Intelligent Manufacturing: PyroINC380LF Combustion Chamber Infrared Thermal Imaging Monitoring System
This is different from the PYRONINC768N infrared thermal imaging monitoring system in that:
1 PYROINC380LF, The wavelength is paired according to the actual situation;
2. The pixel size is 384x288, which is lower than the pixel size of PYRONINC768N;
3. Temperature measurement range: 400~1250 ° C
Technical data
model |
PYROINC380LF |
|
spectral range |
Determine by application |
|
Measuring range |
400~1250°C |
|
sensor |
Uncooled micro thermal radiometer |
|
pixel |
384x288 |
|
optical lens |
44°x34° |
74°x52° |
measure distance |
>1m |
>1m |
optical resolution |
2.0mrad |
3.4mrad |
Focusing method |
Electric focus adjustment |
Electric focus adjustment |
error |
2% temperature measurement value |
|
NETD |
< 1.5K (1000 °C, 50 Hz) |
|
Frame rate |
50Hz |
|
response time |
40ms |
|
communication interface |
Gigabit Ethernet |
|
interface |
HAN modular connector (operating voltage, digital input and output, Ethernet) |
|
weight |
About 15kg |
|
power supply voltage |
12~36VDC, Power consumption 7~10VA |
|
shell |
Stainless steel shell, length 1040mm, air-cooled Φ 114mm, water-cooled Φ 104mm |
|
Operating temperature |
-10~55 ° C (internal instrument temperature) |
|
Storage temperature |
-20~70 ° C, relative humidity 95% |
|
software |
PYROSOFT, Customizable special software |
|
Install the attachment
The attachments of PYRONINC380LF are also includedThe installation accessories for PYRONINC768N are consistent, please refer to:PYRONINC768N infrared thermal imaging
monitoring system.
PYRONINC380LF installed on the rotary kiln with automatic entry and exit mechanism

