Infrared Temperature Sensor LITS-T2010

Introduction

Infrared Temperature Sensor offers a temperature range from -20 to 100℃ and has Response time 0.5 sec. It features high-precision dual-laser targeting, allowing users to easily and accurately aim at the exact spot to be measured. It also includes electrically isolated circuits, ensuring that the power supply, digital output, and analog output work independently without any signal interference. Our Infrared Temperature Sensor is used in machine monitoring, food processing, systems, electrical equipment, and automated production lines, where fast, safe, and accurate temperature readings are needed.

This infrared temperature sensor 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 Temperature Sensor is used in machine monitoring, food processing, systems, electrical equipment, and automated production lines, where fast, safe, and accurate temperature readings are needed.

Specifications

Temperature Range	-20 to 100℃
Measurement Accuracy	Greater than or equal to 100℃ ±2% Less than or equal to 100℃ ±2%
Measuring Distance Ratio	20：1
Spectral Response	8 to 14μm
Response Time	0.5 sec
Emissivity ()	0.95
Repeatability	±1% or ±1℃
Analog Output	RT-A: 4 to 20mA
Maximum Current	50mA
Protection Level	IP54
Environmental Temperature	0 to 50℃
Storage Temperature	-20 to 50℃
Relative Humidity Repeatability	10 to 95%
Isolation	Power, digital output and analog output are isolated and do not interfere with each
Shell Material	Stainless Steel
Standard Wire Length	2m (or can be 5m or 10m)
CE Certification	With CE approval and protection against electromagnetic disturbance for EU standard.
Power Supply	DC 9 to 24V
Product Dimension	128 × 46 ×26 mm
Package Dimension	185 × 85 × 55 mm
Net Weight	0.2 Kg
Gross Weight	0.27 Kg

Features

Compact and Lightweight

Durable Aluminum Casing

CE Certified for Compliance

High optical resolution ratio

High Performance of Sensor Probes

FAQs

1. What is the temperature range and measurement accuracy of the It Infrared Temperature Sensor ?

It Infrared Temperature Sensor measures temperatures from -20°C to 100°C with a high level of accuracy. It maintains an accuracy of ±2% for both temperatures above and below 100°C, ensuring reliable readings in a wide range of applications. This makes it ideal for environments where precise temperature control is necessary, such as food processing, machine monitoring, and systems. Whether you're dealing with cold or warm surfaces, the delivers consistent and accurate results.

2. How does the high-precision dual-laser targeting system enhance the functionality of the It sensor?

It features a high-precision dual-laser targeting system that helps users accurately aim at the exact spot they want to measure. This dual-laser system outlines the actual measurement area, making it easier to get precise readings from a distance or on small objects. It eliminates guesswork and improves targeting, especially in complex industrial settings. As a result, users can be confident that they’re measuring the right area every time, improving overall efficiency and accuracy.

3. What makes the It Infrared Temperature Sensor suitable for use in industrial and automated environments?

Built for industrial use, the It offers a compact and lightweight design, durable aluminum casing, and a fast 0.5 second response time. Its 20:1 distance-to-spot ratio allows it to measure small targets from a distance, which is useful in automated lines or hard-to-reach areas. With an IP54 protection rating, it resists dust and splashes, making it durable for harsh environments. These features make it perfect for use in machine monitoring, systems, electrical equipment, and production lines.

4. What types of outputs does the It Infrared Temperature Sensor support, and how does it ensure signal stability during operation?

It Infrared Temperature Sensor supports a standard 4 to 20mA analog output, which is widely used in industrial systems for reliable data transmission. One of its key features is the electrical isolation of the power, digital, and analog outputs, which ensures that each function works independently. This prevents signal interference, resulting in more stable and accurate readings. Its isolated design is especially beneficial in complex industrial environments where multiple electronic systems operate simultaneously.

5. Is the It Infrared Temperature Sensor certified for safety, and what environmental conditions can it withstand?

Yes, our It Infrared Temperature Sensor is CE certified, meaning it meets EU standards for safety and electromagnetic compatibility. It is housed in a stainless-steel shell for durability and can operate in environments ranging from 0°C to 50°C, with a storage range of -20°C to 50°C. The sensor also performs well in humidity levels of 10% to 95%, making it suitable for both dry and humid settings. This robust construction ensures reliable performance in a variety of industrial conditions.

6. What is a It Infrared Temperature Sensor and how does it work?

It Infrared Temperature Sensor is an advanced device that detects infrared radiation, also known as heat energy, emitted by people, objects, or surfaces. It works by sensing the thermal radiation naturally given off by anything with a temperature above absolute zero. This allows it to measure temperature without physical contact, making it ideal for situations where hygiene, safety, or speed is important. The sensor converts this radiation into an electrical signal, which is then displayed as a temperature reading. This method provides quick and accurate temperature measurements across various environments.

7. What are the main applications of It Infrared Temperature Sensors?

It Infrared Temperature Sensors are widely used in many fields due to their non-contact measurement ability. They are ideal for industrial automation, where machines and processes need to be monitored without stopping operations. In systems, they help control temperature efficiently. In food processing, they allow hygienic monitoring without contamination. They are also used in medical devices for safe patient monitoring and in energy management systems for detecting heat loss or overheating components. Their versatility makes them suitable for almost any environment where quick and precise temperature control is needed.

8. Why is non-contact temperature measurement important?

Noncontact temperature measurement, like that offered by It Infrared Temperature Sensors, is important because it ensures safety, hygiene, and efficiency. It allows temperatures to be checked on moving parts, high-heat surfaces, or delicate objects without the risk of damage or contamination. This is especially useful in food industries, where maintaining cleanliness is crucial, and in industrial settings, where direct contact could be dangerous. It also saves time and allows for continuous monitoring in automated processes, helping prevent malfunctions or overheating before issues arise.

9. How accurate are It Infrared Temperature Sensors?

It Infrared Temperature Sensors are designed to deliver highly accurate temperature readings by detecting even small variations in infrared radiation. The technology ensures consistent and reliable results, making them suitable for critical applications like medical monitoring, balancing, and machine diagnostics. Because there is no need for physical contact, the accuracy remains stable over time, with less wear and tear on the sensor. This results in long-term reliability and reduced maintenance in demanding environments, ensuring efficiency and cost-effectiveness.

10. What are the benefits of using It Infrared Temperature Sensors in everyday systems?

Using It Infrared Temperature Sensors offers many benefits, including fast response time, hygienic operation, and safe, contactless measurement. They help maintain consistent temperatures in systems, detect faults in electrical equipment, ensure quality control in food processing, and monitor patient safety in medical devices. These sensors improve energy efficiency, reduce manual checks, and support automation in both commercial and industrial settings. Their easy integration and reliable performance make them a smart choice for a wide range of temperature monitoring tasks.