Infrared Thermometer LIFT-T2028

Introduction

Infrared Thermometer detects surface temperatures ranging from -50°C to 750°C, offering reliable performance across a wide temperature spectrum. It features a laser positioning system that helps minimize the chance of incorrect readings. The integrated data hold function allows for convenient reference during inspections. Our infrared thermometer performs reliably in thermal audits, pipeline inspections, and research facilities.

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 use in pharmaceutical environments, electronics testing, fire safety assessments, environmental monitoring, smelting operations, and warehouse temperature checks.

Specifications

Temperature Range	-50 to 750℃ (-58 to 1382°F)
Measurement Accuracy	Greater than 0°C: ±1.5°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	9 V
Dimensions (L × W × D)	250 × 200 × 200 mm
Weight	0.500 Kg

Features

Versatile measurement options

Celsius and Fahrenheit display support

Adjustable emissivity setting

High-temperature warning system

Enhanced temperature storage range

FAQs

1. Can the Infrared Thermometer alert users to abnormal temperatures?

Infrared Thermometer alerts users when readings exceed preset thresholds. This is particularly useful in maintenance tasks where overheating or cooling failures can cause safety hazards. Once set, the alarm notifies users visually and audibly of deviations. This feature enhances monitoring consistency and reduces the chances of unnoticed fluctuations. It’s beneficial in environments such as industrial plants, commercial kitchens, or systems. Setting these limits is simple and adds a proactive layer of control. It supports preventive action before equipment damage occurs.

2. How accurate is the Infrared Thermometer during measurements?

Infrared Thermometer provides reliable results with an accuracy of ±1.5% or ±1.5°C, whichever is greater. This ensures dependable readings even when dealing with fluctuating temperatures. The device is suitable for situations where precision is essential, such as in industrial maintenance or food safety inspections. With this level of accuracy, users can confidently monitor equipment and material temperatures. The accuracy level remains stable within the supported temperature range. It reduces the chances of misreadings due to quick thermal changes. This makes it a trusted tool for professionals.

3. Can I adjust the emissivity settings on the Infrared Thermometer ?

Yes, the Infrared Thermometer allows for emissivity adjustment between 0.10 and 1.00. This feature helps fine-tune the device according to the surface material being measured. Accurate temperature readings depend on matching emissivity to the surface type, especially on reflective or textured surfaces. Materials like metals, plastics, or wood have different emissivity levels, and this setting accounts for those differences. The adjustable emissivity improves the overall precision and application versatility. It’s particularly helpful in industrial and lab environments where surface types vary. This feature enhances the reliability of your readings significantly

4. Does the Infrared Thermometer have a built-in laser for aiming?

Designed Infrared Thermometer is equipped with a laser pointer. This laser helps users clearly aim at the exact spot they want to measure, ensuring better focus and more accurate readings. It’s especially useful in situations where precise targeting is needed from a distance. The laser makes the device user-friendly and efficient, particularly in large-scale or high-temperature environments. It also helps reduce errors caused by measuring unintended surfaces. With a distance-to-spot ratio of 12:1, it maintains accuracy even when used from afar. This targeting aid adds convenience and professionalism to each use.

5. How user-friendly is the Infrared Thermometer in low-light or complex environments?

Engineered Infrared Thermometer features a clear backlit display. This makes it easy to read measurements in poorly lit spaces such as warehouses, engine bays, or night-time settings. The interface is designed for intuitive operation with simple buttons and quick response. The laser guidance and ergonomic grip also contribute to ease of use. It includes auto shutdown to save battery and a unit conversion button for switching between °C and °F. All these elements work together to ensure quick, accurate readings with minimal effort. The design focuses on both comfort and accuracy.