Magnification | |
Objective Focal Length | 25 mm |
FOV | 11 x 8 |
Focus Range | from 1 m to infinity |
Focus Adjustment | Manual |
Exit Pupil | |
Eye Relief | |
Detector Type | Amorphous Silicon Microbolometer |
Spectral Response | 7-14m |
Pixels | |
Pixel Size | |
Angular Resolution, mrad | |
Thermal Sensitivity | |
Range to Detect a Human | to 475 m |
Output Format | |
Display | 320 x 240 pixels |
Display Format | |
Color | Monochrome |
Digital ZOOM | |
Brightness Adjustment | |
Contrast Adjustment | Automatic |
Available User Interfaces | |
Power Supply | 2 x 1.5 V AA type battery |
Start-Up Time | ~ 3 seconds |
Operating Time w/one battery pack | 2 hrs with AA/ 6 hrs with lithium |
External Power Supply | 12 vdc input on rear outlet jack |
Operating Temperature | -20 to +60 C |
Waterproof | Yes |
Dimensions | 134x114x51mm |
5.25"x4.5"x2" | |
Weight | 380 g / 13 oz |
Warranty | 1 year |
Left- or right-hand operation with rugged slip-resistant grip
1/4-20 tripod mount
Tactile battery loading feature for stealth nighttime operation
External video and power jacks
One-Year Warranty
From Our Community
Question
I seen my first answer but what about under ground? If a hot object was burried how far away could it pick it up at? Like 5 ft under the ground it will see it at 50 ft.
From Tyler H on Mar 12, 2015
Answer
Hi Tyler. This is hard to answer. Thermal-Eye X200 as any other thermal camera picks up heat signatures of all visible and invisible objects and shows you a "map" of those heat signatures. That's what comprises your image. So if your object is hot enough that makes the surface hotter than the surrounding, then that is what you will see. That a certain part of the surface is hotter than the rest.