Fluke TiX870 | 640×480 Expert Series Articulating Thermal Camera

Research, industrial development and advanced maintenance applications often require detailed infrared imaging from difficult viewing positions or at extended working distances. The Fluke TiX870 Expert Series Thermal Camera provides 640 × 480 infrared resolution for high-detail temperature analysis.

Its measurement range extends from -40°C to 700°C, while a 0.68 mrad spatial resolution helps resolve smaller targets. Auto and manual focusing support both rapid inspection and controlled analytical work. Continuous digital zoom extends to 25×, providing additional viewing flexibility for distant equipment. The TiX870 operates at a 9 Hz frame rate and serves as the entry point to the TiX800 Expert Series, where higher models add faster frame rates, SuperResolution, and extended high-temperature capability.

TiX800 Expert Series Selection Guide

Choose the TiX870 when you need 640 × 480 imaging, 700°C capability and long-range zoom but do not require 30 Hz imaging or SuperResolution.

Market Relevance

The TiX870 suits Pakistani R&D departments, power utilities, engineering universities, OEMs, heavy industry, and specialist thermography teams that need advanced thermal inspection. Buy the Fluke TiX870 from Kamadi Pakistan for expert-level infrared analysis.

Key Features

• 640 × 480 infrared resolution
  
• Wide -40°C to 700°C measurement range
  
• Auto and manual focus
  
• Continuous digital zoom to 25×
  
• Professional expert-series imaging platform
  

Technical Specifications

• Model: Fluke TiX870
  
• IR Resolution: 640 × 480
  
• Temperature Range: -40°C to 700°C
  
• Field of View: 25° × 19°
  
• IFOV: 0.68 mrad
  
• Minimum Focus Distance: 0.2 m
  
• Digital Zoom: 1×–25×
  
• Focus: Auto / Manual
  
• Frame Rate: 9 Hz
  
• Spectral Response: 8–14 µm
  

Applications

• R&D thermal analysis
  
• Electrical asset inspection
  
• Outdoor utility surveys
  
• Industrial OEM testing
  
• Predictive maintenance
  

Professional Tip: At high zoom levels, stabilize the camera and verify focus carefully because small hand movements can shift the measured area significantly on distant targets.