Fluke CO-220 | Carbon Monoxide Meter for Building & Industrial Safety Checks

Carbon monoxide can accumulate around combustion equipment without obvious visual warning, making direct measurement essential when investigating suspected combustion-gas problems. The Fluke CO-220 Carbon Monoxide Meter is a standalone handheld instrument designed to measure CO in commercial, residential, and industrial environments.

Its large backlit display indicates carbon monoxide from 0 to 999 ppm, while an audible beeper increases in frequency as CO concentration rises. MAX Hold stores the highest measured level, which is useful when surveying several points around boilers, heaters, engines or occupied spaces. Automatic sensor zeroing and self-test at startup simplify daily checks and help confirm instrument readiness before measurements begin.

Carbon Monoxide Meter Selection Guide

Choose the CO-220 when you need carbon monoxide measurement around combustion equipment or in occupied areas. Do not confuse it with CO₂ or general multi-gas monitoring instruments.

Market Relevance

The CO-220 is useful for Pakistani boiler rooms, HVAC teams, workshops, generator areas, commercial buildings and facility-safety personnel checking for combustion-related CO accumulation. Buy the Fluke CO-220 from Kamadi Pakistan for straightforward professional carbon-monoxide measurement.

Key Features

• Standalone carbon monoxide measurement
  
• Backlit digital display
  
• Increasing-frequency audible alarm
  
• MAX Hold for peak CO value
  
• Automatic zeroing and startup self-test
  

Technical Specifications

• Model: Fluke CO-220
  
• CO Display Range: 0–999 ppm
  
• Display: Backlit LCD
  
• Alarm: Audible
  
• Alarm Behaviour: Frequency increases with CO level
  
• Maximum Reading Hold: Yes
  
• Automatic Sensor Zero: Yes
  
• Startup Self-Test: Yes
  

Applications

• Boiler-room checks
  
• Combustion equipment inspection
  
• Generator-area monitoring
  
• Building safety surveys
  
• HVAC combustion troubleshooting
  

Professional Tip: Zero the instrument in known clean air before entering a suspected CO area so the baseline is not influenced by the atmosphere being investigated.