Data Sheet

ManualsBrandsFLIR ManualsTest & Measuring EquipmentThermal Imaging Camera FLIR i3

FLIR i-Series Point-and-Shoot

Thermal Imaging Cameras

Compact, Lightweight, Rugged

Groundbreaking Affordability

Easy to Use

Quality Images and Temperature Data

Missing insulation and water damage.

Hot electrical component.

Hot pipe and water leak in wall.

Air leak around door.

Summary of content (4 pages)

PAGE 1
FLIR i-Series Point-and-Shoot Thermal Imaging Cameras Missing insulation and water damage. Hot electrical component. Hot pipe and water leak in wall. Compact, Lightweight, Rugged Groundbreaking Affordability Easy to Use Quality Images and Temperature Data Air leak around door.
PAGE 2
Compact Thermal Cameras for Building Diagnostics & Predictive Maintenance More affordable than ever, FLIR i-Series point-and-shoot infrared cameras put high quality, cost-effective thermal imaging in the hands of those who need it most. Now energy auditors, building inspectors, electrical contractors, predictive maintenance specialists, HVAC professionals, insulation contractors, and many more can have fast, accurate, easy-to-use thermal imaging every day.
PAGE 3
Three Best-in-Class Imagers: • i3 – 3,600 pixels Groundbreaking Affordability! • i5 – 6,400 pixels Fast and Accurate. 14,400 pixels Meets the new Resnet standards. • i7 – Large LCD Display* All i-Series Cameras Offer: • Excellent Screen Size and Quality – High-resolution color 2.8” LCD display helps you find problems fast. • Accurate Results – FLIR’s outstanding thermal accuracy (+/-2%) and broad measurement range (-20°C to 250°C) give you results you can count on.
PAGE 4
Imaging Specifications Specifications i3 i5 i7 Resolution 60 × 60 80 × 80 120 × 120 Total Pixels 3,600 6,400 14,400 <0.15°C <0.1°C <0.1°C Model Number Imaging Thermal Sensitivity Accuracy +/-2% or 2°C Temperature Range Field of View -4°F to 482° F (-20°C to 250°C) 12.5° × 12.5° 17° × 17° Focus 25° × 25° Focus Free Detector Uncooled Microbolometer Screen 2.8” Color LCD Frame Rate 9 Hz Emissivity Correction 0.1 to 1.