How-to-Use-Non-Contact-Infrared-Thermometer

How to Use Non-Contact Infrared Thermometer

A non-contact infrared thermometer is a thermometer that uses infrared technology to measure an object or person’s thermal radiation without the need for any physical contact to be made. This is incredibly useful when measuring the temperature of mechanical and electrical equipment or when dealing with sick patients. How to Use Non-Contact Infrared Thermometer general.

How to Use Non-Contact Infrared Thermometer

These types of thermometers typically resemble the shape of a gun so that they can be easily pointed at an object and steadied for accurate measurement.

Using a non-contact thermometer is an effective and convenient way to read the external temperature of an object or person from a distance. These types of thermometers use infrared energy to detect thermal radiation coming from the surface of an object or person, making them non-invasive tools that are easy to use if you know what you’re doing.

In this article, we have provided an ultimate guide for non-contact infrared thermometers to help you understand their benefits and how to use them properly. Keep reading to learn more!

How to Use Non-Contact Infrared Thermometer?

How-to-Use-Non-Contact-Infrared-Thermometers

Non-contact infrared thermometers are incredibly simple to use when accounting for nearby objects and a particular material’s emissivity. Here is a step by step guide for how to operate a non-contact thermometer effectively for an accurate temperature reading:

Power on the thermometer gun and hold the trigger until the laser appears

Once the laser is emitted from the thermometer, point it in the direction of the object you are measuring and hold the end of the laser stable in a precise, center location

Continue holding down the thermometer’s trigger while it reads the object’s temperature

Once the temperature has been read, the thermometer will display this reading on the screen for you to record or take note of

Power off the thermometer device after use

Advantages of Non-Contact Infrared Thermometer Over Contact Thermometer

Contact and non-contact thermometers read temperatures differently and both have their uses.

Advantages of Non-Contact Infrared Thermometer Over Contact Thermometer

The main difference is that a contact thermometer requires physical contact because it uses conduction to measure an object or person’s internal temperature. Alternatively, a non-contact thermometer using infrared technology to measure the thermal energy emitted from an object or person’s surface, reading the external temperature.

There are several advantages to using a non-contact thermometer over a contact thermometer, including:

The ability to use the thermometer from a distance, without having to make physical contact with the person or object

The ability to measure an object that is in motion or that has moving parts

There is never a risk of contamination of the thermometer because it does not touch the person or object

The ability to measure the temperature of an object that is physically inaccessible

The ability to measure temperature accurately and quickly without any wait time

We hope that this ultimate guide for non-contact infrared thermometers helped you better understand the benefits of using these tools and how to use them in a way that is accurate, safe, and incredibly simple.

For the most accurate reading possible, we recommend using the ThermoPro TP30 Digital Infrared Thermometer Gun, which features adjustable emissivity and can be used safely on just about any material or person.

How Accurate Are Non-Contact Infrared Thermometers?

Infrared thermometers are extremely accurate when being used correctly. Not all materials give off thermal radiation in the same way, and a material’s ability to give off this type of energy is known as its emissivity. Emissivity is measured on a scale from 0.00 – 1.00.

When accounting for emissivity and being aware of the nearby object that might interfere with a temperature reading, you can rely on the accuracy of a non-contact thermometer’s temperature reading.

Non-Contact Infrared Thermometers?

Thermometers that feature adjustable emissivity rather than fixed emissivity, such as the ThermoPro TP30 Digital Infrared Thermometer Gun, are the most accurate and dependable option.

This feature allows the user to adjust the emissivity to account for whatever type of material they are trying to measure the temperature of. You will be able to use an adjustable thermometer on just about any surface material and know that your reading is precise.

How Does a Non-Contact Infrared Thermometer Work?

The non-contact thermometer is simply pointed in the direction of the person or object from a distance, and a laser emitted from the thermometer helps the user find a precise target to measure.

Then, the thermometer measures the thermal radiation coming off of the object it is pointed at and displays a temperature reading on the screen. It’s as simple as that!

Because a non-contact thermometer reads thermal radiation, it measures the object’s surface temperature rather than the internal temperature. It does not penetrate the surface, but rather gathers information by sensing the heat coming off of the object itself.

Using a non-contact infrared thermometer for body temperature is a safe way to handle sick patients because the thermometer will not be contaminated.

How Does a Non-Contact Infrared Thermometer Work?

The non-contact thermometer is simply pointed in the direction of the person or object from a distance, and a laser emitted from the thermometer helps the user find a precise target to measure.

Then, the thermometer measures the thermal radiation coming off of the object it is pointed at and displays a temperature reading on the screen. It’s as simple as that!

Benefits of NCITs

The non-contact approach may reduce the risk of spreading disease between people being evaluated

Easy to use

Easy to clean and disinfect

Measures temperature and displays a reading rapidly

Provides the ability to retake a temperature quickly

Limitations of NCITs

How and where the NCIT is used may affect the measurement (for example, head covers, environment, positioning on forehead).

The close distance required to properly take a person’s temperature represents a risk of spreading disease between the person using the device and the person being evaluated.

Proper Use of NCITs

The person using the device should strictly follow the manufacturer’s guidelines and instructions for use for the specific NCIT being used. The manufacturer’s instructions for use typically include the following information and recommendations for proper use:

Preparing the Environment and NCIT:

The use environment may impact the performance of the NCIT. Instructions will typically include recommendations for optimal use, such as the following:

Use in a draft-free space and out of the direct sun or near radiant heat sources.

Determine if conditions are optimal for use. Typically, the environmental temperature should be between 60.8-104 ºF (16-40 ºC) and relative humidity below 85 percent.

Place the NCIT in the testing environment or room for 10-30 minutes prior to use to allow the NCIT to adjust to the environment.

Cleaning Between Uses:

For cleaning NCITs between uses, follow the instructions in the Cleaning and Disinfecting section of the product instructions. Most NCITs should never be immersed in water or other liquids.

Preparing the Person being Evaluated:

In preparation for taking a temperature measurement with an NCIT, the person using the NCIT should typically ensure that

The test area of the forehead is clean, dry, and not blocked during measurement.

The person’s body temperature or temperature at the forehead test area has not been increased or decreased by wearing excessive clothing or head covers (for example headbands, bandanas), or by using facial cleansing products (for example cosmetics wipes).

Using the NCIT:

As previously noted, the person using the device should strictly follow the manufacturer’s guidelines and instructions for use for the specific NCIT being used. In particular, the following are typical instructions for NCIT usage.

Hold the NCIT sensing area perpendicular to the forehead and instruct the person to remain stationary during measurement(s). (See Figure 1)

The distance between the NCIT and forehead is specific to each NCIT. Consult the manufacturer’s instructions for correct measurement distances.

Do not touch the sensing area of the NCIT and keep the sensor clean and dry.

We also have a detailed review on Best Axillary Thermometer in case if you want to check that out! and other articles.

Leave a Comment

Your email address will not be published. Required fields are marked *

Show Buttons
Hide Buttons