Extech 42570 Dual Laser Infrared Thermometer Product Datasheet

Extech 42570 50:1 Dual Laser Infrared Thermometer measures smaller surface areas at greater distances with high accuracy. It supports USB interface, can be equipped with temperature probe, USB cable, software, tripod, carrying case and 9V battery.


Extech 42570 Dual Laser Infrared Thermometer Product Datasheet - cover page
Brand
EXTECH
Document type
Product Leaflet
Language
English
Pages
1
File format
PDF
File size
399 KB
Published
01 August, 2012
Updated
01 October, 2023
MD5 checksum
AC960DBB2EB12F6938421F6F9E5082B5

About this manual

The Extech 42570 is a dual laser infrared thermometer designed with a high 50:1 distance-to-target ratio to measure smaller surface areas at greater distances. It features fast response time and includes Type K thermocouple input for expanded measurement ranges.

Key specifications include an IR range of -58°F to 2498°F (-50°C to 1370°C) with a basic accuracy of ±(1% of reading + 2°F/1°C). The device offers adjustable emissivity, MAX/MIN/AVG/DIF functions, and a lock function for continuous readings via USB interface.

What's inside

  • Dual Laser Targeting
  • Type K Thermocouple Input
  • Laser Convergence Distance
  • IR Temperature Range
  • Emissivity Adjustment
  • MAX/MIN/AVG/DIF Feature
  • USB Interface and Software
  • Tripod Mounting
  • Memory Storage
  • Specifications

Specifications

Laser Convergence Distance50:1 (27m)
IR Range-58 to 2498°F (-50 to 1370°C)
Basic Accuracy±(1% of rdg + 2°F/1°C)
Emissivity Range0.10 to 1.00 Adjustable
Memory CapacityManually Store/Recall 100 readings

Frequently asked questions

What is the distance-to-target ratio of the Extech 42570?

The thermometer has a high 50:1 distance to target ratio, allowing it to measure smaller surface areas at greater distances.

Does the Extech 42570 include a thermocouple input?

Yes, it includes Type K thermocouple input with a range from -58°F to 2498°F (-50°C to 1370°C).

How does the dual laser targeting work?

The dual lasers indicate the ideal measuring distance when two laser points converge at a 1" target spot.

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