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IR resolution :260*200
Spectral range :8~14um
NETD :70mK@25℃
Angle of visual field :36°X25°
Frame rate: 25FPS
Focus mode :Manual focus
Working temperature :-10℃~+55℃
Measurement and analysis
Temperature range :-10℃~450℃
Temperature measurement method :Maximum temperature, minimum temperature and average temperature
Temperature measurement accuracy :±2 or ±2% for -10℃~120℃, and ±3% for 120℃~550℃
Measuring distance :20mm~1m
Temperature correction :Manual/Automatic
Emissivity correction :Adjustable within 0.1-1.0
Data sampling frequency :It can be configured flexibly, such as 20FPS, 10FPS, 5FPS, 1FPS.
Image file :Full-temperature JPG thermogram (Radiometric-JPG)
Video file :MP4
Device dimension
Single board :220mm x 172mm, height of 241mm
Double board :346mm x 220mm, height of 341mm
Data acquisition accessories (not included in standard configuration)
Heating table :Standard configuration of 2 oiling test holes of resistance heating wires, which can be customized
:Customized adjustment of the simulated suction degree, duration and times of the suction pump
Data acquisition :Recording of temperature data without time limit, including temperature change data, data corresponding to resistance heating wires and resistance values, data corresponding to simulated power supply time and temperature, and calculation of heating uniformity
Overview
CA Pro Series Integrated Thermal Analyzer is able to detect and measure the data of an object’s temperature changing with time based on the principle of infrared detection and imaging, and store and analyze the reliability of the measurement results without time limit.
It is mainly applied in the location, detection and maintenance of PCBA leakage, short circuit and open circuit; the evaluation and comparison of mobile phones or other smart devices; auxiliary analysis of electronic equipment performance; temperature control of electronic atomizer; temperature conduction analysis of heat conducting and radiating materials; uniformity analysis of materials; heating experiment, thermal simulation and verification of heating rationality in circuit design; and thermal design data analysis, etc.
Application
Detection of short circuit and electric leakage of the PCBA
Analysis of the heat dissipation rationality of the PCBA
Evaluation of the thermal conductivity and heat dissipation of materials
Analysis of temperature control of the atomizer heating of electronic cigarettes
Analysis of thermal effect of components
Analysis of heating rate of heating materials
Other analytical applications: Analysis of LED guide plates, quality analysis of optical fiber welding, loading analysis of components…
Analysis mode
Circuit board analysis mode
Analysis mode of E-cigarette atomizer
Multi-dimensional analysis mode
Analysis mode of material thermal capacity
Defect analysis mode
Application Scenario
Detection and analysis of heat conduction material
When the heat conduction material conducts heat, different color blocks can be set to view the distribution of heat conduction.
Analysis of the thermal design of the circuit board
When the circuit board chip heats up, users can check the components affected by the heat to adjust the layout.
Temperature control analysis of E-cigarette
Quickly tracking the heating rate and temperature of the atomize
Thermal quality analysis of products and components
The aging degree of the tested components can be analyzed through the simultaneous comparison of the standard samples and the tested samples.
Material heat dissipation analysis
The heat dissipation of different heat dissipation materials can be analyzed through the temperature color block.
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.
Heating capacity analysis of heating materials at different voltages and currents
The heating rate, heating efficiency and heating temperature of materials such as heating wire and heating sheet at different voltages and currents can be quantitatively analyzed.
Analysis of the corresponding relationship between voltage, current and temperature
Location detection of short circuit and leakage
When repairing the circuit board, the leakage position can be located through the first, second and third high temperature points.
Various accessories available
Fixed plate of atomizer test
Fixed atomizer resistance wire E-liquid injection test. Low resistance connector.
Automatic heating test bench for atomized electronic cigarettes
Automatic inhalation stimulation. Supporting the setting of pumping experiment times.
Experiment box
Simulating the temperature conditions of the equipment in a closed environment. Infrared thermal observation window with the diameter of 4cm. Built-in temperature sensor.
Power analyzer
Load voltage and current power analyzer, which can be connected to the analyzers from the specified manufacturers as required by customers.
Standard normal temperature reference
50℃ temperature reference for calibrating the accuracy of equipment temperature at normal temperature
CA Pro series thermal analyzers of Dianyang Technology
CA Pro series thermal analyzers of Dianyang Technology are characterized by simple structure and
flexibility, and can detect, store and analyze such data as object temperature changes with time, so as to
reduce test times and save experimental time for engineers, designers, university experimenters and other
consumers.
Characteristics of CA Pro series thermal analyzers
Detection temperature:
Multiple temperature detection and mapping tools: points, lines, rectangles, polygons, and
equal-scale segmentation diagrams (nine-square diagrams);
16 color boards, which are suitable for a variety of different applications;
Detailed inspection in the rectangular frame, which is suitable for observing the local
temperature change of the thermal field;
Multiple temperature width detection methods: dynamic temperature width, bright high
temperature area and isotherm;
Multiple temperature data displays: high temperature, low temperature and average
temperature;
Display of multiple temperature change curves: global temperature, temperature
measurement at 40 points and 20 areas (line, rectangle and polygon);
