LAUREII AD11

Pukapuka Kaiwhakamahi mō te Kaitātari Whakaahua Wera LAUREII ShortCam AD11

Model: AD11 | Brand: LAUREII

Kupu Whakataki

The LAUREII ShortCam Thermal Imaging Analyzer AD11 is a state-of-the-art device designed for precise PCB circuit board fault diagnosis. Utilizing advanced thermal imaging technology, it allows for real-time monitoring of component temperatures, enabling quick and accurate identification of faulty parts. This manual provides essential information for setting up, operating, and maintaining your AD11 thermal imaging analyzer.

Ka mutu te huaview

The ShortCam AD11 integrates intelligent algorithms and positioning technology to provide detailed thermal analysis. Its robust design and high-performance sensor ensure reliable and accurate results for professional use.

  • Intelligent Algorithm & Positioning: Employs dual-spectral interweaving positioning and intelligent dual-optical fusion algorithms to display real-time operating temperature data for individual chips, resistors, and capacitors on the motherboard.
  • Accurate Detection: Capable of precisely detecting small leakages with a one-click quick check function. Features Visible, Infrared Thermography, and Dual Optical Interlace positioning display modes.
  • Hoahoa Rauemi: Constructed from durable aluminum alloy, ensuring strong heat dissipation and excellent EMC performance, preventing paint peeling.
  • Mahi Whakaoho: Equipped with a high-temperature alarm function, the intelligent software can record every motherboard failure, making it ideal for phone/computer PCB fault infrared thermal imaging and maintenance.
LAUREII ShortCam Thermal Imaging Analyzer AD11
Figure 1: LAUREII ShortCam Thermal Imaging Analyzer AD11.
Labeled components of the ShortCam AD11
Figure 2: Key components of the ShortCam AD11, including Power Interface, Host, Fixing Screws, Visible Light Camera, Infrared Camera, Bracket, Plastic Insulation Pad, and Base.

He aha kei roto i te Pouaka

Upon unboxing your LAUREII ShortCam Thermal Imaging Analyzer, please ensure all the following components are present:

  • AD11 PCB Thermal Imager
  • Tuku Hiko
  • Whakawhiti HDMI
  • Tauera HDMI
  • USB-Type-C Cable

Tatūnga

  1. Turanga: Place the ShortCam AD11 on a stable, flat surface, ensuring adequate space for the PCB under test.
  2. Hononga Hiko: Connect the provided power supply to the device's power interface and plug it into a suitable power outlet.
  3. Putanga Ataata: Connect the HDMI cable from the ShortCam AD11 to your display monitor or HDMI switcher.
  4. Hononga Raraunga: Connect the USB-Type-C cable from the ShortCam AD11 to your computer.
  5. Tāuta Pūmanawa: Download and install the necessary software from the official LAUREII webpaetukutuku, te hononga rānei kua whakaratohia: Software Installation Package. A pee i nga tohutohu i runga-mata hei whakaoti i te whakaurunga.
  6. Hiko Tuatahi: Power on the device and launch the installed software on your computer.
ShortCam AD11 connected to a laptop displaying thermal analysis
Figure 3: The ShortCam AD11 connected to a laptop, demonstrating its use for thermal analysis of a PCB.

Nga Tohutohu Whakahaere

The ShortCam AD11 provides powerful diagnostic capabilities through its intuitive software interface.

Mahi Taketake

  1. Place PCB: Position the circuit board you wish to analyze directly under the thermal imager's lens.
  2. Atanga Pūmanawa: Open the LAUREII ShortCam software on your connected computer. The live feed from the camera will be displayed.
  3. Aratau Whakaatu:
    • Maama Tirohanga: Displays a standard optical image of the PCB.
    • Infrared Thermography: Shows the thermal map of the PCB, highlighting temperature variations.
    • Dual Optical Interlace Positioning: Combines visible light and infrared data for precise fault localization.
  4. Te aro turuki i te pāmahana: The software will display real-time temperature readings of components. You can click on specific areas to get precise temperature values.
ShortCam AD11 displaying dual vision imaging for leakage diagnosis
Figure 4: Dual Vision Imaging for Instant Diagnosis of Leakage, showing the software interface with a PCB view.
ShortCam AD11 displaying thermal map of a motherboard
Figure 5: Master Every Move of the Motherboard Temperature, illustrating the thermal imaging capability.

Āhuatanga Arā Atu Anō

  • One-Click Quick Check: Utilize this function within the software to quickly identify potential leakage points on the PCB.
  • Pūoho Pawera Nui: Configure temperature thresholds in the software. The system will alert you if any component exceeds the set temperature, indicating a potential fault.
  • Real-time Welding Temperature Monitoring: The ultra-wide temperature range allows for real-time monitoring of welding temperatures, ensuring precise and safe soldering operations.
ShortCam AD11 detecting 5mA leakage
Figure 6: Demonstration of 5mA Leakage Easily Checked, showing the device detecting a small current leakage.

Video 1: Official LAUREII IIT ShortCam product video demonstrating its features and capabilities, including rapid fault detection and thermal analysis.

Te tiaki

  • Te horoi: Gently wipe the device's exterior and lens with a soft, dry, lint-free cloth. Avoid using abrasive cleaners or solvents.
  • Rokiroki: Whakaorangia te taputapu ki te waahi makariri, maroke kia matara atu i te ra me te wera nui ina kore e whakamahia.
  • Whakahōu Pūmanawa: Regularly check for software updates from the LAUREII webpae tukutuku hei whakarite i te mahi tino pai me te urunga atu ki ngā āhuatanga hou.
  • Te whakahaere: Handle the device with care to prevent physical damage, especially to the camera lens and articulated arm.

Raparongoā

RaruraruTake peaRongoā
No image displayed on screen.Power not connected, USB/HDMI cable loose, software not running.Check power connection. Ensure USB and HDMI cables are securely connected. Launch the LAUREII ShortCam software.
Ko nga panui pāmahana hē.Incorrect calibration, environmental interference.Ensure the device is used in a stable environment. Refer to software settings for calibration options if available.
Software not detecting device.USB driver issue, cable fault.Reinstall software and drivers. Try a different USB port or cable. Restart computer and device.
Te wera rawa o te pūrere.Poor ventilation, prolonged use in high ambient temperature.Ensure proper ventilation around the device. Operate in a well-ventilated area. If problem persists, discontinue use and contact support.

Whakatakotoranga

ĀhuahiraTaipitopito
Tau tauiraAD11
KaihangaGuangdong Laureii Intelligent Technology Co., Ltd.
Ahu mōkihi8.94 x 8.9 x 2.99 inihi
Taumaha Tūemi3.59 Pauna
Te Ra Wātea TuatahiHanuere 25, 2024
ASINB0CQ88RWGN

Pūtāhui me te Tautoko

For warranty information and technical support, please refer to the documentation included with your product or visit the official LAUREII website. You may also contact LAUREII customer service directly for assistance with product inquiries, troubleshooting, or service requests.

For software installation package, please visit: https://drive.google.com/file/d/1wqLVNkYL3glgUP3bDE0OwhTBC-h5RMkG/view?usp=drive_link