~3000 ° C!
☑ Two or more lenses can be selected simultaneously, allowing for temperature measurement and imaging of both large and small targets!
☑ Add various laser filters that can be applied to temperature measurement imaging for various laser wavelengths
☑ Higher frame rate! Higher precision! The price is reasonable!
☑ Gigabit Ethernet for transmitting data and images!
feature
• Large continuous temperature measurement range: 600~1500 ° C, optional up to 3000 ° C;
When attaching a lens, the above two temperature ranges can be achieved within a 512N infrared thermal imager.
Gigabit Ethernet real-time data acquisition
• Measurement frequency: 60Hz
High dynamic 2D Si CMOS array with 512 * 384 pixels
Durable and compact aluminum casing
Optional IP65 casing with water cooling and air blowing, or combustion chamber duct lens with cooling
• Trigger measurement, alarm, and threshold monitoring
• Optional independent computer free working mode
• Two year warranty period
Customers can customize hardware, software, and solutions
Application Description
The PYROVIEW 512N Compact+series short wave infrared thermal imager provides high dynamic and high spatial resolution non-contact temperature measurement and imaging of two-dimensional temperature distribution.
This series of infrared thermal imagers is specially designed for long-term operation in harsh industrial environments.
The PYROVIEW 512N Compact+series is commonly used for high-temperature processes in process control, as well as quality control in the metal, glass, and cement industries.
software
Powerful Windows ® The infrared thermal imaging software PYROSOFT can be used to control the infrared thermal imaging instrument and record, browse, manipulate, and store measured data.
Main features:
Real time data collection
Partition definition and alarm threshold monitoring
Trend analysis
• Data output (text, bitmap, video)
Process control through PROFIBUS and analog and digital input, output, and other communication interfaces
Programming Communication Interface (Windows) ®- DLL (Software Development Package DAQ) is suitable for system integration users to open their software.
Technical data
performance metrics |
Description |
spectral range |
0.8μm~1.1μm |
Temperature measurement range1 |
600~1500 ° C (with only one ultra wide measurement range, without segmentation) |
Optional: 600~1800 ° C (only 1 ultra wide measurement range, not segmented) | |
Optional: 800~2000 ° C (only 1 ultra wide measurement range, not segmented) | |
Optional: 1400~3000 ° C or 1200~3000 ° C (with only one ultra wide measurement range, without segmentation) | |
Optional: 600~1500 ° C, 1400~3000 ° C (with 2 ultra wide measurement ranges) | |
detector |
High dynamic 2D Si CMOS array (512 × 384 pixels) |
lens1 |
36 °× 27 °, spatial resolution: 1.2mrad |
Optional 51 °× 40 °, spatial resolution: 1.7mrad | |
Optional 26 °× 19 °, spatial resolution: 0.9mrad | |
Optional 19 °× 14 °, spatial resolution: 0.6mrad | |
Optional 13 °× 9 °, spatial resolution: 0.4mrad | |
Optional 9 °× 7 °, spatial resolution: 0.3mrad | |
Optional pipeline mirror lens 71 °× 55 °, spatial resolution: 1.9mrad (PYRONINC 512N) | |
measurement error2 |
2% measurement value, unit: ° C (target temperature<1400 ° C)3 |
NETD2 |
<1 K (600°C, 60Hz)4 |
measure frequency |
Internal 60Hz, optional: 30Hz, 15Hz, 7.5Hz |
response time |
Internal 33ms, optional: 2/measurement frequency |
communication interface |
Gigabit Ethernet (real-time, maximum 60Hz) |
Digital input |
2-channel electrically isolated digital input (trigger) |
Digital output |
2-channel electrically isolated digital output (alarm) |
joint |
HR10A round plug (12 pins, power supply, digital input and output), |
M12-L (Ethernet) circular plug | |
power supply |
10V~36VDC, Generally 7VA |
shell |
65 mm (W) × 160 mm (D) × 79 mm (H) (thermal imager housing, without lens) |
Optional industrial protective shell IP65, stainless steel, with air blowing and water cooling, Φ 110mm x length 280mm | |
(No mechanical installation and joints) or kiln pipeline lens with water cooling sleeve (IP65), including automatic telescopic mechanism, automatic closing device | |
Control and power supply control cabinet (PYRONINC 512N) | |
Operating temperature |
-10~50 ° C (without water cooling), -25~150 ° C (with water cooling); -25~250 ° C (high-temperature water-cooled jacket) |
Storage conditions |
-20~70 ° C, relative humidity: maximum 95% |
software |
PYROSOFT, a control and imaging software for Windows, can be customized according to customer requirements. |
All short wave infrared thermal imagers from Germany's DIAS can penetrate glass for temperature measurement and imaging
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