NEW

Analysis of an electronic component by lock-in
thermography with IRBIS® 3 active software

Thermography with significantly better image quality

ImageIR® 9400

High-end Infrared Camera with HD Image Quality

Detector Format
Efficient measurement of smallest
structures on large-scale objects
MicroScan(2.560 × 2.048) IR pixels by genuine
camera hardware
1,280
×1,024180 HzIR-Frame Rate
Analysis of extreme temperaturechanges and gradients in full frame
Measurement Accuracy
Highly accurate andrepeatable measurements
10 GigE Interface
High-speed, long-distance interference
proof data transmission
HighSense
Flexible setting of temperature measurement ranges / integration times beyond calibration ranges
Motor Focus
Precise, fast and remotely controllable;
including multiple autofocus functions

This camera model is the ideal measurement system for users
whose measurement task requires a particularly high geometricresolution. The cooled focal plane array photon detector has(1,280 × 1,024) IR pixels and can increase the image format up to(2,560 × 2,048) IR pixels with the optional opto-mechanical MicroScan. Each single one of these 5.2 Megapixels in the image represents a real temperature measurement value. This allows thefinest structures to be recorded and analysed without gaps andsimultaneously on large or distant measurement objects.
The ImageIR® 9400 has a very small pitch of 10 µm, making it ideal
for microthermography in electronics. In combination with an 8×
microscope lens, the finest structures can be precisely resolved
down to 1.3 µm. Its modular design enables individual configuration and optimal adaptation to the task at hand. The camera
is equipped with numerous innovative functions, such as theHighSense function for the use of additional individual temperature measurement ranges. The integrated trigger interface
ensures high-precision, repeatable triggering for fast processes.
Multiple configurable digital inputs and outputs allow for camera
control and the generation of control signals for external devices.
Equipped with a separate filter and aperture wheel each with up
to six free positions (30 combinations), the camera enables universal use in measurement tasks with high object temperaturesand in the field of spectral thermography. All precision optics ofthe ImageIR® 9400 can be combined with a motorised focus unit.

www.InfraTec-infrared.com

www.InfraTec.deTechnical Specifications
Spectral range(1.5 … 5.5) µm

Pitch

10 µm

DetectorInSb

Detector format (IR pixels)(1,280 × 1,024)

Detector format with opto mechanical MicroScan (IR pixels)(2,560 × 2,048)

Image acquisition

SnapshotReadout mode

ITR / IWR

Aperture ratio

f/2.2 or f/3.0

Detector cooling

Stirling cooler

Temperature measuring range(-40 … 1,500) °C, up to 3,000 °C*

Measurement accuracy± 1 °C or ± 1 %Temperature resolution @ 30 °CBetter than 0.03 K

Frame rate (full / half / quarter / sub frame)*

Up to 180 / 342 / 622 / 2,601 Hz

Window mode

Yes

Focus

Manual, motorised or automatic*

Dynamic range

Up to 16 bit*

Integration time

(1 … 20,000) μs

Rotating filter wheel*

Up to 6 positions

Rotating aperture wheel*

Up to 5 positions

Interfaces

10 GigE, HDMI*, GigE, CamLinkTrigger

4 IN  / 2 OUT, TTL

Analogue signals*, IRIG-B*

3 IN  / 2 OUT, yes

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

Dimensions; weight(241 × 123 × 160) mm*; 4.3 kg (without lens)

Further functions

Multi Integration Time*, HighSense*

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 modelLenses

Focal length (mm)

FOV (°)

Standard lens25(29 × 23)

IFOV (mrad)
0.4

Telephoto lens50(15 × 12)

0.2

Telephoto lens100(7.3 × 5.9)

0.1

Telephoto lens200(3.7 × 2.9)

0.05

Minimum object distance (mm)Object size (mm)Pixel size (µm)

Macro andmicroscopic lenses
Close-up for telephoto lens 50 mm

300(77 × 61)

60

Close-up for telephoto lens 100 mm

500(64 × 51)

50

Microscopic lens M=1.0×40(13 × 10)10Microscopic lens M=2.5×14(5.1 × 4.1)

4Microscopic lens M=8.0×14(1.6 × 1.3)

1.3

Fields of application:
 Safety engineering Stationary microthermography Materials testing Research and development© InfraTec 08 / 2021 – All stated product names and trademarks remain in property of their respective owners. Design, specification and technical progress subject to change without prior notice.