Xi Series

The Optris Xi Compact Line is a revolutionary series of infrared cameras that usher in a new era of affordable, high-quality, and precise non-contact thermal imaging. In infrared imaging, the Optris Xi Compact Line shines with its capacity for non-contact temperature measurement. Operating within a broad infrared wavelength range, this forward-looking infrared imager captures data beyond the visible spectrum, allowing for accurate surface temperature measurements. Engineered and manufactured in Germany for industrial applications worldwide, this high-resolution thermal imager excels in capturing temperature data within a broad range from -20 °C to 1800 °C.

The motorized focus empowers users to focus effortlessly on their surface temperature measurement targets. The thermal cameras impressive distance-to-spot-size ratio of up to 190:1 ensures accurate readings, even when capturing data from a considerable distance. This feature makes it and invaluable tool in scenarios where precise temperature measurement is critical, such as industrial processes or research applications. The cameras robust design ensures reliability in these demanding industrial environments, making it and indispensable tool for professionals requiring accurate infrared temperature monitoring. Its compact yet durable and waterproof design makes this infrared camera ideal for fixed installed or mounted setups, ensuring durability in diverse industrial manufacturing environments.

and Optris Xi thermal imager addresses key industry demands, boasting a low noise equivalent temperature difference, a customizable field of views, and adjustable configurations, such as emissivity, measurement fields, and line scanner features. This thermal camera series excels in performance and offers unparalleled versatility. The autonomous operation allows the non-contact temperature sensor to seamlessly integrate into a control loop, providing infrared temperature data without requiring extensive software handling or additional computers.

The camera has and automatic spot finder, direct analog output, and compatibility with industrial fieldbus systems such as EtherNetIP, Ethernet TCP/IP, Modbus TCP, or Profinet, making it the ultimate solution for original equipment manufacturer (OEM) use. These innovative features enhance the infrared cameras ability to provide accurate and reliable surface temperature measurements across various applications, from quality control in manufacturing processes to condition monitoring and research and development activities. The flexibility of such a high-resolution IR camera ensures seamless integration into various industrial setups, enhancing the cameras adaptability to specific requirements.

The infrared camera series is bundled with and extensive set of accessories, including connection cables, versatile image processing software, and cooling components, all available at and attractive price point. In conclusion, the Optris Xi Compact Line is a testament to innovation in infrared camera technology, offering a comprehensive solution for high-resolution, non-contact temperature measurement. Its robust design, autonomous operation, and versatile interfaces make it a go-to choice for professionals seeking accurate and efficient thermal imaging in industrial settings.

With its advanced features, the Optris Xi Compact Line sets a new standard in the field of infrared imaging, providing a cost-effective and powerful solution for diverse industrial applications.

The Optris Xi Compact Industrial Line comprises compact, autonomous infrared cameras designed for fixed industrial monitoring applications that require precise, non-contact temperature measurement. Manufactured in Germany, this series integrates high image quality, durable mechanical construction, and direct programmable logic controller (PLC) integration. Depending on the specific model and calibration, Xi cameras measure temperatures from –20 °C to 2450 °C, supporting reliable surface temperature assessment across a wide range of materials and industrial processes.

Most fixed infrared camera models incorporate motorized focus mechanisms that enable repeatable and remote configuration. A high distance-to-spot ratio, reaching up to 190:1, facilitates accurate temperature readings at extended working distances, which is particularly advantageous for production lines and hazardous environments. The compact, sealed housings and optional protective accessories, including air purges and water-cooling systems, ensure continuous operation in demanding conditions and stable installation in fixed locations.

The series is designed with a focus on input/output (I/O) functionality and supports stand-alone operation without the need for a personal computer, as exemplified by models such as the Xi 80, Xi 410, and Xi 1M. Integrated features, including an on-device spot and area finder, configurable thresholds, and alarm logic, enable the triggering of analog outputs, digital I/O, or Ethernet events for closed-loop process control. Radiometric imaging capabilities are accessible via Ethernet with Power over Ethernet (PoE) or Universal Serial Bus (USB) for both data transmission and device control. Additionally, interface modules offer analog outputs, digital inputs, and relays, and optional connectivity to widely used industrial fieldbus protocols, such as EtherNet/IP, Modbus Transmission Control Protocol (TCP), and PROFINET.

Key performance features include low noise equivalent temperature difference (NETD), configurable regions of interest, adjustable emissivity and measurement fields, and a line-scanner mode suitable for monitoring moving products. The extensive accessory and software ecosystem, comprising cables, mounting hardware, protective housings, cooling solutions, and image-processing software, facilitates integration and contributes to a favorable total cost of ownership.

The Xi Compact Line integrates compact mechanical design, autonomous alarm functionality, and industrial interface options within a single platform. This configuration is well-suited for early fire and hot-spot detection, process monitoring, alignment and positioning tasks, temperature alarms, and closed-loop control in contemporary manufacturing environments.