Thermal Cameras

Thermal Vision and Temperature Control

Thermal imaging cameras are one of the most relevant products in the field of industrial temperature control. Its multiple applications and the constant evolution of this technology mean that they are used in a wide variety of measurement systems in many sectors.

General advantages of Optris thermal imaging cameras

Both the Xi compact series cameras and the PI series high-performance cameras produce thermal images in real time with an image frequency of up to 128 Hz where the smallest changes in temperature are appreciated thanks to excellent sensitivity thermal.

All cameras come with Optris PIX Connect thermography software that has been developed specifically for thermal image analysis.

Optris cameras have advanced interfaces that allow their integration into networks and automated systems.

Automatic detection of hot spots

Objects can be thermally examined, where hot or cold spots are automatically detected by the camera to indicate weak spots in the process.

Measurement results as well as images and videos captured by the camera can be saved for later analysis.

Advantages of the Xi Compact line

Motorized focus
Compact imager for temperature measurements from -20 to 900 ° C
Stand-alone operation with automatic point finder and direct analog output - ideal for OEM use (Xi 80)
Direct Ethernet and RS485 interface (Xi 80)
Microscope optics for circuit boards and small electronic components up to 240 µm (MFOV)

Advantages of the high performance line PI

Interchangeable lenses
Suitable for fast processes (up to 1 kHz)
High thermal sensitivity (up to 40 mK NETD)
High optical resolution (up to 640 x 480 pixels)
Laser blocking filters
Temperature measurement ranges from -20 to 2000 ° C
Different spectral ranges (500 nm / 1 μm / 7.9 μm / 7.5 - 13 μm)
Cooling accessories for harsh environments up to 315 ° C ambient temperature
Ships in a sturdy outdoor case with tripod and individual test report included
Microscope optics for circuit boards and electronic components up to 85 µm (MFOV)