1. Summary

In July, 2023, XEAST released new professional thermal camera -XE-29 and XE-30. They build in image blending infrared,visable light infared and 2.8’’ large touchscreen that specially designed for industrial use. They support a wide temperature measurement range of -20℃~550℃//-40℉ to +1022℉, which can meet the needs in many different industries.



2. Features of infared imaging camera XE-29 & XE-30

[High infrared resolution sensor]: 120*90 & 160*120 Infrared sensor,25Hz frame rate quickly images refreshing,and clear imaging.

[Real-time measurement]: -20℃ to +550℃/-40℉ to +1022℉ measurement ranges, suport ℃ and ℉ switch.

[Large Screen] 2.8 inch large TFT full viewing angle screen with 640*480 visible light resolution

[3 imaging display modes]: infrared mode, visible light mode, infrared visible light fusions mode(25%, 50%, 75%, 100.0%).

[4 languages]: Support Chinese/English/German/Italian, time and date setting, with LED light.

[5 imaging modes design]: Rainbow, iron oxide red, cold color, black & white, white & black five imaging modes are selectable.

[PC analysis]: Support photo-taking and video recording function,data can be output to the computer through Micro USB, support winxp, win7, win8, win10 system, and support offline analysis on computers(XE-30).



[Sturdy and durable]: High-level protections and industrial-level quality,with comfortablesoft rubber buttons

[Widely applications]: In building inspection, vehicle maintenance inspection, automotive parts temperature detection, floor heating detection, electrical inspection, motor fault detection, temperature monitoring of industrial parts, etc.



3. Applications of thermal cameras XE-29/XE-30

Heating quipment maintenance,floor heating detection,pipeline detection,solar panel inspection, electric power tower inspection, electricity facilities inspection, automotive maintenance,mechanical equipment inspection, building HVAC inspection and other wide range applications: petrochemical, metallurgy, industry etc.





4.Specification Comparison Table between XEAST Thermal Imager XE-29 & XE-30







Model
XE-29
XE-30


Infrared image resolution
120*90
160*120


Field angle
26°×19°
35°×27°


Infrared image resolution
2.8" 240*320pixels


Visible Light Image Resolution
300,000 pixels


Lighting supplement
LED light supplement


Image display mode
Infrared, visible and dual light fusion


Pixel size
12uF


NETD
≥50mK@25℃,@F/1.1


Frame rate ofthermal im
≤25HZ


Focal lengthages
3.2mm


Emissivity
Adjustable from 0.01 to 1.00


Wavelength coverage
8μm to 14μm


Temperature range
-20℃ to+550℃(-4°Fto1022°F)


Accuracy
±2% or reading±2℃/3.6°F


Color palette
Rainbow,iron oxidered, cold; color,black & white, white &black


Storage capacity
4G Built-in 4G


Image PC oflline analysis
N/A
support


File format
JPG/MP4
JPG/MP4


Export Memory Method
Micro USB cable connection PC export


Language
English, Chinese, Italian, German


Battery
18650 battery(200mA) Removable


Automatic power-off
Selectable: 5 minutes/20 minutes/ not power off automatically


Work temperature and humidity
-10℃to50℃/14°Fto122°F;10%RH to85%RH


Storage
-20℃to 60℃/-4°F to 140°F;10%RH to85%RH

1. Summary to oscilloscope multimeter XE-702S

XE-702S is integrated the function of oscilloscope and multimeter, with 2.8inch full-view true color IPS display, with 320*240 resolution, large fonts for easy data reading, and the brightness adjustable design makes it can applicable to various measurements under complex environment.

XE-702S support the multimeter functions,temperature measurement,and on-off test. The oscilloscope functions of full waveform measurement,with single-channel 10MHz bandwidth and 48MSa/s real time sampling rate.

XE-702S bulid in 3 trigger modes: automatic, normal (continuous), and single. Intelligent burn-out proof, automatic measurement manual measurement switchable, automatic shutdown, English and Chinese language adjustable, low battery warming,support computers transmission.



2. Features of 2 in 1 digital oscilloscope multimeter XE-702S

* 2.8" IPS color LCD oscilloscope, 10MHZ bandwith, 48MSa/s real-time sampling rate, auto-calibration function, memory function, etc.

* 9999 counts, MAX/Min value, capacitance, current, temperature, diode, voltage, resistance, frequency, continuity test.

* 10MHZ bandwidth plus 18650 lithium battery charging experience super endurance

* MODE key switches the mode of digital multimeter and oscilloscope

* Waveform data storage and formatting,The tested data can be saved and transfered

* Exported in the form of pictures, sampling rate 48M/S storage depth 64Kpts PC transmission

* Exported in the form of pictures, sampling rate 48M/S storage depth 64Kpts PC Double Injection Model, Color LED screen Safety: Independent battery storage compartment, supports charging and measuring while working Humanized: Screen brightness and the standby time can be adjusted Convenient: Portable, one-hand operation(button design)





3. Applications of digital oscilloscope multimeter XE-702S

XEAST XE-702S 2 in 1 - Oscilloscope + DMM widely used in school education, automobile maintenance,power detection, industrial equipment,sensors,heavy electrical equipment,fine repair,low-voltage systems and delicate repairs etc.



4. Specification of XE-702S handheld oscilloscope multimeter





Model
XE-702S


Display
2.8" IPS Color



Display Numbers


9999 Counts


Ranging
Auto/Manual


Material
ABS+TPE


Update Rate
3 Time/Second


True RMS
√


Data Hold
√


Backlight
√


Low Battery Indication
√


Auto Power Off
√


Oscilloscope Technical Data


Bandwidth
10MHZ


Sampling
Sampling method
Real-time sampling


Real-time sample rate
48MSa/s


Channels
1


Memory Depth
64Kpts


Input
Input coupling
AC/DC


Input resistance
1MΩ,@16pf


Probe attenuation
X1,X10


Max input voltage
150V(DC+AC Peak)


Horizontal
Sample rate range
1.5Sa/s-48MSa/s


Sweep speed range
100ns/div-20s/div


Time Base Accuracy
20ppm


Record length
Max 64Kbyte


Vertical
Sensitivity
20mV/div-10V/div


Displacement range
4 cells(positive and negative)


Analog Bandwidth
10MHZ


Low frequency response
>10HZ


Rise Time
<10NS


DC Gain Accuracy
±3%


Measurement
Automatic measurement
Period, frequency, peak-to-peak, maximum value, minimum value, effective value


Trigger
Trigger method
Auto,normal single



Trigger edge
Rising edge,falling edge


Multimeter Technical Data


Function
Range
Resolution


DC Voltage
9.999mV
0.001mV


99.99mV
0.01mV


999.9mV
0.1mV


9.999V
0.001V


99.99V
0.01V


999.9V
0.1V


AC Voltage
9.999mV
0.001mV


99.99mV
0.01mV


999.9mV
0.1mV


9.999V
0.001V


99.99V
0.01V


750.0 V
0.1V


*Frequency response of ACV:40Hz-1KHz


DC Current
9999µA
1µA


99.99mA
0.01mA


999.9mA
0.1mA


9.999A
0.001A


AC Current
9999µA
1µA


99.99mA
0.01mA


999.9mA
0.1mA


9.999A
0.001A


Frequency response of AC Current:40HZ-1KHZ


Resistance
99.99Ω
0.01Ω


999.9Ω
0.1Ω


9.999KΩ
0.001KΩ


99.99KΩ
0.01KΩ


999.9KΩ
0.1KΩ


9.999MΩ
0.001MΩ


99.99MΩ
0.01MΩ


Capacitance
9.999nF
0.001nF


99.99nF
0.01nF


999.9nF
0.1nF


9.999µF
0.001µF


99.99µF
0.01µF


999.9µF
0.1µF


9.999mF
0.001mF


99.99mF
0.01mF


Frequency (Measures only to 100KHz under the ACV setting)
99.99Hz
0.01Hz


999.9Hz
0.1Hz


9.999KHz
0.001KHz


99.99KHz
0.01KHz


999.9KHz
0.1KHz


Temperature
-20 ~ 1000℃
0.1℃


-4 ~ 1832°F
1°F


Diode
√


Continuity
√


Environmental Specifications


Operating
Temperature
0-~40℃


Humidity
<75%


Storage
Temperature
-20~60℃


Humidity
<80%


Mechanical Specifications


Battery Type
Built-in chargeable 18650 Battery 2000mAh


Weight
345g


Dimension
177*89*40mm

With the increasing aging of society, more and more people like to keep pets,in this way, there is an additional “companionship” around us. But with it comes the loss of pets and their entry into narrow small or hidden spaces, such as cats hiding under cars Discs,entering ceiling duct compartments etc., are completely invisible, making pet enthusiasts feel overwhelmed.

In a similar situation, in the maintenance environment of the power industry, it is also the same. Without knowing or knowing the cause of the fault, it is impossible to accurately locate the damaged location, and it is necessary to disassemble the equipment,Clear vision is the only way to detect and remove obstacles.



But if we look at it from the perspective of thermal imaging camera, we will see another scenario where "hot eyed golden eyes" are no longer a myth, and guessing objects through space is no longer a martial arts trick. Various types of detection and observation work have become easier and more comfortable, but also safer.



Can you guess what animals these are? How were these photos taken?

Besides being interesting, what other information can be conveyed in the picture?

Next, let's start with the infrared thermal imager that takes photos.

So, what is an infrared thermal imager? What are the advantages compared to traditional detection tools? What can we do with it, how does it operate and "work", and how does it ensure the safety of workers and electrical equipment? How to play an indispensable role in daily maintenance?

Infrared thermal imager is a device used to detect the infrared radiation of a target object and convert it through photoelectric conversion,electrical signal processing and other means,converts the temperature distribution of the target object into an image.







The Development of Infrared Thermal Imagers



Advantages of infrared thermal imagers

Safe-Non-contact detection, suitable for various working environments

Fast- Surface measurement without the need for point by point scanning, millisecond level reaction speed, improving work efficiency

Omission-Free visual image display of overall temperature distribution, real-time problem detection

Main performance parameters

Infrared Pixel Resolution, also known as pixels, directly affects the final imaging result

The mainstream detector resolutions of infrared thermal imagers include 160x120, 240x180, 320x240, 384x288, 640x480, and so on.

● Temperature Range The range of temperature measurement

Low range: -20 ℃ to 150 ℃ (-4 ° F to 320 ° F)

High range: 0 ℃ to 650 ℃ (32 ° F to 1202 ° F)

Ultra high temperature: -20 ℃ to 1500





Sensitivity mK



Description





<50mK



Very sensitive





<60mK



Sensitive





<70mK



Generally sensitive





<80mK



Lower sensitivity







● The field of view angle and spatial resolution (IFOV)-- It is related to the size and distance of the target, and appropriate lens selection is necessary

Spatial resolution=pixel size/focal length. The smaller the spatial resolution, the larger the focal length.

Field of view angle=Spatial resolution x pixels. The smaller the spatial resolution, the smaller the field of view angle

This is the principle we often say that the larger the focal length, the smaller the field of view angle.

● Accuracy ±2 ℃ or 2 ℃, whichever is the maximum reading (international standard)

The higher the accuracy requirement for temperature measurement, the higher the requirements for temperature measurement technology, image algorithm technology, and

The higher the requirements for infrared detectors.

● Frame rate The frequency at which the detector samples images per second

The higher the frame rate, the more accurate the display and the more continuous the image. The frame rate of a thermal imager is generally 9-60Hz, and the higher the frame rate of a thermal imager with the same pixel, the more expensive it is.





Testing capability of infrared thermal imagers

How far can a thermal imager measure

Detection distance=measured target size angular resolution

The smaller the angular resolution, the farther the distance that can be detected.

The size of the clamp for transmission lines is generally 50mm. If a measured thermal imager is used with an IFOV of 2.5mRad, the detection distance is 50 ÷ 2.5=20m.

How small a target can a thermal imager measure

Minimum detection target size=angular resolution * minimum focus distance.

The smaller the angular resolution, the smaller the minimum focus distance, and the smaller the detectable target.

How Clear Can a Thermal Imager See

A. The thermal sensitivity determines the ability of an infrared thermal imager to distinguish fine temperature differences.

Under different thermal sensitivities, the image effects presented are also completely different, and the number of sensitivities

The smaller the value, the greater the thermal sensitivity

Okay, the clearer the picture.

B. The minimum detection size determines the ability of a thermal imager to capture small dimensions.

The smaller the minimum detection size, the more pixels the same area of the detection target image consists of, resulting in a clearer image.







The influencing factors of infrared thermal imagers

● Temperature

Objects above absolute zero (-273 ℃) will emit infrared radiation. The actual measured temperature should be based on the range.

● Electromagnetic radiation

Electromagnetic radiation interference thermal imagers need to meet two conditions simultaneously: a consistent frequency and sufficient power, both of which are indispensable. At present, it has been confirmed that there is only one situation that meets this condition, which is the high-power thyristor rectifier cabinet on the electrolytic aluminum site.

Looking unattractive, the DC current intensity during operation is as high as 200000 amperes, surpassing the 500KV power plant completely

● Exercise

The higher the frame rate of the thermal imager, the higher the allowed motion speed.

The speed of object movement is higher than the reaction speed of the thermal imager, and there will be a tailing phenomenon.

The phenomenon of blurring the image marked by the arrow is called trailing





Selection of thermal imagers

Is there a multifunctional, high-precision, and high-performance thermal imager that is suitable for testing needs in multiple fields?

Let me recommend a high-end industrial intelligent infrared thermal imager,The comprehensive performance of both the technical and product ends is quite good! You are welcome to check our XE-26/27/28,XE-29/30 and XE-31/32/33,thanks.