Infrared camera ImageIR® 4300 Series from InfraTec
  • Thermal Resolution

    Precise detection of smallest temperature differences

  • Frame Rate

    Analysis of high-speed dynamic temperature changes and processes

  • Modular Design Concept

    More flexibility for upgrades and changes of components

  • Integration Time

    Analysis of fast processes at an ideal NETD

  • Protection Degree

    Constant excellent optical and metrological performance even in harsh industrial environments

Measure Precisely over a Long Time

A high long-term stability of the thermographic measurement with infrared camera systems of the ImageIR® 4300  series is achieved by an excellent thermal decoupling of the electronics module which will emit heat during its operation from the optical and detector module being most important for the signal receipt.

Lenses of infrared camera mageir series

Focus the Thermal Radiation Loss-free with Quality Lenses

In the field of thermography, low temperatures result in lower infrared radiation and thereby in smaller signal for the infrared camera. That is why all the available signal should be used. The lens is the part of the infrared camera getting in touch with the infrared radiation at first and therefore it plays an important role. Precision lenses being coated with an anti-reflection film for avoiding disturbtions take care that the whole infrared radiation will be focussed to the detector of the of the ImageIR® 4300 series. Within this series of infrared camera systems, a wide range of lenses - starting with telephoto lenses up to microscopic lenses – can be found, too.

Rotating aperture wheel and filter wheel for infrared camera

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Make Use of Spectral Filters for Material Specific Measurements

Material specific emissivity and transmissivity properties have to be taken into account while measuring with infrared camera systems. The integration of spectral filters makes use of those specifics for special measurements. For example, spectral ranges of thin PE foils can be excluded in case they are highly transmissive – to say transparent. Like this only the radiation will be measured which is purely emitted by the foil itself. Based on its long experience in thermography InfraTec can support you in selecting the right spectral filter. The infrared camera systems of the ImageIR® series can integrate a remotely controllable filter wheel which can hold up to four spectral filters. The filter position close to the detector can avoid warm aperture effects and allows for the usage of smaller and thereby cheaper filters in the infrared camera.

Extend Your Temperature Measurement Range with an Automatic Aperture Setting

The temperature measurement range of the ImageIR® infrared camera series can be widened by an integrated aperture wheel. The motorized aperture wheel can be controlled by the camera control itself. Working with calibrated measurement ranges the appropriate aperture will even be automatically set in the infrared camera. When filter and aperture wheels are separately integrated ImageIR® camera series will be especially flexible in handling specific measurement situations.

Easily Transfer Your Radiometric Data to the Computer

You will be able to work with both radiation proportional data formats and also directly with temperature data in °C or °F. You will receive the data by setting your specific parameters  in the easy handling acquisition interface of the ImageIR® series at a frame rate of up to 2.5 kHz.

Detect Smallest Temperature Differences Using High Thermal Resolution of 20 mK

The thermal resolution of the ImageIR® infrared camera series allows you to measure smallest temperature differences of Better than 0.02 K (at 30 °C). Thermal images with a narrow temperature span display details absolutely sharp. You will find interesting signatures even there where other infrared camera systems cannot detect any temperature differences any longer.

Increase Your Flexibility by Using the Modular Design Concept

InfraTec ImageIR® High-End infrared camera series

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The ImageIR® series is based on a modular concept and allows for successive upgrading and changes of powerful components like motorized lenses or a high-speed shutter. Already in its basic configuration it can be delivered with different detectors which support your application the best way. Like this you will always remain flexible and optimally adapt your camera systems to your respective needs.

Technical Specifications of ImageIR® 4300 Series

Spectral range (2.0 … 5.7) µm
Pitch 30 µm
Detector MCT or InSb
Detector format (320 × 256)
Readout mode ITR
Aperture f/3.0 or f/2.0
Detector cooling Stirling cooler
Temperature measuring range (-40 … 300) °C*
Measurement accuracy ± 2 °C or ± 2 %
Temperature resolution @ 30 °C Better than 0.02 K
Frame rate 75 / 265 / 706 Hz
Window mode Yes* (full frame / sub frame)
Focus Manual
Dynamic range 14 bit
Integration time (1 … 20,000) µs
Interfaces GigE | HDMI*
Trigger 1 IN / 1 OUT, TTL
Tripod adapter 1/4" and 3/8" photo thread, 2 × M5
Power supply 24 V DC, wide-range power supply (100 … 240) V AC
Storage and operation temperature (-40 … 70) °C, (-20 … 50) °C
Protection degree IP54, IEC 60529
Impact strength/vibration resistance in operation 2 G, IEC 68-2-29/26
Dimensions; weight (244 × 120 × 160) mm; 3.3 kg (without lens)
Further functions High-speed mode*, Multi Integration Time*
Analysis and evaluation software* IRBIS® 3, IRBIS® 3 view, IRBIS® 3 plus*, IRBIS® 3 professional*, IRBIS® 3 control*, IRBIS® 3 online*, IRBIS® 3 process*, IRBIS® 3 active*, IRBIS® 3 mosaic*, IRBIS® 3 vision*
Depending on model
Dimensions of the ImageIR

Field of View Calculator

Check the geometrical resolution of our infrared cameras for your application.

Each measurement or testing task has its own characteristic basic conditions. For getting optimal results camera, detector and lens have to be perfectly matched to one another. The field of view calculator helps you to determine the appropriate combination.

Field of View Calculator of the ImageIR®

Software

Comprehensive Thermography Evaluation Software for Efficient Operation

The software family IRBIS® 3, which was developed by InfraTec, is part of a complete system of the camera series ImageIR®. The comfortable and professional thermography software IRBIS® 3 professional offers a wide range of analysis- and editing tools to analyse sophisticated thermal investigations. The combination of ImageIR® together with the professional thermographic software meets all requirements that are set as standard for efficient high-performance tools for thermographic investigations.

Analysis Software of Software Family IRBIS® 3
Get in contact with InfraTec thermography division

Do You Want to Know More About the InfraTec Service?

Our experienced service team will be happy to assist you.

Belgium

InfraTec GmbH
Infrarotsensorik und Messtechnik
Gostritzer Str. 61 – 63
01217 DresdenGERMANY

Industries & Applications for this Infrared Camera

  • Active Thermography - Picture Credits: © Rainer / Fotolia.com
    Active Thermography

    Active Thermography

    Make use of active thermography for non-destructive and contact-free material testing, for both automated inline and offline solutions.

  • thermography in aviation
    Aerospace Industry

    Aerospace Industry

    Comply with highest security demands by applying state-of-the-art infrared camera systems.

  • thermography for automotive applications
    Automotive Industry

    Automotive Industry

    Infrared camera systems help you to secure a high product quality in production and at your suppliers.

  • thermography in chemical industrie
    Chemical Industry

    Chemical Industry

    Systematically control reactive process heat and display with infrared camera systems of InfraTec.

    Show further industries & applications

Choose Your Infrared Camera

Choose from more than 30 infrared camera models. Our product range includes entry-level cameras, professional cameras as well as universal cameras, high-end and industrial systems.

Overview of all infrared camera models
Camera filter for infrared cameras

*optional, depending on model