Infrared Thermometer LIFT-T2023

Introduction

Infrared Thermometer measures temperatures from -50 to 390°C that allows for consistent accuracy across varying thermal conditions. The integrated laser pointer ensures reduced measurement errors by targeting the exact spot. It features temperature unit switch that easily switches between celsius and fahrenheit, supports user preference. Our infrared thermometer is ideal for mechanical bearings, chemical processing equipment, and heating elements.

This thermometers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Infrared Thermometer detects heat emitted from surfaces to measure temperature without physical contact. It is ideal for monitoring machinery, inspecting thermal insulation, checking circuit boards, managing greenhouse climates, and performing routine facility maintenance.

Specifications

Temperature Range	-50 to 390℃ (-58 to 734°F)
Measurement Accuracy	Greater than 0°C: ±2°C ; Less than 0°C: ±3°C
Measuring Distance Ratio	12:1
Emissivity	0.1 to 1.0
Response Time	0.5 seconds
Wavelength	5 to 14 μm
Repeatability	1% or 1°C
Resolution	0.1°C
Storage Temperature	-20 to 60°C (-14 to 140 °F)
Operating Temperature	0 to 40°C (32 to 104 °F)
Operating Humidity	10 to 90%
Display	Colour Display
Power Supply	3 V × batteries
Dimensions (L × W × D)	147 × 91 × 40 mm
Weight	0.202 Kg

Features

Backlit display screen

Standard battery power

Data hold function

Adjustable surface emissivity

Long-distance targeting

FAQs

1. How accurate is the Infrared Thermometer during temperature readings?

Infrared Thermometer delivers with an accuracy of ±3°C below 0°C and ±2°C above 0°C. This level of precision ensures dependable results even when measuring extreme temperature differences. This device suitable in environments where precise temperature tracking is crucial, such as quality control processes or laboratory testing. It helps avoid misreading that could affect product quality or safety. By offering clear and consistent results, Accurate readings are vital for maintaining standards and compliance.

2. Can the Infrared Thermometer be used on different materials with varying emissivity?

Yes, the Infrared Thermometer includes an adjustable emissivity range from 0.10 to 1.00, which is critical for measuring temperatures of different materials accurately. Various surfaces emit infrared radiation differently, so being able to adjust the emissivity setting ensures you get precise readings regardless of the material type. This makes it suitable for use on metals, plastics, food surfaces, and painted objects. The ability to calibrate for different surfaces increases the thermometer’s versatility across multiple industries. Without adjustable emissivity, some readings could be skewed, leading to poor decisions or faulty diagnostics. This feature ensures it meets the demands of both industrial and research applications.

3. How does the laser targeting feature of the Infrared Thermometer improve accuracy?

Infrared Thermometer is equipped with a laser pointer to show the exact spot being measured. This ensures that you're not mistakenly capturing the temperature of surrounding areas. It is especially useful when working with small or distant targets where pinpoint accuracy is essential. The visual guidance minimizes guesswork, leading to more reliable and focused readings. Professionals working in maintenance or manufacturing environments can benefit from this feature by avoiding errors and re-measurements. The laser aids in targeting hard-to-reach or confined spaces effectively

4. Is the Infrared Thermometer easy to use in low-light or dark environments?

The Infrared Thermometer addresses this with a built-in backlight display. This illuminated screen allows users to clearly read temperature values even in dimly lit areas such as storage units, basements, or outdoor night shifts. The backlight improves visibility and helps prevent mistakes that can occur from misreading data. It enhances safety and accuracy by ensuring that measurements are easily visible regardless of ambient lighting. This is particularly useful for maintenance technicians or field engineers working in low-visibility conditions. The user-friendly display contributes to a more efficient workflow.

5. Can the Infrared Thermometer be used in humid environments?

Infrared Thermometer is designed to operate reliably in conditions with up to 90% relative humidity (non-condensing). This means it performs consistently even in humid climates or industrial settings with moisture in the air. Whether used in kitchens, greenhouses, or coastal areas, it maintains its functionality without sensor damage. The device's humidity tolerance broadens its application scope and ensures measurement stability. High humidity resistance is vital for ensuring durability and accuracy over time. Users won’t have to worry about short circuits or faulty readings.