Fluke Thermal Imager TIR2/FT-20

The TIR2/FT-20 is a thermal imager from Fluke. Features: Industry Leading Thermal Sensitivity (≤0.050 °C NETD) Provides Solid Resolution, And Ultra High-Quality Images IR-Fusion Technology Automatically Merges Visual And Thermal Images Pinpointing Trouble Areas Quicker By Automatically Relating Thermal Images With The Real World The 180° Articulating Lens Is Great For Viewing Around Obstructions The 5" High Resolution, High Contrast Display Is The Biggest Display In The Industry 160 x 120 Focal Plane Array And 20mm High Quality Germanium Lens With Continuous Single Finger Focus Provide Exceptional Image Resolution SmartView Professional Report Writing Software Generates Fast, Easy, Customizable Reports Including Rich Image Analysis The Intuitive Operation With On-Camera Windows CE Interface Makes It Easy To Use Accessories: Heavy-Duty Carrying Case 2 Rechargeable Battery Packs Battery Charger AC Adapter Video Cable 512 MB Compact Flash Card USB Cable PCMCIA Compact Flash Card Reader Neck Strap SmartView Reporting And Analysis Software Applications: Roofing Surveys Detect wet insulation in flat-roof systems quickly and efficiently Energy Audits Perform infrared energy audits for residential and commercial applications Moisture/Restoration Accurately detect moisture issues located behind exterior and interior walls, in ceilings or under carpet covered floors Mold Remediation Control mold by finding unknown sources of moisture that would otherwise go undetected. Infrared scanning is the fastest most efficient way to provide 100% moisture detection coverage The new Fluke TIR2/FT-20 thermal imager is for professionals demanding the best solutions in building diagnostics applications. The Fluke TIR2/FT-20 provides the industry's largest LCD to view on-camera images, augmented with the innovative IR-Fusion™ technology to better pinpoint building problems. IR-Fusion is the overlay of IR and visible images, allowing one to clearly identify critical points within the thermal image. The primary diagnostic procedure for determining the thermal performance of a building envelope is infrared thermography. It can be used to identify heating and cooling loss due to poor construction, missing or inadequate insulation and moisture intrusion. Correcting the defects plays a significant role in increasing building efficiency and structural integrity. Thermography can identify surface temperature variations of the building envelope, which relates to problems in the structure, thermal bridging, moisture content and air leakage.