Thermal Imaging Cameras

Thermal Imaging Cameras – Real-Time Elevated Human Body Temperature Solution
Thermal Imaging Cameras

Accurate Temperature

  • High-tech thermal cameras are able to provide body temperature measurements that are remarkably accurate. For example, most models can provide temperature readings within approximately half-a-degree.
  • In addition, thermal imaging technology can rapidly measure a person’s temperature from up to six feet away. It does not require contact. It’s necessary to perform temperature readings in an indoor setting. This leading technology can help detect individuals with a fever.
  • It works in conjunction with a thermometer for secondary readings of high temperatures. Thermal imaging cameras serve to translate heat into observable light to analyze an object or location.

Thermal Imaging Cameras Are Here

The resulting images are known as thermograms. Thermography is the process for analyzing the information. These advanced devices can process the images they capture and display them upon a screen. This enables immediate analysis of the images via custom software for additional evaluation and reporting. Without a doubt, thermal imaging cameras take temperature measurements to another level. Rather than providing a temperature number, the camera provides a picture displaying temperature differences on a surface.

What Thermal Cameras “See”

Visible light is the sole aspect of the electromagnetic spectrum that humans can see. Light only occupies a minor area upon the electromagnetic spectrum. Conversely, infrared radiation represents a bigger percentage. Custom equipment is necessary in order to observe what’s happening in other areas of the electromagnetic spectrum.

All objects reflect, absorb or occasionally transmit energy at various levels. Different materials tend to emit cold or heat energy at various rates. Infrared energy detects and displays this energy in the form of images.

Protect Your Property with Thermal Imaging Cameras

A Brief Look at the Applications and Background of Thermal Imaging Cameras

The implementation of thermal imaging cameras traces back to military use as far back as the First World War. Subsequently, other fields continue to find applications for thermal imaging cameras. For example, fire departments can utilize them to locate people in emergency situations. Also, law enforcement applies the technology to conduct surveillance, locate suspects and to investigate crime scenes.

Power line maintenance service techs can detect areas of overheating and prevent possible power failures. In the event thermal insulation materials become faulty, construction techs can locate heat energy leaks to improve efficiency. Thermal imaging cameras are also useful in the home inspection sector.

Basic Features

Thermal imaging cameras are available with basic minimal features that read temperature only. In addition, they are available with several features that permit users to pick multiple crosshairs. They can draw comparisons between images to display low, high and average temperatures. Thermal imaging cameras offer several color palettes, too. For instance, the “iron” palette is frequently chosen by home inspectors. Or, the black/white palette serves to identify specific details of an image. The rainbow palette offers optimal thermal sensitivities for showing the differences among temperatures.

There are many components that play a part in the quality and the price of thermal imaging cameras. The most critical factors are typically thermal sensitivity and detector resolution.

Serving Chicagoland’s Business Community – Current Technologies

The detector resolution displays the number of pixels. The most typical resolutions are 160 x 120, 320 x 240 and 640 x 480 pixels. A 320 x 240 detector shows images of 76,800 pixels. Higher resolutions also result in visibly sharper images. Thermal sensitivity is basically the narrowest temperature difference the thermal imaging camera may detect. Another important issue to take into account is the thermal imaging device’s temperature range. The range indicates what the lowest and highest temperatures are that the device can measure.

To get the best thermal images for analysis, there are some adjustments that can be done to most thermal imaging cameras. For example, adjustments to focus, thermal tuning and reflective temperature settings. Users can consider each of these adjustments when choosing a thermal imaging camera.

Just like a conventional camera, the lens of thermal imaging cameras require proper focus to enhance the image clarity. It’s possible to focus many cameras by simply twisting the lens. Other models feature a push-button focus.

Another aspect to consider is emissivity, which is the amount of radiation an object emits. Emissivity adjustment is important when doing temperature measurements or for comparing temperatures of two separate objects. Not all cameras permit users to input reflective temperatures. Thermal tuning a camera entails adjusting the temperature range which the camera “sees” while in manual view mode. Manual mode enables the user to adjust to a specific range. The camera displays this temperature span. Utilizing the manual viewing mode is optimal for detecting temperature differences.

Thermal Imaging Cameras Covid 19

Over 1.5 Million Confirmed Cases

1 of 5

Over 280,000 Confirmed Cases

2 of 5

Over 220,000 Confirmed Cases

3 of 5

Over 300,000 Confirmed Cases

4 of 5

Over 100,000 Confirmed Cases

5 of 5
CAMERAS BASICALLY ENABLE PEOPLE TO SEE WHAT THEIR EYES CANNOT

They can detect heat radiation – which is invisible – that all objects emit regardless of light conditions. Some of the key benefits to thermal imaging are in the form of the security they provide. Security cameras are a standard protection feature for many businesses across Chicagoland.

Certainly, the need for producing quality images is essential for protection against intruders.

Low-light settings

When cameras monitor a building’s perimeter, they frequently must contend with low light. (Naturally, during nighttime.) This is when thermal imaging cameras are so useful.

Less false alarms

Thermal imaging cameras frequently provide cost-effectiveness in business protection settings. This is because they help diminish the frequency of false alarms. Advanced analytics software accomplishes this because it produces high contrast photos and videos.

No visual limitations

Similar to the human eye, cameras frequently struggle to see through naturally occurring objects that restrict reflected light. However, since thermal radiation moves through visual barriers, thermal imaging cameras are able to see what conventional cameras cannot.

A positive return on your investment

Thermal imaging cameras are a highly affordable choice for many commercial enterprises. They help ensure the very best security and protection features in today’s marketplace. The total expense of owning a security system featuring thermal imaging cameras is generally less than CCTV systems. Additionally, most standard cameras are unable to see more than 200 meters at nighttime and need supplementary lighting. Consequently, that can be an extra expense.

Foliage issues

Conventional cameras that see visible light only are vulnerable in some cases to getting “fooled” by visual camouflage. Or in settings where like colors blend in together. This tends to make it difficult for conventional cameras to detect people or objects.

Current Technologies is a Leader in Custom Video Surveillance Solutions

Current Technologies performs installation and service for thousands of IP cameras across the Chicagoland business community. Our surveillance personnel staff offer expertise in a range of security and surveillance technologies that lead our industry. We’re your premiere source for custom surveillance systems able to serve any location’s needs while also integrating with IT infrastructures.

The Current Technology’s staff aligns every security system that we design, install, maintain or upgrade to meet customer needs. In addition, our projects stay with specific budgets. The IP cameras we can install fulfill several application requirements. These can range from covert settings to large industrial environments. Our contemporary line of IP camera options include fixed, covert/spy, fixed dome, thermal, onboard and perimeter detection cameras. Plus, we carry 360 panoramic, PTZ and explosion-protected camera options.

Without a doubt, our IP cameras come with excellent features to satisfy the surveillance and security requirements of any location.

Get IN Touch with us