Infrared Thermometer LIFT-T2029

Introduction

Infrared Thermometer is designed to sense heat from -50°C to 950°C, making it dependable for routine and high-temperature inspections. The audible and visual alerts at preset temperature limits, detect abnormal heat levels. Features adjustable emissivity setting ensures accurate temperature readings across different surface materials. Our infrared thermometer is suited for warehouse temperature spots, and safety inspections.

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 commonly used for ideal for glass manufacturing, server room temperature monitoring, painting and coating curing processes, plastic molding operations, food storage inspection, and scientific experiments.

Specifications

Temperature Range	-50 to 950℃ (-58 to 1742°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

Consistent measurement accuracy

Accurate remote targeting

Wide infrared detection range

Ambient temperature compensation

Versatile measurement modes

FAQs

1. What is the maximum temperature the Infrared Thermometer can measure?

The Infrared Thermometer is capable of measuring temperatures as high as 950°C (1742°F). This makes it ideal for applications in foundries, metallurgy, and other high-temperature industrial environments. It also handles sub-zero temperatures down to -50°C (-58°F), offering wide usability across varied sectors. The extended range allows for non-contact monitoring of both extremely hot and cold surfaces. Its precise detection helps reduce the risk of error during critical temperature assessments. Users working with furnaces, kilns, or heated machinery will find it particularly beneficial. The wide measurement span adds flexibility for diverse testing conditions.

2. Does the Infrared Thermometer support adjustable emissivity?

Yes, the Infrared Thermometer features an adjustable emissivity range from 0.10 to 1.00. This allows the user to fine-tune the device based on different surface types, whether shiny metals or matte materials. Accurate emissivity settings lead to better measurement precision, especially when switching between different textures and finishes. The preset default is 0.95, suitable for most general surfaces. However, for more specific use cases, adjusting the emissivity enhances result accuracy. This flexibility is important in industries that require precise thermal readings across varied materials. It makes the thermometer versatile for technical field work.

3. How quickly does the Infrared Thermometer deliver readings?

Infrared Thermometer ensures swift and reliable results. This fast reaction time allows users to take multiple readings in quick succession without delay. It is particularly useful in dynamic environments where temperature changes rapidly. The quick measurement helps in monitoring heat-sensitive processes and ensuring safety standards. Real-time thermal assessments reduce downtime and improve workflow efficiency. Users can depend on it for fast diagnostics and accurate results with minimal lag. The responsiveness also supports better decision-making in critical conditions.

4. What power source is used in the Infrared Thermometer ?

Infrared Thermometer , offering consistent performance and extended operational time. This type of battery is easy to find and replace, ensuring the device stays ready for use. The design helps minimize power interruptions during critical measurements. Along with automatic shutdown and a low battery alert, power management is optimized for fieldwork. This is ideal for technicians and inspectors who rely on battery-powered instruments. Users benefit from the convenience of long battery life and energy efficiency. The compact power solution supports portable and dependable usage.

5. Can the Infrared Thermometer store previous temperature readings?

Yes, the Infrared Thermometer supports data storage and reading functions. This feature allows users to review past readings for comparison and analysis. It is helpful in scenarios where tracking temperature over time is critical. The ability to store and recall data makes it suitable for documentation and quality control tasks. In lab, warehouse, and industrial settings, stored data allows for better monitoring and performance analysis. The functionality improves efficiency by reducing the need for repeated measurements. It also aids in troubleshooting and historical monitoring.