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Infrared thermal imaging system PYRONINC 640F using flame temperature measurement imaging
Infrared thermal imaging system PYRONINC 640F using flame temperature measurement imaging
Product details
By using flame temperature measurement imaging, measuring the furnace wall behind the flame is more effective
Furnace infrared imaging temperature measurement system, industrial kiln wall temperature measurement imaging
Model PYRONINC 640F, temperature measurement range 600~1800 ° C
It has been widely used in European power plant boilers, chemical industry, steel industry, rotary kilns, glass industry and other furnaces.
Online installation and mobile installationTwo types.
feature
• Temperature measurement range: 600~1250 ° C, optional 800~1800 ° C
• Measurement frequency: 50 frames per second (Hz)
• Uncooled miniature thermal radiometer, 640x480 pixels
Kiln probe with air blower and water cooling system for combustion chamber
• There are different probe lengths and different field of view angles, with optional tilt angles for the field of view
Durable casing (IP65) with optional water cooling system
Real time data acquisition through optical fiber
• Can trigger measurement, alarm monitoring, and threshold monitoring
• Greater dynamic range and 16 bit A/D conversion increase accuracy
• Customizable solutions: with automatic telescopic and rotating devices, control cabinets for monitoring cooling media or blowing air, and customized software for customers.
application
The PYRONINC 380F online infrared thermal imaging system provides non-contact temperature measurement and imaging for the non-ferrous metal industry, steel industry kilns, glass kilns, coke ovens, calcium carbide furnaces, and various kilns. The typical applications of this infrared thermal imaging system include optimizing the thermal process of kilns, detecting steel slag and deposits.
software
PYROLOFT software is suitable for Windows ® There are browsing version Viewer, Compact version, Professional version Professional, DAQ version software development kit suitable for user development environment, Basic version, and Control version suitable for participating in control; This series of software has powerful functions, allowing users to record, store, and browse measurement data and thermal images, as well as manipulate and control thermal imagers.
The main features are as follows:
Real time data recording
Partition definition, alarm monitoring, threshold monitoring
Trend analysis
• Data output (text, bitmap, video format)
Process control is achieved through PROFIBUS bus, analog and digital input/output, and other types of interfaces.
Users can use the programming interface (Windows) ®- DLL programming is used for user system integration.
Technical data
model |
PYROINC640M |
PYROINC640F |
|
spectral range (Other customized according to requirements) |
MWIR |
Equipped with flame filter |
3~5 µm |
3.9 ± 0.1 µm |
|
detector |
Two dimensional uncooled infrared thermal radiometer |
|
pixel |
640 x 480 |
640 x 480 |
Frame rate (adjustable) |
≤ 50 Hz |
≤ 50 Hz |
|
Measuring range (Other ranges can be customized) |
300-1,000°C |
600-1,250°C |
(Optional to 800~1800 ° C) | ||
Temperature Resolution (NETD) |
1K |
|
(f=1Hz/T target=1000 ° C) | ||
Optical coefficient |
28 ° * 21 °/ø 70mm-200 mm 61 ° * 48 °/60 ° left oblique view/ø 104mm * 1055mm |
|
(FOW)/ |
43°* 33°/ø70mm-200mm 61°*48°/ 60° 斜视/ ø104mm*1055mm |
|
Probe diameter (customized according to requirements for others) |
67°x52°/ø90mm-500mm 45°x 45°/ø104 mm*1055 mm |
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measurement error |
2% measurement value (T target temperature) |
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focusing |
1 m~infinity |
|
file format |
16 digit number |
|
interface |
Fiber optic interface, 50 Hz data transmission or Fast Ethernet (standard) |
|
Shell/Size/Weight |
IP65 (NEMA 4) aluminum cast casing/196 mm x 266 mm x 100 mm/approximately 3.2 kg |
|
joint |
Spiral connector (16 pins) for power supply, - fiber optic plug-in type (2 pins) |
|
2 x water (width 4 mm, maximum pressure 2 bar) | ||
1 x pressurized air (4 mm wide, maximum pressure 2 bar) | ||
Digital I/O channel |
Up to 4 channels (LED input (5 V ≤ UE ≤ 25 V) and optocoupler output (IC ≤ 50 mA, UE ≤ 25 V)) |
|
power input |
18~36 V DC, 10~20 VA |
|
Operating temperature (thermal imager) |
-25 to+150 ° C (standard, optional with integrated water cooling system) |
|
Operating temperature (probe) |
+2000°C |
|
Storage temperature |
-20~+70 ° C, maximum relative humidity 95% |
|
software |
1. PYROSOFT Basic (free) is used for data collection, storage, visualization, and data output * BMP, *. XLT and *. TXT (ASCII) files. (Windows ® XP) |
|
2. PYROSOFT Analyzer (optional) is used for data collection, storage, visualization, professional data analysis, and forming * HTML and * DOC report, data output format * BMP, *. JPG, *. EMF, *. AVI, *. CSV, and * TXT (ASCII) file | ||
3. PYROSOFT Control (optional) is used for data acquisition, storage, visualization, industrial data analysis, I/O channels, and data output formats * BMP, *. XLT, and * TXT (ASCII) file | ||
4. PYROSOFT INC Control (optional) is used for data acquisition, professional data analysis, I/O channels, and data output formats * BMP, *.XLT, *.TXT (ASCII)。 | ||
5. Customizable software can be used to control the ignition zone of the garbage incinerator. | ||
Application image
Furnace side installation
Installation of furnace top
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