PI 450i LT

The PI 450i infrared camera is built for research and process engineering. It offers strong performance and fits smoothly into research and process control setups. The camera measures temperatures from -20°C to 900°C, covering most thermal monitoring needs. For higher temperatures, it can reach up to 1500°C, making it suitable for a wide range of industries.

Optris infrared cameras employ uncooled detector technology, resulting in a cost-effective design with low power consumption, extended operational lifespan, and compact form factor. The 382 x 288 uncooled microbolometer infrared detector produces thermal radiometric images, supporting precise temperature measurement and consistent thermal imaging in a range of applications.

With a fast 80 Hz frame rate, the thermal camera quickly detects temperature changes in busy production settings and reduces motion blur. This speed keeps image quality high, even when tracking moving objects, making it useful for many industrial tasks. The camera can also work in environments up to 80°C, showing its durability. The PI 450i captures detailed heat patterns, giving operators valuable thermal information. Many compact thermal cameras run hot because high-power processors, FPGAs, wireless modules, and other electronics are crammed into small, sealed housings; their power draw turns into heat that is hard to dissipate. As internal temperatures rise, vendors must restrict ambient operating ranges, throttle performance, recalibrate more often, or shut the device down to protect the detector and electronics. Elevated heat also increases detector noise and measurement drift, reducing accuracy and component life. By contrast, the PI450i outputs raw radiometric data with minimal in-head processing, is engineered for low power consumption, and supports higher permissible operating temperatures—helping maintain stable measurements in demanding environments.

Unlike other infrared cameras with smaller pixels, the optimal pixel pitch size of 17 µm for long-wavelength infrared radiation allows for a measurement field of view (MFOV) as small as 3×3 pixels. This means that the target only has to cover 3×3 pixels. Other thermal cameras with a smaller pixel pitch require the target to be closer in order to cover more pixels.

The Optris Precision Line stands out for its accurate measurements and clear images, thanks to large, high-quality optics that reduce distortion. You can swap lenses to frame targets precisely and get the most out of each pixel. These stationary imaging systems use uncooled FLIR technology for better performance and reliability. The two-dimensional bolometer creates thermal images without moving parts, making the design sturdy and affordable compared to older line scanners.

The thermal camera can find hot and cold spots, create histograms, profile temperatures, and use other image processing tools. With the PIX Connect software, researchers and engineers can process thermal images on a PC, extract calibrated temperature data from any pixel, and review time versus temperature from live or recorded videos. The camera lets users collect data from any area, track temperature extremes and averages, and set up alarms. Engineers can also replay thermal videos frame by frame, save images, and take snapshots during temperature changes for thorough analysis and records.

The PI 450i camera and PIX Connect software make it easy to send temperature data to other control systems. With the Industrial Process Interface, you can send temperature or alarm data from certain areas to other equipment. You can also set the system to capture images or videos automatically when temperatures hit set limits, helping you monitor and control processes more precisely.

Temperature-related manufacturing processes, plastic thermoform temperature measurements, conveyor belt temperature measurements, wallboard temperature measurements, and many other sheet-oriented industrial temperature measurement processes are supported with a special line scan feature of the PIX Connect software that converts the two-dimensional visual output from the thermal imager to a continuous display of temperature variations across a single line. With this mode, the infrared camera becomes the perfect replacement for bulky mechanical infrared line scanning cameras, using a fraction of the space necessary for mounting older mechanical line scan technology.

The Optris PI 450i is designed for demanding industrial environments, boasting a robust construction. The Optris PI 450i is built for tough industrial settings and is the smallest camera in its class. It works reliably over the long term, even in extreme temperatures or dirty environments, so it can keep running in important applications. Water-cooled enclosures protect the thermal camera at ambient temperatures up to 315°C and accommodate the Industrial Process Interface. Air purging accessories maintain optical clarity in dusty or vapor-filled environments. For outdoor installations, enclosures with integrated heating ensure reliable operation. Optional calibration certificates are available for customers seeking traceability documentation, underscoring the thermal camera‘s commitment to accuracy.

Made in Germany to high standards, the PI 450i stands for precision and reliability. It is built to handle tough industrial conditions and keeps working even in the hardest environments. This thermal camera is a great choice for critical jobs where you need dependable performance and peace of mind.