SATIR V90 High Performance Infrared Gas Detection Camera
Description
Introducing the V Series range of infrared gas detection cameras from SATIR. Using the QWIP Detector, which provides a detailed image for both thermal and gas applications. It’s multi-functional detection mode works as a gas detector but also as a high end thermal camera. Giving the operator different modes to detect areas of concern. The V Series is ideal for all industries where escape of gases need to be detected quickly and easily to ensure the facility is working to it optimum performance.
SATIR V90 High Performance Infrared Gas Detection Camera
Specifications |
|
---|---|
Camera Type: | Industrial |
Array Type: | QWIP |
Spectral Band: | 3-5um |
# Pixels (Height): | 320 |
# Pixels (Width): | 256 |
Pixel Pitch: | -- um |
Array Cooling: | Cooled |
Features
HD Viewfinder
Capable of detectng gas leak as small as 0.001ml/s with multi-levels high sensitive mode adjustment
Inspection without shutting now inspected system
Capture images directly without light assistance and reflection background
Applications
Surveillance
IR/thermal imaging
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
-
Ships from:
Ireland
-
Sold by:
-
On FindLight:
External Vendor
![](/assets/web/images/claim.png)
Claim Satir Page to edit and add data
Frequently Asked Questions
The SATIR V90 is a multi-functional infrared gas detection camera that uses the QWIP Detector to provide detailed images for both thermal and gas applications.
The detector resolution of the SATIR V90 is 320x256 pixels.
The SATIR V90 can detect various gases, including Sulfur Hexafluoride, Acetyl Chloride, Acetic Acid, Allyl Bromide, Allyl Chloride, Allyl Fluoride, Ammonia (NH3), Bromomethane, and Chloride Dioxide.
The SATIR V90 is capable of detecting gas leaks as small as 0.001ml/s with multi-levels high sensitive mode adjustment.
The SATIR V90 can measure temperatures ranging from -20°C to +300°C with an accuracy of ±2°C or ±2% of readings.