InfiRay AT31U Online Thermal Camera for Ultra-High Temperature Measurement User Manual
- June 12, 2024
- InfiRay
Table of Contents
- InfiRay AT31U Online Thermal Camera for Ultra-High Temperature
- Product Information
- Product Usage Instructions
- Camera Introduction
- Safety Information
- Notice to user
- Camera Introduction
- Camera Models
- Lens Parameters
- Quick Start Guide
- Product and Accessories List
- Technical Data
- Mechanical Drawings
- Common Troubleshooting
- Cleaning Thermal Camera
- Terms and Definitions
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
InfiRay AT31U Online Thermal Camera for Ultra-High Temperature
Measurement
Product Information
The AT Fixed Focus Series AT31U/AT61U is an online thermal camera designed for
ultra-high temperature measurement. It is manufactured by IRay Technology Co.,
Ltd., a company specializing in developing infrared thermal imaging
technologies and manufacturing related products. IRay is known for its
independent intellectual property rights and commitment to providing
professional and competitive infrared thermal imaging products and solutions.
The main products of IRay include IRFPA detectors, thermal imaging modules,
and terminal thermal cameras and imagers. These products have been widely used
in various fields such as industrial thermography, outdoor night vision
observation, AI, machine vision, automatic driving, security and fire control,
Internet of Things, and epidemic prevention and control.
Product Usage Instructions
Safety Information
WARNING
- Before using the cleanser, read all applicable material safety data sheets (SDS) and warning labels on cleanser containers.
- Do not disassemble or refit the thermal camera at will.
CAUTION
- Never apply cleaning solutions or similar liquids directly to the thermal camera, cables, or other components.
- Do not use the product under conditions that don’t match the environmental requirements. Refer to the product parameter table for specific use environment requirements.
Notice to User
Calibration
It is recommended to perform annual calibration to ensure the accuracy of
temperature measurement. Calibration can be done through IRay Technology or
third-party organizations.
Accuracy
To achieve accurate measurement, follow these recommendations
- Allow the thermal camera to stabilize for 30 minutes before use.
- Operate the camera at a distance of 0.5m-1.5m, with the ideal distance being 0.7m-1.2m.
- This thermal camera is specifically designed for ultra-high temperature measurement and is not recommended for monitoring targets at normal temperatures.
Usage
To improve product stability and avoid prolonged stress on connecting
parts, it is recommended to provide proper support forthe lens during
integration use.
Camera Introduction
Main Features
Legal Disclaimer
The thermal cameras manufactured by IRAY TECHNOLOGY are warranted for a
period of two-year and the accessories are warranted for a period of three-
month from the delivery date of the original purchase, provided such products
have been under normal storage, use and maintenance. This warranty extends
only to the original purchaser and is not transferable. It is not applicable
to any product that has be subjected to misuse, neglect, accident or abnormal
conditions of operation. In the case of a defect in a product covered by this
warranty, the product must not be further used or maintained in order to
prevent additional damage. The purchaser shall promptly report any defect to
IRAY TECHNOLOGY or this warranty will not apply. IRAY TECHNOLOGY will, at its
option, repair or replace any such defective product free of charge if, upon
inspection, the product or accessories prove to be defective, the user can
contact with after-sales service department of IRAY TECHNOLOGY within the said
warranty period.
Copyright
©IRay Technology Co., Ltd. 2021. All right reserved worldwide. All contents in this manual, including words, pictures, images, etc., belong to IRAY TECHNOLOGY CO., LTD. (Hereinafter referred to as “THE COMPANY” or “IRAY TECHNOLOGY”). No part of the manual, in whole or in parts, may be copied, photocopied, translated, or transmitted without the prior written permission of IRAY TECHNOLOGY. This manual is used as a guide. The photos, graphics, diagrams and illustrations provided in the manual are only used to explain, which may be different from the specific product. Please refer to the real object. We try our best to make sure the contents in this manual are accurate. We do not provide any representations or warranties in this manual.
IRAY TECHNOLOGY reserve the right to update the manual. If you need the latest version of this manual, please contact us. It is recommended that you use this manual with the guidance of professionals.
Quality Assurance
The Quality Management System under which these products are developed and manufactured has been certified in accordance with the ISO 9001 standard.
We reserve the right to make changes and improvements on any of the products without prior notice.
Safety Information
WARNING
Before using the cleanser, make sure you read all applicable material safety
data sheets (SDS) and warning labels on cleanser containers.
It is forbidden to disassemble or refit the thermal camera at will.
CAUTION
**** Never apply cleaning solutions or similar liquids directly to the
thermal camera, cables, or other components.
Do not use the product under conditions that doesn’t match the environmental
requirements. For specific use environment requirements, see the product
parameter table.
Notice to user
Calibration
Annual calibration to the thermal camera is recommended to ensure the accuracy
of temperature measurement, either through IRAY TECHNOLOGY or third-party
organizations.
Accuracy
For accurate measurement, the below operations are recommended.
- Use the thermal camera after it is stable for 30 minutes.
- Operation distance is 0.5m~1.5m, and 0.7m~1.2m is the ideal distance.
- This thermal camera is designed for ultra-temperature measurement, so it’s not recommended to monitor the targets at the normal temperature.
Usage
In order to avoid the prolonged stress on the connecting parts and improve the
product stability, it’s recommended to make proper support for the lens during
integration use.
Camera Introduction
Main Features|
- Compact size
---|---
-
Easy installation
-
Wide range of temperature measurement
Typical Applications|
- Blast furnace monitoring
---|---
-
Molten iron tank monitoring
-
Sintering monitoring
-
Material level monitoring
-
Kiln Monitoring
Camera Models
AT31U | 1 | X |
---|---|---|
Model | Lens | Reserved |
AT31U | 1:3.3mm | X |
Table 5.1 Camera Models
AT31U | 1 | X |
---|---|---|
Model | Lens | Reserved |
AT61U | 1:6mm | X |
Table 5.2 Camera Models
E.G.:AT31U1X stands for AT31U with 3.3mm lens.
Lens Parameters
Resolution | Lens focus | FOV ( H×V ) | IFOV |
---|---|---|---|
384×288 | 3.3mm | 89.3°×73.1° | 5.15mrad |
640×512 | 6mm | 104°×92° | 2mrad |
Quick Start Guide
Please follow the steps below:
1. Install IRT_TAS (one set of thermal camera) or IRT_VMS (multiple sets of thermal cameras). Please refer to the actual version since the software may have version updates. The computer configuration for installing the software is recommended to meet the following conditions:
- i5-9500T and above CPU
- 8G and above memory
- 64-bit Win10 system,
- Main board H370 chip set
- Support Gigabit network.
- The screen resolution is recommended to be 1920×1080
- Video Memory 128MB
- Network card RTL8168/8111/8112 Gigabit Ethernet Controller
Connect the thermal imager, power supply and computer.
Set the computer configuration according to the manual of the software,
change the IP to 192.168.1.×××.(Do not choose 123 or 29 to avoid connection
failure for the same IP with the camera.
Double-click to run the software, type in the correct user name and password,
and click Login.
Continue to operate according to the steps of the software manual. If the
product is successfully connected and the image is normal, you can use the
software for thermal imager control, temperature analysis or monitoring at
this time.
The client software TAS and VMS are applicable for the thermal camera, which
can realize other functions needed.
The client software TAS can realize the below functions:
Image capture and video recording
Thermographic analysis/secondary analysis
Export recorded infrared data
Set the parameters and alarm information
Update firmware to acquire the new functions
The client software VMS can realize the below functions:
Multiple thermal camera monitoring
Set parameters and alarm information of a certain thermal camera
Get the information in the alarm region
Product and Accessories List
Product and Accessories
ATU online ultra-high temperature measurement thermal camera
ATU special cable
Table 8.1 Product and Accessories List
Technical Data
AT31U
Imaging and Optical Data
Resolution| 384×288
NETD| <50mk(optional 40mk)
Image Frequency| 50Hz
Detector Data
Detector Type| VOx, Uncooled FPA detector
Spectral Range| 8~14μm
Pixel| 17μm
Temperature Measurement
Object Temperature Range|
- 0℃~400℃
- 400℃~1500℃
Accuracy|
- ±2℃ or ±2%,the larger value shall prevail@(100℃~1500℃)
Measurement Tools| Any fixed point
- Full screen max./min. temperature
- capture
- Center point
- Line/Area analysis tool
- Manually choose temperature width
- Radar temperature measurement tool
Interface
Analog Video Output| 1 channel video
Network Output| RJ45 10M/100M/1000M adaptive
Alarm Interface| 1 output, 1 input
Network Protocol| Ethernet/IP, TCP, UDP, SNTP, RTSP, HTTP,
ICMP, SMTP, DHCP, UPnP, PPPOE
Ethernet| Control and transmit images
Interface Protocol| ONVIF,GB28181,Modbus TCP(support the
| transmission of regional temperature
information)
---|---
Image Adjustment
Brightness and Contrast Adjustment| Manual/Auto 0(defaulted)/Auto 1
Polarity| Black hot/white hot
Palette| 18 palettes are available
Image Flip| Left and right/up and down/diagonal
Power System
Typical power consumption@25℃| ≤3W
Connector type for external power supply| DC
Voltage| 9~26VDC
Environmental Data
Operating Temperature Range| -20℃~60℃
Storage Temperature Range| -40℃~70℃
Humidity (operating & storage)| 5%~95%RH(no condensation)
Shock| 30g,11ms, all axial
Vibration| 4.3g, random vibration, all axial
Physical Data
Weight| 314g±5g
Dimension(L×W×H)| 46.5mm×48mm×148mm
Housing Material| Aluminum
Table 9.1 AT31U Performance Parameters
AT61U
Imaging and Optical Data
Resolution| 640×512
NETD| <50mk(optional 40mk)
Image Frequency| 25Hz
Detector Data
Detector Type| VOx, Uncooled FPA detector
Spectral Range| 8~14μm
Pixel| 12μm
Temperature Measurement
Object Temperature Range|
- 0℃~400℃
- 400℃~1500℃
Accuracy|
- ±2℃ or ±2%,the larger value shall
prevail@(100℃~1500℃)
Measurement Tools|
- Any fixed point
- Full screen max./min. temperature capture
- Center point
- Line/Area analysis tool
- Manually choose temperature width
- Radar temperature measurement tool
Interface
Analog Video Output| 1 channel video
Network Output| RJ45 10M/100M/1000M adaptive
Alarm Interface| 1 output, 1 input
Network Protocol| Ethernet/IP, TCP, UDP, SNTP, RTSP, HTTP,
ICMP, SMTP, DHCP, UPnP, PPPOE
Ethernet| Control and transmit images
Interface Protocol| ONVIF,GB28181,Modbus TCP(support the
transmission of regional temperature information)
Image Adjustment
Brightness and Contrast Adjustment| Manual/Auto 0(defaulted)/Auto 1
Polarity| Black hot/white hot
Palette| 18 palettes are available
Image Flip| Left and right/up and down/diagonal
Power System
Typical power consumption@25℃| ≤3W
Connector type for external power supply| DC
Voltage| 9~26VDC
Environmental Data
Operating Temperature Range| -20℃~60℃
Storage Temperature Range| -40℃~70℃
Humidity (operating & storage)| 5%~95%RH(no condensation)
Shock| 30g,11ms, all axial
Vibration| 4.3g, random vibration, all axial
Physical Data
Weight| 314g±5g
Dimension(L×W×H)| 46.5mm×48mm×148mm
Housing Material| Aluminum
Table 9.2 AT61U Performance Parameters
Mechanical Drawings
AT31U
AT61U
Common Troubleshooting
Troubles | Possible Cause | Solutions |
---|
Images are
blurred| No image calibration for a
long time| Click the shutter correction button
in the software
Camera can’t be started| The supply voltage exceeds the normal working supply
voltage range| Check whether the power supply voltage is between 9 and 26V
The power connector is loose| Check whether the power cable is connected
Inaccurate
temperature measurement| The stabilization time for
thermal camera is too short.| Keep the thermal camera stable for more than 10
minutes.
Image is stuck.| Power cable or network cable connection is loose.| After
checking the power supply
and network cable connection, preview the images again.
Images cannot be previewed.| The camera is not connected to Internet or the connection between the camera and the Internet is not good.| Connect the camera to Internet and make sure that they are connected well.
Table11.1 Common Troubleshooting
Cleaning Thermal Camera
Cleaning Camera Housing, Cables and Other Items
Camera Housing, Cables and Other Items
Cleaning Liquids| One of the following liquids can be used.
- warm water
- mild detergent solution
Cleaning Tools| soft cloth
Cleaning Procedure| Please follow this procedure:
- Soak a soft cloth in the liquid.
- Twist the cloth to remove excess liquid. 3.Clean the camera parts with the cloth.
Cleaning Infrared Lens
Cleaning Infrared Lens
Cleaning Liquids| One of the following liquids can be used.
- Commercial lens cleaning liquid with more than 30% is opropyl alcohol.
- 96% ethyl alcohol(C2H5OH).
Cleaning Tools| Dustless cloth, absorbent cotton
Cleaning Procedure| Please follow this procedure (Take dustless cloth as an
example).
- Soak the dustless cloth in the liquid.
- Gently wipe the lens with the dustless cloth
CAUTION
The dustless cloth or cotton wool should be used one time only.
Terms and Definitions
Terms | Definition |
---|
FPA
(Focal Plane Array)| A type of infrared detector
IFOV (Instantaneous Field of View)| A resolution measure method of infrared
thermal camera (that is, the field of view of a pixel)
FOV
(Field of View)| The angle of view that the infrared camera can see H is the
horizontal angle and V is the vertical angle.
NETD
(Noise Equivalent Temperature Difference)| A measure of image interference
level of infrared thermal camera.
Appendix A Emissivity of Common Materials
Material | Temperature (℃) | Emissivity |
---|---|---|
Water | 0~100 | 0.95~0.98 |
Soil(dry) | 20 | 0.92 |
Soil(wet) | 20 | 0.95 |
Woods | 17 | 0.962 |
Sand | 20 | 0.9 |
Sandstone | 19 | 0.909~0.935 |
PVC plastic | 70 | 0.93 |
Asphalt | 20 | 0.967 |
Paint | 70 | 0.92~0.94 |
Wallpaper | 20 | 0.85~0.90 |
Cloth | 20 | 0.98 |
Concrete | 20 | 0.92 |
Pavement surface | 5 | 0.974 |
Smooth porcelain | 20 | 0.92 |
Ceramic tile | 17 | 0.94 |
Gypsum | 17 | 0.86 |
Bricks | 35 | 0.94 |
Hard rubber | 0~100 | 0.89 |
Charcoal | 20~400 | 0.95~0.97 |
Granite(rough) | 20 | 0.879 |
Cold rolled steel | 70 | 0.09 |
Oxidized steel | 50 | 0.88 |
Copper | 20 | 0.07 |
Oxidized copper | 50 | 0.6~0.7 |
Worth comes from Service
24h Hotline
400-998-3088
Technical Support Hotline
400-883-0800
Customized Services
References
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