DytSpectrumOwl CA-60 R&D Grade Thermal Analyzer with macro lens
Highlight:
◎Nonstop temperature measurement and recording;
◎Outfitted 640×512 infrared resolution;
◎Temperature measuring range: -20℃~550℃;
◎25um target objects can be observed with macro-lens;
◎CA software records and analyzes full radiometric thermal video files with temperature data
◎Different emission rates are set for multiple areas;
◎Syncronize 3 curves: temperature, voltage and current;
◎Type C connection to computer with scientific research analysis software；
Overview
DytSpectrumOwl CA-30/60 Scientific-Research Grade Thermal Analyzer (“CA”) integrates imaging, temperature measurement, analysis and data collection, providing effective test data for education, scientific research, industry inspection.
CA supports the use of macro-lenses, and has a unique stable support, a rapid lens change structure, and professional scientific research software to solve users’ problems of comprehensive data analysis, effective temperature measurement analysis of different materials, scene restoration analysis of files with temperature data, etc., providing users with a simpler and more flexible experience.
Analysis Mode
IC and Circuit board analysis mode；
Analysis mode of E-cigarette atomizer ；
Multi-dimensional analysis mode；
Analysis mode of material thermal capacity；
Defect analysis mode；
Product Features
Adopting a high quality thermal imaging detector; wide temperature measurement range: -20℃~550 ℃
Angle adjustment frame, with the adjustment mode designed according to experimenters’ custom
Large angle wide-angle and dual micro-lens can be quickly changed
Target objects under test of different sizes are considered; the base plate can be disassembled or spliced
Direct connection via USB; image transmission without delay; simple connection and ease of used
Can be connected to power analyzers and temperature sensors for multi-dimensional analysis of ambient temperature, voltage, current and temperature data
With a micro-lens, temperature changes of φ=25um small objects can be observe
High resolution image; unique DDE algorithm; observation of very small objects
With the professional analysis software, smaller details and richer contents can be observed, recorded and detected
High resolution image; unique DDE algorithm; observation of very small objects
Test and analysis of thermally conductive materials Different temperature measurement ranges are set and the background is removed to observe the process of thermal conduction of materials.
Analysis of thermal fibers, integrated chips and other fine materials The size of the real object observed in picture-in-picture mode is (1.5*3)mm, and 25um gold wires or smaller target objects in the chip can be observed with the micro-lens.
Temperature control analysis of E-cigarette Quickly tracking the heating rate and temperature of the atomizer
Thermal design analysis of circuit board When the circuit board chip heats up, users can check the components affected by the heat to adjust the layout.
Heat dissipation analysis of materials Video files with temperature data can be recorded for unlimited time, which can be used to repeatedly analyze the heat dissipation performance of materials and record reliability data.
Quality analysis of products and parts
Detecting temperature changes on a real-time basis, tracking the maximum temperature, minimum temperature and average temperature, and giving overtemperature alarms during automatic product processing.
Circuit board pulse heating analysis The thermal analyzer can quickly capture the occasional pulse heat emitted by some components on the circuit board due to failure.
Analysis of temperature change process of heating materials under different voltages and currents The heating rate, heating efficiency and heating temperature of heating wires, heating films and other materials under different voltages and currents can be quantitatively analyzed.
|
Name |
CA-30 |
CA-60 |
|
IR Resolution |
384*288 |
640*512 |
|
NETD |
<50mK@25℃，f#1.0 |
<50mK@25℃，f#1.0 |
|
Spectral Range |
8~14um |
8~14um |
|
FOV |
29.2°X21.7° |
48.7°X38.6° |
|
IFOV |
1.3mrad |
1.3mrad |
|
Image Frequency |
25Hz |
25Hz |
|
Focus mode |
Manual focus |
Manual focus |
|
Working temperature |
-10℃~+55℃ |
-10℃~+55℃ |
|
Macro-lens |
Support |
Support |
|
Measurement and Analysis |
||
|
Object Temperature Range |
-20℃~550℃ |
-20℃~550℃ |
|
Temperature measurement method |
Highest Temp.,Lowest Temp. and Avg Temp. |
Highest Temp.,Lowest Temp. and Avg Temp. |
|
Temperature measurement accuracy |
±2 or ±2% for -20℃~120℃, and ±3% for 120℃~550℃ |
±2 or ±2% for -20℃~120℃, and ±3% for 120℃~550℃ |
|
Measuring distance |
（4 ~ 200）cm |
（4 ~ 200）cm |
|
Temperature correction |
Automatic |
Automatic |
|
Separate emissivity set |
Adjustable within 0.1-1.0 |
Adjustable within 0.1-1.0 |
|
Image file |
Full-temperature JPG thermogram (Radiometric-JPG) |
Full-temperature JPG thermogram (Radiometric-JPG) |
|
Video file |
MP4 |
MP4 |
|
Full Radiometric Thermal Video file |
dyv format, (opened with CA’s software) |
dyv format, (opened with CA’s software) |
User Guide of CA Series Scientific-Research GradeThermal Analyzer
CA Series Scientific-Research Grade Thermal Analyzer product specification
