Product Details:

The ThermCAM-384 infrared camera redefines temperature measurement in quality control, process monitoring, and process automation with its non-contact precision and reliability. Built to withstand continuous industrial use, it guarantees consistent performance in challenging environments.

With a resolution of 384 x 288 pixels and an operating wavelength range of 8 – 14 μm, the ThermCAM-384 provides intricate thermal imaging. Accompanied by the modular INFRAVIEW® thermal image processing software, this camera efficiently serves multiple clients simultaneously through customizable Client-Server Architecture, adapting to specific application requirements.

Included with every ThermCAM-384 camera, INFRAVIEW® empowers you to configure and customize the software to suit your application and solution needs, enhancing its functionality. Explore the comprehensive solution offered by ThermCAM-384 and INFRAVIEW®, revolutionizing thermal imaging across various industries.

Key Features

• 384×288 resolution, 17um uncooled FPA detector
• Multiple motorized Ge. lenses, supporting autofocus
• Automatic tracking of hot spots with temperature values displayed
• Storage of thermal images and temperature data flows
• LAN connectivity to PC for Temperature Images and values
• NETD≤40mk for exceptional sensitivity
• Direct PAL connectivity to TV/Projector
• 100M network transmission of temperature data
• Compact, lightweight structure weighing 420g
• IP54 encapsulation for durability
• INFRAVIEW® software for enhanced functionality

INFRAVIEW® Software Features

• Configurable ROI’s: point, line, free shape
• Histogram and isotherm visualization
• Hot and cold spot detection
• Color palette scaling
• Trend charts for data analysis
• Alarm output for immediate response
• Video and image export for documentation
• Server-client configuration for tailored solutions

Applications

• Quality management in the glass industry, Steel industry, and cement production
• Process automation and control: production of semiconductors or wafers for the solar industry
• Research and development projects, non-destructive testing of materials, and veterinary medicine studies
• Process control in metallurgy
• Early fire detection in storage buildings, forests, and urban areas
• Traffic control in road tunnels
• Inspection of electrical equipment
• Building thermography for identifying thermal bridges and weak points in walling.

Models At Glance