L-3 Communications X200xp manual Can be viewed on the built-in video monitor

Page 7

The X200xp was designed to sense differing amounts of long wavelength infrared coming from the various areas of a scene and to convert them to corresponding intensities of visible light on a display. This allows true see–in–the–dark capability, as well as the ability to discern additional information—differences in temperature—by observing the thermal properties of objects in any light condition.

C

B

A COLD

HOT

WARM

D

E

Infrared energy is emitted proportionally to the temperature of an object A . The warmer the object, the more energy it emits. The infrared energy from the objects is focused by the optics B , onto an infrared detector C . The information

from the Infrared detector is passed to electronics

D

for

image processing.

The signal processing circuitry

translates the infrared detector data into an image

E

that

can be viewed on the built-in video monitor.

 

 

7

Image 7
Contents Page Page Page Dallas, TX . USA Additional Information AccessoriesIntroduction OperationWelcome to Infrared IntroductionCan be viewed on the built-in video monitor Contacting L-3 Communications Infrared Products Handling & PrecautionsX200xp Thermal Imaging Camera OperationHolding the Camera Install 2 AA Batteries Open the battery DoorLoading the Batteries Batteries Close the battery DoorCamera Shutter Camera Warm-UpAutomatic Contrast Checking the Battery PowerAdjusting the Display Brightness Cleaning Focusing for Close-up OperationOperating With Video & Power Cables AccessoriesPower Cable AC/DC Power AdapterVideo Cable Additional Information SpecificationsEnvironmental Q1 Can different battery types be used? Frequently Asked QuestionsTrouble Shooting Guide Page Communications Infrared Products WarrantyPage HOW to Return Products for Warranty Repair Page Communications Infrared Products