Fluke Ti300U | Ultra Series 384×288 Professional Thermal Imaging Camera

Maintenance teams moving from basic thermal inspection to professional condition monitoring need better image detail and reliable focusing without necessarily requiring the highest-resolution camera in the range. The Fluke Ti300U Ultra Series Thermal Imager provides 384 × 288 infrared resolution, delivering 110,592 thermal measurement pixels.

It operates from -20°C to 650°C and provides thermal sensitivity of about 75 mK. A 30 Hz frame rate produces smooth thermal viewing, while auto and manual focusing help maintain image clarity across different assets. The 25° × 19° field of view supports routine industrial inspection, and digital zoom extends to 4×. Optional telephoto and wide-angle lenses allow the camera to adapt to confined spaces or more distant equipment.

Entry Ultra Series Selection Guide

Choose the Ti300U when 384 × 288 resolution and 650°C measurement provide sufficient detail. Select the Ti401U when you need native 640 × 480 imaging.

Market Relevance

The Ti300U suits Pakistani industrial maintenance departments, facility engineers, electrical contractors, and manufacturing plants upgrading to structured thermal inspection. Kamadi Pakistan offers the Fluke Ti300U for professional preventive and predictive maintenance.

Key Features

• 384 × 288 infrared resolution
  
• Auto/manual focus system
  
• 30 Hz image frame rate
  
• Interchangeable lens support
  
• Up to 4× digital zoom
  

Technical Specifications

• Model: Fluke Ti300U
  
• IR Resolution: 384 × 288
  
• Temperature Range: -20°C to 650°C
  
• Thermal Sensitivity: 75 mK at 30°C
  
• Frame Rate: 30 Hz
  
• Field of View: 25° × 19°
  
• IFOV: 1.14 mrad
  
• Focus: Auto / Manual
  
• Digital Zoom: 1×–4×
  
• Detector: Uncooled focal-plane infrared detector
  

Applications

• Electrical panel inspection
  
• Motor and pump surveys
  
• Facility maintenance
  
• HVAC equipment inspection
  
• Process equipment monitoring
  

Professional Tip: Use optical positioning and proper focus before applying digital zoom; enlarging a poorly captured thermal image does not recover missing temperature detail.