Powerful Features of the HSI3000 include:

Two moveable temperature cursors and deltaT. Heat Spy® mode automatically locates Hot & Cold Spots!

Heat Spy® Imager uses a state of the art uncooled 160 x 120 microbolometer detector. All of the 19,2000 pixels are capable of indicating temperatures on the screen. Simply move the + and x cursors to any location on the screen and the temperatures and differential (deltaT) temperature are displayed.

Reduced Area

mode helps to

evaluate the

Hot Spot!

Each cursor can be put into "Heat Spy®" mode to automatically find the hottest and coldest temperature in the image. Easier than ever to find a hot spot and be able to identify it by using the laser pointer when aligned with circle in middle of screen. Choose an area rectangle screen and only the temperatures inside the rectangle will be displayed. Surrounding temperatures can be seen on the screen but are ignored so you can focus in on your target. This feature is most useful in distance applications or small targets.

Unlimited

Storage!

Removable 256 MB memory card stores over 1000 images. Larger MB memory cards or additional cards store an unlimited number of thermal images! Thus you can keep working in the field without having to take the camera to the office to download images. Picture shows socket for AC power supply and USB cable connector to connect with a PC.

Sharper Images

on a Bigger

Display!

More pixels provide a higher resolution thermal image and allows identification of smaller detail in the image and consequently more accurate temperature measuring.

Better sensitivity (0.15°C) detects the smallest temperature difference from pixel resulting in a sharper image on a big 3-1/2" display.

Powerful Post

Analysis

Software!

Software is included so you can download and manipulate, analyze and store thermal images. Includes hot and cold spot cursors that will identify the high and low temperature in the thermal image. Other features include histogram, 2D profiles, dual isotherms and the ability to add multiple temperature points anywhere on the scene.