Milwaukee Tool 2267-20NST Infrared Thermometer 10:1

Product Description

The MILWAUKEE TOOL 2267-20NST is a non-contact infrared thermometer designed for fast, accurate surface temperature measurement across a wide range of trade applications. It reads temperatures from -22 to 752 degrees F (-18 to 400 degrees C) and uses a 10:1 distance-to-spot ratio, allowing technicians to measure targets from a safe working distance. The LCD display delivers clear readouts in the field, and the unit ships NIST certified out of the box. Built with a fully bumpered nose and overmolded grip, it is sized and balanced for regular jobsite use by HVAC technicians, plumbers, electricians, and facilities maintenance pros.

This infrared thermometer fits into workflows where quick, non-contact surface temp readings are required — checking supply and return temperatures on HVAC equipment, verifying radiant heat distribution, inspecting electrical panels for hot spots, or confirming pipe temperatures in plumbing systems. The unit is user-configurable and suited to both residential and light commercial service calls. It is compact enough for a tool bag and durable enough for repetitive daily use on active job sites.

Key Features

• Temperature range: -22 to 752 degrees F (-18 to 400 degrees C)
• 10:1 distance-to-spot ratio for accurate readings at a safe working distance
• Laser sighting for precise target aiming
• LCD display for clear, field-readable output
• Fully bumpered nose and overmolded grip for jobsite durability
• Includes NIST certification, 9V alkaline battery, and manual
• User-configurable settings and maximum emissivity of 0.95

Compatibility

Designed for general trade use in HVAC, plumbing, electrical, and facilities maintenance applications where non-contact infrared temperature measurement is required. Includes the 10:1 Infrared Temp-Gun (2267-20), 9V battery, manual, and NIST certification.

Installation Notes

No installation is required — this is a handheld, battery-operated diagnostic instrument. Power off or de-energize equipment where safe before taking close-range measurements. Follow applicable NFPA 70E arc-flash safe work practices when scanning electrical panels or live equipment. Verify emissivity settings are appropriate for the surface material being measured to ensure accurate readings.