Fluke Ti110 Industrial-Commercial Thermal Imager 30hz
The Ti110 industrial use thermal imager is as lightweight and rugged as it is easy to use. Fluke’s exclusive IR-OptiFlex™ focus system helps you perform electrical and mechanical inspections significantly faster. With IR-Fusion® technology, multi-mode video recording and electronic compass, the Ti110 will have you spending less time finding problems and more time fixing them.
Temperature measurement range: -20 °C to +250 °C (-4 °F to +482 °F)
Thermal sensitivity: ≤ 0.10 °C at 30 °C target temp (100 mK)
A Fluke thermal imager can save you time and money by finding potential problems before they become costly failures. With the innovative features and functionality in the Fluke Ti125, Ti110, Ti105 and Ti100 imagers, you can perform infrared inspections faster and more efficiently and thoroughly document problem areas for additional follow-up.
Fluke proudly introduces two new thermal imagers to the Ti100 series family. Ultra-sleek, intelligent design meets the performance customers need for troubleshooting and building diagnostics!
- See: IR-Fusion® (Picture-in-Picture mode) helps to identify and easily communicate problem areas, and the torch/flashlight assist to illuminate poorly lit areas.
- Feel: Lightweight, intelligent design developed to provide focus-free, one-handed, no-hassle operation.
- Communicate: Included, professional SmartView® analysis and reporting software allows you to document your findings and customize your reports.
|IR-Fusion® Technology with AutoBlend™ Mode|
Precisely blended visual and infrared images with crucial details to assist in identifying potential problems.
|1Within your provider’s wireless service area; Fluke Connect™ is not available in all countries|
2Included features vary by model; see table for model specifications.
IR-OptiFlex™ focus system
Scan for issues significantly faster than before with Fluke’s revolutionary, ultra-rugged focus system. The IR-OptiFlex focus system gives you optimum focus by combining focus-free, ease-of-use with the flexibility of manual focus on the same camera.
- Tripod mount
- Additional smart batters
- External two-bay battery charging base
- Car charger
- Instrument care plans
Fluke CNX™ Series Wireless system
Your tools connected.
The new Fluke wireless trouble-shooting team works together to help you solve problems faster.
See live measurements from multiple modules simultaneously. Customize your tool set by mixing and matching to suit your unique testing needs and provide maxium flexibility.
Wireless will change the way you work
- No more running around
- Pen and paper no longer needed
- No more waiting around
- No more uncomfortable positions
Save time and money identifying problems with the Ti110, a thermal imaging camera, before they become costly failures. The Ti110 includes Fluke’s exclusive point and shoot IR-Fusion® technology – the blending of digital and infrared images into a single image making precise documentation quick and easy. With sensitivity of ≤0.10⁰C at 30⁰ C (100 mK) temperature ranges from -20⁰C to 250 ⁰C (-4⁰F to +482⁰F) the Ti110 is suited for most industrial applications.
Fluke Ti110-30Hz Specifications
|IFOV (Spatial Resolution)||3.39mRad|
|Detector Resolution||160×120 (19,200 pixels)|
|Field of View||22.5°H x 31°V|
|Minimum Focus Distance||15cm (6″)|
|Focus System||IR-OptiFlex focus system (focus free and manual focus)|
|Wireless Connectivity||Fluke Connect® app compatible with included wireless SD Card|
|IR-Fusion Technology||IR-Fusion AutoBlend mode and Picture-in-Picture|
|Display||3.5″ diagonal (portrait format)|
|Thermal Sensitivity (NETD)||≤0.10°C at 30°C target temp (100mK)|
|Temperature Measurement Range||-20 to 250°C (-4 to 482°F)|
|Built-in Digital Camera (Visible Light)||2 megapixel industrial performance|
|Accuracy||±2°C or 2% (at 25°C nominal, whichever is greater)|
|On-screen Emissivity Correction||Yes (both value and table)|
|Color Palettes||8 standard and 3 Ultra Contrast™: Ironbow, Blue-Red, High Contrast, Amber, Amber Inverted, Hot Metal, Grayscale, Grayscale Inverted|