NEW

Thermographic image of an exploding bottle

ImageIR® 9400 hs

High-speed Infrared Camera – in VGA Format

Detector Format
Efficient measurement of smallest
structures on large-scale objects
640×512622 Hz

IR-Frame Rate
Analysis of extreme temperaturechanges and gradients in full frame
Measurement Accuracy
Highly accurate andrepeatable measurements
Thermal Resolution
Precise detection of smallest
temperature differences
10 GigE Interface
High-speed, long-distance interference
proof data transmission
Pitch Dimension
Precise measurement of low temperaturesand very fast integration times

With the ImageIR® 9400 hs from InfraTec, users get a high-speed
infrared camera that is particularly suitable for non-contact temperature measurement of highly dynamic processes and fast
moving objects. The cooled focal plane array photon detector
belongs to the latest detector generation and guarantees outstanding performance data. In addition to the temporal resolution, the camera offers an excellent thermal resolution of 0.02 K.
It can be used to measure the smallest temperature gradients.
In full-frame format of (640 × 512) IR pixels, the camera achieves
a frame rate of up to 622 Hz, in sub-frame format up to 3,343 Hz.
The ImageIR® 9400 hs is therefore suitable for users who require
both high thermal resolution and extremely short integration
times of only a few microseconds to solve their tasks. The measurement system enables the creation and storage of thermographic sequences with very high frame rates.
Our ImageIR® 9400 camera series has an internal trigger interface that guarantees high-precision, repeatable triggering.
There are two configurable digital inputs and outputs each forcontrolling the camera or for generating digital control signals
for external devices. Additional information is also stored directly in the image data. Due to its modular design, the camera
can be combined user-specifically with a motorised focusing
unit which can be controlled via the camera software, ensuring
even more comfort for the use.

Motor Focus
Precise, fast and remotely controllable;
including multiple autofocus functions
www.InfraTec-infrared.com

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

Pitch

20 µm

Detector

InSbDetector format (IR pixels)(640 × 512)

Image acquisition

SnapshotReadout modeITR / 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 °C

Better than 0.02 K

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

Up to 622 / 1,053 / 1,615 /3,343 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 (°)IFOV (mrad)

Standard lens25(29 × 23)

0.8

Telephoto lens50(15 × 12)

0.4

Telephoto lens

100

(7.3 × 5.9)

0.2

Telephoto lens

200

(3.7 × 2.9)

0.1

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

Macro andmicroscopic lenses
Close-up for telephoto lens 50 mm300(77 × 61)

120

Close-up for telephoto lens 100 mm

500(64 × 51)

100

Microscopic lens M=1.0×40(13 × 10)20

Microscopic lens M=2.5×14(5.1 × 4.1)

8Microscopic lens M=8.0×

14(1.6 × 1.3)

2.6

Fields of application:
High-speed applications …
 In research and development
 For process monitoring In materials testing

Thermal analysis during laser soldering© 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.