Fluke® Ti55FT Infrared FlexCam® Thermal Imager w/ IR-Fusion® Technology

Features & Applications:

Professionals use Fluke Ti55FT infrared flexcam thermal imager to better identify and report suspect components and enable the repair to be done right the first time. After the inspection, users take advantage of the benefits of the powerful SmartView software that organizes, analyzes and enhances infrared images and generates customized, professional reports.

The thermal imager features 320 x 240 detectors with industry leading thermal sensitivity (≤0.05 °C;50 mK NETD), and a 60 Hz detector acquisition rate. The 5-inch color display and IR-Fusion® technology shows a high-resolution, ultra high quality, visible light image in addition to the infrared image. The Fluke Ti55 IR FlexCam Thermal Imager comes with a heavy-duty carrying case, two rechargeable battery packs, battery charger, video cable, 512 MB compact flash card, compact flash card reader and USB cable, and a PCMCIA compact flash card reader.

Features:

• See exactly what you are viewing
• Large, sharp thermal images
• A sharp image in every situation
• Make anomalies visible
• Analysis and reporting comes standard
• Radiometric measurement – the 'data behind the picture’

Typical Applications:

• Predictive maintenance – Identify electrical and mechanical problems before they cause failure
• Power/utilities – Real-time analysis of substations, transmission lines and equipment
• Process monitoring – Real-time observation to ensure efficient and safe operation
• Research and development – Quantify heat patterns to improve product designs
• Electronic design – Close up circuit board analysis

What is Thermal Imaging?

Thermal imaging is the non-contact detection and measurement of infrared energy or temperature. All objects on earth, hot or cold, radiate.

How do thermal imagers work?

Much like digital cameras, Fluke thermal imagers capture pictures. Instead of seeing visible light like digital cameras, thermal imagers use a detector to measure infrared energy. These measurements are then used to create a thermal image by assigning colors to correspond with certain temperatures.

Who is using thermal imaging?

Maintenance professionals, facility managers and electrical contractors use thermal imaging to inspect, troubleshoot and maintain electrical, mechanical and process equipment. Detecting abnormal heat patterns on equipment prior to a failure allows these users to lower costs, increase productivity, reduce risk and make money

What are the applications for thermal imaging?

Thermal imaging is the fastest and safest method of early problem detection on electrical, mechanical and process equipment, as well as the building envelope.

How can thermal imaging benefit me?

Lower costs – Save money by finding potential failures, reducing overtime, taking advantage of scheduled outages and extending equipment life.

Increase productivity – Troubleshoot in seconds by letting the varying temperatures of components tell the story. Narrow down and rule out possible problem causes faster by seeing the whole picture with infrared.

Reduce risk – Reduce the likelihood of unplanned downtime and minimize the risk of arc flash. By regularly checking equipment health and maintaining a safe distance from equipment during inspection, substantial risk is mitigated.

Make money – Electrical contractors and professional thermographers provide infrared inspections as part of their service offering. Most insurance companies mandate at least an annual infrared inspection for fire prevention and safety.

Includes:

• Heavy duty carrying case
• 2 rechargeable battery packs
• Battery charger
• Video cable
• 512 MB compact flash card
• Compact flash card reader and USB cable
• Neck strap
• SmartView reporting and analysis software on CD
• User manual on CD
• Calibration certificate

Specifications: