Fluke RSE30H | 2000°C High-Temperature Mounted Infrared Camera

Furnaces, kilns and high-temperature manufacturing processes may need continuous thermal monitoring at temperatures far beyond the range of standard maintenance cameras. The Fluke RSE30H Mounted Infrared Camera combines fixed radiometric monitoring with an extended measurement range from -20°C to 2000°C.

Its 384 × 288 infrared detector provides detailed thermal imaging for process observation, while thermal sensitivity is below 50 mK. Autofocus helps maintain target clarity, and 30 Hz fully radiometric streaming lets you analyse continuous temperature data remotely. Network communication and alarm I/O enable integration with industrial monitoring systems, while SmartView IR software supports recording, thermal trending and reporting.

High-Temperature Mounted Camera Selection Guide

Choose the RSE30H when fixed monitoring requires temperatures up to 2000°C but 384 × 288 resolution is sufficient. Select the RSE60H when you need both high-temperature capability and 640 × 480 imaging.

Market Relevance

The RSE30H is particularly relevant to Pakistan's steel mills, cement kilns, furnaces, foundries, glass processing, heat treatment and industrial R&D. Kamadi Pakistan offers the Fluke RSE30H for continuous high-temperature process monitoring.

Key Features

• High-temperature monitoring to 2000°C
  
• 384 × 288 infrared resolution
  
• Fully radiometric 30 Hz streaming
  
• Autofocus system
  
• Network and alarm integration
  

Technical Specifications

• Model: Fluke RSE30H
  
• IR Resolution: 384 × 288
  
• Temperature Range: -20°C to 2000°C
  
• Thermal Sensitivity: <50 mK
  
• Temperature Accuracy: ±2°C or ±2%
  
• Spectral Response: 7.5–14 µm
  
• Focus: Auto
  
• Radiometric Streaming: 30 Hz
  
• Network: IPv4, UDP, TCP, RTSP, RTCP, RTP
  
• Software: SmartView IR
  

Applications

• Furnace monitoring
  
• Cement kiln processes
  
• Steel and foundry operations
  
• Heat-treatment systems
  
• High-temperature R&D
  

Professional Tip: For permanent furnace or kiln monitoring, establish emissivity values for the actual process material rather than assuming the same setting works for refractories, metal, and product surfaces.