CEM DT-9871 Thermal Imager

CEM DT-9871 Thermal Imager

The CEM DT-9871 Thermal Imager is a sophisticated device designed for detailed thermal imaging and analysis. This type of imager is typically used in applications such as industrial maintenance, electrical inspection, building inspection, and HVAC system monitoring. CEM DT-9871 is a robust tool suitable for professionals who require reliable and detailed thermal imaging capabilities.

CEM DT-9871 Key Features

• 384×288 High Performance & high resolution Thermal Imager with TFT color LCD (9885)
• 160×120 High-Performance Thermal Imager with high-resolution TFT color LCD display (9873 Series)
• A professional IR-optical focus system ensures that images are in good focus for optimum image clarity and scanning convenience.
• Meter box analysis system—quickly identify and keep track of inspection locations by adding digital images of important information and surrounding areas
• Find problems faster and easier with accurately identify potential issues by combining digital and IR images
• Picture in Picture function Displays thermal image super-imposed over a digital image
• LED Flashlight allows the visual camera and fusion to be used in poorly lit environments
• Wide Temperature Range from -20 to +400°C targeting electrical and industrial applications
•  ±2% Accuracy for reliable temperature measurement
• The image rotation has the ability to automatically rotate the active image
• Audio recorded with the video image acts a speaker to listen to audio recorded with the video image
• Capacitive touch screen is easier, productive and effective to operate it
• Lithium polymer Rechargeable Battery lasts >4hrs continuous use; replaceable
• An easy-to-access thumbnail image gallery helps you to quickly review and find your thermal images.
• Area (Min/Max) mode shows the minimum or the Maximum Temperature reading in the selected area
• A conveniently located button activates the laser pointer that will help you associate the hot or cold spot in the thermal image with the real physical target in the field.