The Benefit of Alterable Otherworldly Channels in your Optical Gas Imaging (OGI) Camera
There are two sorts of OGI cameras: cooled and uncooled. Cooled cameras, similar to the EyeCGas 2.0, permit us to distinguish little to huge holes (methane and north of 400 VOCs) from different distances, as much as 10 kilometers away and that's just the beginning.

Though uncooled OGI innovation, like the EyeCGas Small, is marginally restricted in its capacities, identifying medium to bigger holes (methane) nearer to the source.

Inside the EyeCGas 2.0 OGI camera, we utilize a ghostly channel to upgrade compound discovery in a particular frequency. EyeCGas 2.0 is the main OGI camera that empowers you to change the ghastly channels; this guarantees further developed discovery ability for VOCs and CO2 inside a similar camera.

By not having the choice to change an otherworldly channel, you are restricted to the standard channel (see outline underneath), which is sufficient in wonderful weather patterns, like no wind or stickiness.

Standard Otherworldly Channel Reaction OGI

In muggy circumstances or at longer distances, having the choice to change to a weighty alkanes otherworldly channel immeasurably further develops the camera's VOC discovery capacities.

The outline underneath shows the various channels and assimilation attributes of a portion of the mixtures they recognize. Methane is distinguished better with the standard channel; nonetheless, VOCs are identified better with the weighty Alkanes channel.

MWIR EyeCGas OGI Camera Bandpass Channels

To the extent that CO2, in the outline beneath, you can see the locator of the EyeCGas 2.0 (VOC) camera is available to up to 4.3 microns; hence, by putting the CO2 channel, we can likewise recognize CO2. The outline underneath sums up the three distinct channels presented with the EyeCGas 2.0.

Hot Channel Correlation - VOC EyeCGas 2.0 OGI Camera

To sum up, for ideal execution with your OGI camera, you ought to constantly have the choice to change the channels (it requires around one moment).

Utilize the standard channel (focus ~3.3 µm) for methane and VOCs in great weather patterns. For further developed VOCs (Hexane, Octane, Butane, Pentane, Heptane, and so on) identification in moist circumstances and longer-range, change to a weighty alkanes channel (focus ~3.4 µm), and for CO2, change to the CO2 channel.

To sum up, for ideal execution with your OGI camera, you ought to constantly have the choice to change the channels (it requires around one moment).

Utilize the standard channel (focus ~3.3 µm) for methane and VOCs in great weather patterns. For further developed VOCs (Hexane, Octane, Butane, Pentane, Heptane, and so on) identification in moist circumstances and longer-range, change to a weighty alkanes channel (focus ~3.4 µm), and for CO2, change to the CO2 channel.