Embla 1055
QWIP

Embla 1055

A sophisticated choice for gas and pollution detection, the Embla 1055 carries IRnova’s QWIP technology with a range that makes it ideal for sulfur hexafluoride (SF6), ammonia and ethylene detection.

Embla 1055
Embla 1055

Description

The Embla 1055 is the industry standard when it comes to OGI detectors in the upper LWIR region. It is based on a customized QWIP design for maximum sensitivity at precisely 10.55μm. It is a field-proven and widely adopted solution for detection of SF6 (sulphur hexafluoride) as well as ammonia, ethylene and numerous other gases.

Applications

Optical gas imaging for any gas with absorption in the 10.55 µm range

Optimized for sulphur hexafluoride (SF6), ammonia and ethylene detection

Handheld and battery powered cameras

Mobile and stationary platforms

General information

Application:

Gas & pollution detection

Format:

320x256

Technology:

QWIP

Pixel pitch:

30 μm

Typical detector
performance

Spectral range:

10.3 - 10.8 μm

F number options:

F/2

NETD:

25 mK

Pixel operability:

99.95%

Frame rate:

60 Hz

Selectable frame rate up to 120 Hz supported by ROIC

Proximity electronics

Supply voltage:

12 V

Maximum frame rate:

60 Hz

Selectable frame rate supported

Electrical interfaces:

Camera Link

Cooler control and proximity electronics included

IDDCA Parameters

Cooler options:

RM3

Power consumption:

8 W / 12 W

Steady state / Cooldown

Cool down time:

6 min

Cooler voltage:

12 V

24 V cooler options available

Weight and dimensions:

550 g

71x57x142 mm

Cooler MTTF:

5 000 h

Environmental conditions:

Commercial

Downloads

Product leaflet

QWIP

Embla 1055

Application note

LWIR & VLWIR QWIP

EvalKit

Building something new? Our evaluation kits have everything you need to try our detectors and design your camera system. They’re modular and include a power supply, frame-grabbing electronics, image acquisition software and optics.

Plug in and get going in minutes!

Technical characteristics described above are not contractual and may change without prior notice. This is revision 1.0.