Fluke 62 MAX | -30°C to 500°C Rugged Infrared Thermometer

Checking hot motors, bearings, electrical connections or HVAC components by direct contact can be inconvenient or unsafe. The Fluke 62 MAX Infrared Thermometer measures surface temperature from a distance, allowing maintenance teams to inspect equipment without placing a probe directly on the target.

Its temperature range covers -30°C to 500°C, with a 10:1 distance-to-spot ratio and single-laser aiming to help identify the measurement area. Adjustable emissivity supports different surface materials, while Min, Max, Average, and Differential modes help technicians compare thermal conditions rather than rely on a single instantaneous reading. The instrument responds in under 500 ms and is built for harsh maintenance work, with an IP54 enclosure and a 3 m drop rating. A large backlit display supports inspection in poorly lit equipment areas.

Infrared Thermometer Selection Guide

Choose the 62 MAX for general maintenance temperatures up to 500°C and a 10:1 optical ratio. Select the 62 MAX+ when you need a higher temperature range, faster response, and 12:1 optics.

Market Relevance

The Fluke 62 MAX is well suited to Pakistan's manufacturing plants, HVAC service, electrical maintenance, motors and pumps, food facilities and preventive-maintenance teams. Buy the Fluke 62 MAX from Kamadi Pakistan for rugged non-contact temperature inspection.

Key Features

• Non-contact temperature measurement to 500°C
  
• 10:1 distance-to-spot ratio
  
• Adjustable emissivity
  
• Min/Max/Avg/Difference measurement modes
  
• IP54 construction with 3 m drop resistance
  

Technical Specifications

• Model: Fluke 62 MAX
  
• Temperature Range: -30°C to 500°C
  
• Accuracy: ±1.5°C or ±1.5% of reading
  
• Distance-to-Spot Ratio: 10:1
  
• Response Time: <500 ms
  
• Emissivity: 0.10–1.00
  
• Laser: Single, Class 2
  
• Ingress Protection: IP54
  
• Drop Test: 3 m
  
• Battery: 1 × AA alkaline
  

Applications

• Motors and bearings
  
• Electrical connections
  
• HVAC equipment
  
• Preventive maintenance
  
• Process-equipment surface checks
  

Professional Tip: For shiny metal surfaces, do not rely on the default emissivity setting—adjust emissivity appropriately or measure a prepared high-emissivity reference area for a more representative temperature result.