{{image.AltTag}} {{image.AltTag}}
Default Image Default Image

{{details.product.ModelName}}

Sku: {{details.product.ModelNumber}}

Compact Industrial Autonomous Short-Wavelength Infrared Camera for Metal, Steel, Ceramics, Semiconductor Industry
Please select an item in the list...
{{details.product.PriceUnits}}
Please fill out this field...
Please enter a number...
Please enter at least 1...
Please enter at max 999999...

You purchased this item on {{details.product.OrderHistory[0].OrderDate | date : 'yyyy-MM-dd'}}

The Optris Xi 1M is a short-wavelength infrared camera that offers innovation, affordability, and precision in non-contact thermal imaging of challenging objects. Designed to operate within the short-wavelength infrared range (1M: 0.85 – 1.1 μm), this forward-looking infrared camera is engineered to capture measurement data for precise surface temperature analysis of hot steel, iron, brass, copper, tin, carbon, ceramics, and semiconductors. Addressing the rigorous demands of various industries, the Optris Xi 1M offers wide elevated temperature measurement ranges, exceptional accuracy, and customizable field-of-view configurations.

Many measurement objects made of non-shiny material show high and relatively constant emissivity independent of their surface consistency, at least in long-wave spectral ranges. Nevertheless, many metallic and shiny materials have low emissivity at long infrared wavelengths. The low emissivity of those materials in the long wavelength infrared bandwidth results in varying and unreliable measuring results.

The spectral range of a short wavelength Xi 1M infrared camera matches most metallic material’s highest emissivity, which eases remote temperature measurement. In addition, due to Planck’s radiation law, exponentially more infrared radiation is emitted in the short wavelength range, so linear emissivity issues have less influence on the repeatability of temperature measurement results at short-wavelength. Therefore, contactless temperature measurement of shiny materials at high temperatures should always be as short-wave as possible, considering the higher temperature measuring range. In addition, these infrared cameras boast the capability to autonomously seek thermal hot spots, enhancing their utility and efficiency in various monitoring and inspection tasks. The Xi 1M infrared camera is specially designed and manufactured in Germany for these challenging industrial applications and outperforms long-wavelength infrared cameras in precision, accuracy, and repeatability.

The Xi 1M infrared camera features a mid-resolution thermal imaging capability (396 x 300 pixels), enabling it to excel in capturing temperature data across an extensive range from 450°C to 1800°C without sub-ranges. Its remarkable distance-to-spot-size ratio ensures accurate temperature measurements, even when capturing images from considerable distances. This superior ratio surpasses the optical performance of modern pyrometers, facilitating detailed monitoring of targets at significant distances. Furthermore, the motorized focus functionality allows users to precisely adjust focus remotely on their surface temperature measurement targets.
The industrial-grade and robust design of the Optris Xi 1M ensures reliability in demanding industrial environments, making it an indispensable tool for process engineers seeking accurate infrared temperature measurements in manufacturing processes. Its compact yet durable and waterproof design renders it ideal for fixed installations or mounted setups, guaranteeing durability in diverse industrial manufacturing environments.

Featuring Ethernet as its primary interface, the Optris Xi1M facilitates seamless connection to computers with a frame rate of 20 Hz for the full-size image. The USB interface, also at a frame rate of 20 Hz, is a secondary option for a sub-image of 132 x 100 pixels. Its smart autonomous operation eliminates the need for extensive software coding, enabling integration into control loops effortlessly. Moreover, the infrared camera boasts features such as automatic spot finding, direct analogue output (0/4-20mA), and compatibility with industrial fieldbus systems such as Ethernet/IP, Modbus TCP/IP, RS485, or Profinet, making it the ultimate solution for original equipment manufacturer (OEM) use. The Xi410’s autonomous operation mode at 20 Hz for a sub-image of 132 x 100 pixels further simplifies integration into machinery.

In addition, the Optris Xi1M offers access to more complex software functionalities, such as line scanning or image merging, through the PIX Connect software license. PIX Connect is indispensable for researchers seeking an affordable IR camera with a powerful software platform for thermal image processing and temperature data collection. Developer kits are also available for integrators developing application-specific software solutions.

These innovative features enhance the infrared cameras' ability to provide accurate and reliable surface temperature measurements across various applications, ranging from quality control in manufacturing processes to condition monitoring and research and development activities. The Xi 1 M’s flexibility ensures seamless integration into various industrial setups, enhancing the camera's adaptability to specific requirements. With its advanced features, the Optris Xi 1M sets a new standard for fixed-install infrared imaging, offering a cost-effective and powerful solution for diverse industrial applications.

Moreover, the infrared camera Xi 1M is compatible with an extensive range of accessories tailored for harsh environmental conditions. These accessories include a water-cooled housing, extending the operating temperature range to 250 °C. Air purges uphold a pristine lens, guaranteeing uninterrupted temperature measurement even in dusty environments. The portfolio of compatible accessories is complemented by mechanical mounting options, electrical interfaces, and connection cables, all available at an appealing price.

The Optris Xi 1M, a short-wavelength infrared camera, excels in non-contact thermal imaging of challenging objects. It accurately measures the surface temperatures of hot metals, ceramics, and semiconductors. With an autonomous thermal measurement capability and motorized focus, it offers reliability and ease in industrial settings without additional hardware. Featuring Ethernet, USB interfaces, and analog and digital process interfaces it enables seamless integration into control systems and machinery.

  • Industrial Ethernet short-wavelength infrared camera
  • Wide measurement range from 450°C to 1800°C without sub-ranges
  • Small-sized, ruggedized with a motorized focus
  • Highly dynamic CMOS detector with 396 x 300 pixels resolution
  • Fast line scanning mode with 500 Hz
  • Autonomous operation with auto hot spot finder and direct analogue or alarm output and various fieldbus communication options
MODEL Xi1M 7°x5° Xi1M 14°x10° Xi1M 28°x21° Xi1M 7°x5° CF
DETECTOR  
Optical resolution Full resolution: 396×300 pixels (Ethernet)
Subframe mode: 132×100 pixels (USB, autonomous)
Linescan: 396 x 8 pixels (Ethernet)
Linescan: 396 x 1 pixels (Ethernet, autonomous)
Pixel pitch 15 µm
Detector CMOS
Spectral Range 0.85 – 1.1 µm
Optical Filter No
Frame rate Full resolution: 20 Hz (Ethernet) **1)
Subframe mode: 20 Hz (USB, autonomous) **1)
Linescan: 500 Hz (Ethernet, autonomous)**1)
OPTICAL  
Field of View 7°x5° (396×300 pixels) 14°x10° (396×300 pixels) 28°x21° (396×300 pixels) 7°x5° CF (396×300 pixels)
Focal length [mm] 50 25 12 50
F Number 2.8 1.8 2 2.8
Optical Resolution 806:1 401:1 195:1 830:1
Minimum Distance to target 800 mm 300 mm 300 mm 500 mm
Interchangeable optics No
MEASUREMENT  
Object Measurement Range 450 °C … 1800 °C (20Hz)
550 °C … 1800°C (500Hz) **1)
Accuracy For object temperature < 1400 °C: ±1 % of reading
For object temperature < 1600 °C: ±2 % of reading
Thermal Sensitivity (NETD) < 2 K (< 900 °C) / < 4 K (< 1400 °C)
Minimal Instantaneous Field of View (IFOV) 0.3mm 0.5mm 0.7mm 0.1mm
Smallest measurable Spot Size MFOV 1.2mm 2.5mm 2.8mm 0.4mm
Measurement Field of View (MFOV) 4×4 pixels
Warm-up time 10 min
Emissivity /Transmissivity/ Reflectivity adjustable: 0.100…1.100
INTERFACES  
Interface USB 2.0, Ethernet (100 Mbit/s)
Supported Protocols USB, Ethernet (Static), RS485, Serial Communication
Optional: Ethernet/IP, ProfiNet, Modbus TCP
Compatible Software PIXConnect, EasyComm, ConnectSDK, EasyAPI, DirectSDK
ANALOG INPUT/OUTPUT  
Direct output/input 1x analog output (0/4-20 mA), 1x input (analog or digital); optically isolated
Optional Industrial Process interface (PIF) 3x analogue outputs (0/4–20 mA or 0–10 V) or alarm OUT (relais) / 3x inputs (analogue or digital) / fail-safe (LED and relay);
stackable up to 3 PIFs; optically isolated
Cable length Ethernet / RS485: 20 m (extendable up to 100 m)
USB: 1 m (standard), 3 m, 5 m
IMAGE PROCESSING  
Configuration via PIXConnect
Operation Autonomous Standalone and/or computer-enabled
Capabilities Measurement of hot metal surfaces and molten metal, Autonomous temperature evaluation of areas of interest, Linescanner, EventGrabber, Merger, Alarming, Comparison Functions
GENERAL  
Size Ø 36 mm x 112-127 mm (depending on the lens), thread: M30x1
Housing Material Stainless steel
Weight 270 g (without mounting bracket)
Tripod 1/4-20 UNC
Focus Motorized
Country of Origin Germany
ENVIRONMENTAL & CERTIFICATIONS  
Operating Temperature Range 0…50°C
Storage Temperature Range -40…70 °C
Relative humidity 10 – 95 %, non-condensing
Protection Class IP67, NEMA-4
EMC 2014/30/EU
Shock IEC 60068-2-27 (25 G and 50 G)
Vibration IEC 60068-2-6 (sinus shaped); IEC 60068-2-64 (broadband noise)
Standards CE, UKCA, RoHS
POWER  
Power Supply USB or Power over Ethernet or 8-30 VDC
Power Consumption max. 2.5 W
   
Part number OPTXI1MO7SFT180 OPTXI1MO14T180 OPTXI1MO28T180 OPTXI1MO7CFT180
Additional Remarks 1) The Start-up temperature range for the variant with a focal length of 50 mm is increased to 525°C for 20Hz and 575°C for 500 Hz modes
  • Optimizing Metal Casting with Fixed Short-Wavelength Infrared Cameras
  • Improved Die Hammer Forging Process with Infrared Temperature Monitoring
  • Automating the Flux Feeder during the Continous Casting Process with IR
  • Infrared Temperature Control as a Key Factor in Flame Hardening Success
  • Thermal Imaging for Fire Prevention in Industrial Galvanization Processes
  • Noncontact Infrared Temperature Control in Aluminum Rolling Process
  • Thermal Monitoring of the Inductive Hardening Process of a Crankshaft
  • Induction Soldering REquires Precise Infrared Temperature Control
  • Optimising temperature control in forging for railcar wheels
  • Enhance steel forging with continuous infrared temperature monitoring