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Metrix+

MT 4xL

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MT 4xL Digital Infrared Thermometer is a palm-sized, non-contact temperature gun with a 12:1 distance-to-spot ratio and a range of -32°C to 550°C , ideal for quickly diagnosing HVAC and electrical surface temperatures.

Features:

  • Palm-sized and ergonomic. 
  • °C / °F convertible. 
  • Selectable laser pointer operation. 
  • Auto Power off and Data hold functionality. 
  • Carry Pouch included.
  • Type Infrared Thermometer
Rs. 2,124.00 incl. taxes
In stock
In stock

Ready to work out of the box!

All our meters are delivered with essential accessories and easy-to-follow instructional manual. Unbox and start measuring with confidence!

Warranty and returns?

All our meters come with 12 month warranty against manufacturing defects. Please read our returns and refund policy for more information.

Got Questions? Feel free to get in touch.

Technical Specifications:

Model Metrix+ MT 4xL
Temperature Range -32℃ ~ 550℃(-26°F ~ 1022°F)
Display Backlight Display
Accuracy +2% or +2°C
Distance to Spot Ratio 12:1
Resolution 0.1°C or 0.1°F (<1000°C)
Response Time 200 ms
Spectral response 8-14 um
Emissivity preset 0.95
Repeatability +1% or +1°C
Functionalities Data Hold, °C/°F Selection, Laser Target Pointer Selection, Auto Power OFF
Net Weight 150g
Dimensions 151*107*42mm
Power 2 x 1.5V AAA battery
Standard Accessories, Packing Battery, Operational Manual ; Carry Case & Gift Box

 

Applications:

Infrared thermometers (IR Thermometers) are highly versatile, non-contact temperature sensors used for HVAC diagnostics, preventive maintenance (PM) of electrical panels, motor monitoring, and food safety checks, providing instant, safe readings. They are essential tools for professional technicians to quickly identify overheating equipment and troubleshoot temperature-related issues across industrial and commercial applications.


Measuring Principle:

Digital infrared thermometers operate on the principle of Blackbody Radiation, where a focusing lens collects the infrared energy naturally emitted by an object and directs it to a sensitive sensor (thermopile), which then converts this radiation intensity into a precise, non-contact surface temperature reading.