Infrared Thermometer LIFT-T2012

Introduction

Infrared Thermometer non-contact temperature measurement with a wide range from -50°C to 650°C for fast and safe inspections. The integrate UV-lamp function supports additional inspection needs, such as detecting leaks or contamination. It operates within an optimal infrared wavelength range for temperature detection. Our Infrared Thermometer is used in vents, machinery surfaces, and home insulation.

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  measures surface temperatures without contact by detecting emitted heat. It is ideal for checking machinery, systems, food safety, automotive parts, and home insulation.

Specifications

Temperature Range	-50 to 650℃ (-58 to 1202°F)
Measurement Accuracy	Greater than or equal to 100°C: ±2% ; Less than or equal to 100°C: ±2°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 (-4 to 140 F)
Operating Temperature	0 to 40°C (32 to 104 F)
Operating Humidity	10 to 90%
Environmental Temperature Range	-20 to 60°C (-4 to 140 F)
Environmental Temperature accuracy	1°C
Relative Humidity Accuracy	5%
Display	Colour Display
Low Battery Indication	Less than 2.4 V
Power Supply	3 V × batteries
Dimensions (L × W × D)	108 × 49 × 177 mm
Weight	0.202 Kg

Features

Bright colour display 

Wide distance-to-spot ratio

User-friendly interface

High repeatability performance

Audible alert system

FAQs

1. Is the Infrared Thermometer suitable for both contact and non-contact temperature measurement?

The Infrared Thermometer is equipped to handle both contact and non-contact temperature measurements. It uses infrared sensors for surface temperature without touching the object and includes support for a K-type thermocouple for contact-based measurements. This dual-mode operation enhances its flexibility across industries. You can use it for tasks like checking vents, machinery surfaces, and even internal components using the thermocouple. Switching between the modes is simple, making it user-friendly. It allows professionals to adapt to different measurement scenarios instantly. This capability makes it ideal for technical, mechanical, and laboratory applications.

2. What type of laser does the Infrared Thermometer use for targeting?

The Infrared Thermometer laser projects a clear pattern around the measured point, making it easier to align with the desired surface. The circular format improves accuracy compared to single-point lasers, especially when measuring small or specific zones. This feature helps reduce errors during critical readings. It’s especially useful in technical environments where pinpoint accuracy is necessary. The laser activation can be controlled based on the user's preference. With this targeting assistance, users gain more confidence in the readings they obtain.

3. How does the Infrared Thermometer perform in humid environments?

Infrared Thermometer is designed to operate in environments with 10% to 90% relative humidity, provided the atmosphere is non-condensing. This means it can be used in locations such as industrial kitchens, greenhouses, or manufacturing zones with high moisture levels. The thermometer also features relative humidity measurement with an accuracy of ±5% RH, adding another layer of utility. Its materials are selected to avoid damage or interference caused by moisture. This durability supports consistent operation without degradation in performance. As a result, it’s ideal for moisture-prone facilities.

4. Can the Infrared Thermometer be used for routine inspections and maintenance?

The Infrared Thermometer is well-suited for routine inspection tasks across industries. Its fast response time, broad measurement range, and clear display help technicians’ complete temperature checks quickly and accurately. Features such as max/min value storage and alarm settings assist in identifying abnormal heat patterns. With its non-contact capability, technicians can inspect electrical panels, motors, and pipes safely. The data storage function allows comparison of past and present readings, supporting preventive maintenance strategies. It reduces manual errors and saves inspection time. This makes it an efficient tool for facility management and equipment maintenance teams.

5. What kind of battery life can be expected from the Infrared Thermometer ?

Engineered Infrared Thermometer operates on two 1.5V batteries, which offer extended use under normal conditions. Intelligent power management features reduce unnecessary battery drain, such as auto shut-off when inactive. The backlit and laser functions are also energy-optimized to extend usage. A low battery indicator alerts users well before the battery runs out. This helps prevent unexpected downtime during critical measurements. Battery replacement is quick and easy without needing tools. Overall, its power system is designed for consistent, field-ready performance.