Fluke TiS55 PRO Thermal Imager

Product overview: Fluke TiS55 PRO Thermal Imager

Enhanced performance for detailed analysis

288 x 216 high-definition infrared resolution. The robust quality lens with SuperResolution mode enables the user to achieve high image quality. Various close-distance applications can be supported such as facilities maintenance and walk-through routine inspection.

Simplify complex tasks with one-click operation

Just 4 steps to help you efficiently complete inspection and reporting.

• Step 1: Select pre-saved measurement parameters. For scenarios or critical equipment that require frequent testing, the quick Action button enables instant access to the saved test parameters, ensuring consistent test procedures every time and reducing setup time.
• Step 2: Scan the QR code for automatic naming. Scan the asset QR code to automatically assign the asset identity to the captured thermal images. This helps the user quickly sort out the files on the imager, PC, or mobile phone.
• Step 3: Transfer thermal images wirelessly. Thermal images can be transferred wirelessly to a mobile phone or PC, which eliminates the need for a wired transfer method. The ability to do quick sharing to PC or mobile phone allows on-site problems to be reported promptly.
• Step 4: Automatic reporting with one click. With the free Fluke Connect Express analysis software, you can edit thermal images, analyze temperature trends, generate reports with a single click, and customize report templates to support various types of inspection jobs.

Route-based inspection of assets

With the built-in route inspection function, pre-set inspection routes help track inspection progress in real-time to avoid missed inspections. This offers a new digitized option for scenarios where QR codes do not work.

Portable and easy to carry around

Lightweight and portable with a large 3.5-inch touchscreen. The Fluke ergonomic design enables on-site inspections with one hand. Agile Focus technology shortens the manual focus knob rotating path to under 67°, presenting clear thermal images faster and more flexibly for targets of different distances and sizes.