An infrared Thermal Image Analyser is used for the diagnosis of mobile phone, tablet and other electrical mainboards, using temperature to judge if the PCB has a short circuit.

When repairing logic boards, rosin and freeze spray are the two commonly used methods for locating faulty components. Although they are low-cost methods, it's difficult to quickly locate the capacitance of micro-current leakage and short-circuit position. With this infrared thermal imager/camera equipment, you can detect the faulty parts without a microscope and repair the PCB more efficiently and precisely.

Features

• This infrared thermal imager can turn a thermal image into a visional image, helping you find the malfunctioning part quickly.
• The thermal camera combines surface temperature and real-time thermal imaging.
• Detect the motherboard chip, resistor, and capacitor running temperature by the powerful PC intelligent analysis software and intelligent algorithm.
• Quickly Locate the capacitance of micro-current leakage, short-circuit position.
• Through the analysis of normal/abnormal motherboard comparison mode, quickly and accurately identify the problem chip.
• Modular construction, easy to assemble/disassemble and carry.
• The lens can be changed to an electron microscope lens to act as an electronic microscope..
• Adjustable reach the best observation distance.
• Visible light and infrared thermal imaging.
• Heat tracking and alarm function to avoid any overheating while performing motherboard repair work.
• The software intelligence recognition algorithm can display each chip's temperature value.
• The software can record and take pictures of repair work.

Specification

• Resolution: 160x120
• Wavelength Range: 7.5~13.5um
• Camera Angle: 61.8ºx49.5º
• High-Quality Picture Pixels: 2 million
• Visible Part of the Parameters: resolution 1920x1080
• Display Mode: Visible / Infrared Thermography / Dual Optical Interlace positioning
• Temperature Measurement Function: Full-Scale Temperature Measurement
• Temperature Measurement Distance: 12.5cm
• Temperature Measurement Accuracy Degree: ±5℃ or ±5%
• Temperature Measurement Range: 0℃ ~400℃
• Internet Port: RJ45
• Image Format: JPEG
• Video Format: MP4
• Frame Size: 18.1*18.0*17.0 cm
  
• Input Power Supply Voltage: DC 12V
• Power Consumption: 2.2W, ≤3W

Software Download
http://en.launchdigital.net/down.aspx?t=49

How to Use

• Remove the short-circuit motherboard and measure the diode value with a multimeter.
• Use the thermal imager to detect motherboard electric leakage and pinpoint the faulty parts.
• Measure the capacitor around U5000 with a multimeter.
• Remove the capacitor and replace it with a new replacement, then clean the bonding pad.
• Recombine the motherboard after the faulty part has been fixed.
• Install the motherboard back into the device and check, the image will show as healthy.