Uni-t Uti120Mobile – The Best Recommend Thermal Imager for Smartphones

For thousands of years, the novelty of seeing in the dark has captured our imagination, and people have used fire, flashlights (flashlights), and, more recently, night vision goggles to amplify the tiniest traces of remaining light in order to see in the dark. A relative newcomer to the search for night vision is the “thermal” camera, but what exactly is a thermal camera? How does it work? What applications does it have for wildlife?

Infrared thermal imaging cameras used to be a kind of equipment in the military field, but with the emergence of this technology, many areas of life have started to use professional infrared thermal imaging cameras. Because the biggest feature of infrared thermal imaging is that there is no light to detect objects, it can bring many benefits to our life. Let’s take a look at some of these benefits.

How To Buy The Best Thermal Imager for Smartphones?

UNI-T  Nano is a very compact thermal imaging camera that acts as an extended thermal imager for smartphones. Using the dedicated application “UTi120Mobile”, users can get real-time thermal video on their smartphones. It supports a variety of functions that allow users to detect potential problems in many applications such as HAVC, vehicle maintenance, PCBA inspection, etc. It is also a good choice for personal video producers to help with content creation.

  • Pocket & Convenient

The home inspector carried a portable thermal imager for smartphones. They were very useful for finding electrical problems, missing insulation, water leaks, and other issues. Quite frankly, when you have a thermal imaging camera, it always impresses your customers. The thermal imaging camera for connecting to Android phones is compact and highly portable. It’s a great tool that’s small enough to fit in your pocket..

  • Power & Charging

The nice thing about thermal imager for smartphones is that they don’t need batteries. You simply plug the camera into the phone connector and your phone will power the camera. There is no need to “charge” the camera, so it is always ready to use.

  • Photos & Video

Another important feature of a thermal imager for your smartphone is that you can instantly take a thermal image and record a video. This means that you can quickly take a thermal (and regular) picture, which you can then immediately text to someone. If you have a traditional thermal imaging camera, you may need to remove the memory card, insert it into your laptop, and then send the image via email.

  • Reporting & Editing Software

If you intend to use IR images or video in a professional environment, it is essential to have high-quality reporting and editing software. Most high-end thermal imaging cameras are already equipped with reporting software, but the quality of the application may vary. Most thermal imaging cameras are available with reporting software and can be easily read and printed and can be used as raw data for industrial inspection and analysis.

What Are The Best Ways to Thermal Imager for Smartphones?

Just some of the top thermal imagers for smartphones uses include finding water leaks, air leaks, electrical problems, and pest control. As a home inspector, I use thermal cameras to mainly find water issues and insulation problems, but inspectors occasionally find electrical hotspots and even rodents.

1. Water leak found

Thermal Imager for smartphones is very useful in detecting water leaks. Active leaks inside the home will be colder than the surrounding material, and these cooler areas are blue on the IR camera. However, if you are looking for exterior leaks such as roofing, it will appear warmer after sunset because water retains heat longer than roof shingles. In fact, if you try to use a thermal camera outside when the sun goes down, you may experience thermal blindness and not “see” anything because the temperatures are the same.

2. Insulation Inspection

One of the most common uses of a thermal imager for smartphones is to find areas that are missing insulation. Just like finding a water leak, a thermal imaging camera allows you to stand in a room and view the thermal profile of an entire area in a matter of seconds. Similar to finding water leaks, thermal blindness must be overcome when looking for insulation problems. Turning the HVAC up or down a few degrees will give you the “delta T” or temperature change needed to show areas of inadequate insulation on the IR camera.

3. Air Leakage

The best way to find air leaks is to change the air pressure in your home. One of the best ways to change the internal air pressure is to use a blower door device. If a blower test is not possible, simply turning on bathroom exhaust fans, range hoods and other ventilation devices can provide enough of a change in air pressure to find air leaks using a thermal imager for smartphones. Common areas for air leaks will be windows, doors, outlets, switches, light fixtures, and duct penetrations.

    UNI-T UTi120Mobile Thermal Imager for Smartphones Detail Specs

    The Uni-t Uti120Mobile Industry Infrared Camera Thermal Imager is an infrared thermal imager designed to detect abnormal temperature points and combines surface temperature measurements with real-time thermal images. It adopts a UFPA detector to ensure excellent infrared resolution with 7 varieties of palette mode.

    Features of Uni-T UTi120Mobile

    1. Image capture
    2. Video recording
    3. Visible and thermal image fusion
    4. App analysis on smartphone
    5. 2m drop proof
    6. Extension cable support multiple scenarios

    Parameter

    -Specifications UTi120Mobile
    -Certifications CE, FCC, RoHS
    -IR resolution 120×90 pixels
    -Field of view (FOV) 50°×38°
    -Thermal sensitivity (NETD) <60mk
    -Temperature range -20~400℃
    -Emissivity 0.1-0.99(adjustable)
    -Frame rate 25Hz
    -Measurement accuracy ±2℃ or ±2% whichever is greater
    -Display modes Thermal, blending(blend with an image of a mobile phone ), PIP
    -Image capturing modes Take photos or videos
    -Plate Iron Red, Rainbow, Grayscale, Red hot, Black White, Lava, High Contrast Rainbow
    -Image format JPG
    -Data communication Type-C USB
    -Drop-proof 2m
    -General Characteristics
    -Product color Black and grey
    -Product net weight: 25g
    -Product size 53X18.2X18.5mm
    -Standard accessories Type-C male to a female extension cable, USB adapter

    Uni-T UTi120Mobile Thermal Imager Camera WHAT YOU GET

    Color box X1
    Chinese manual X1
    English manual X1
    Type-C extension cable X1
    Type-C to Micro USB adapter X1
    Certificate of conformity X1
    UTi120Mobile X1
    Packing box X1

      UNI-T UTi120Mobile Industry Infrared Thermal Imager Video Review

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        5 Things To Know Before Choosing A Thermal Imager for Smartphones

        There are some important things to consider when choosing a thermal imaging camera. Factors such as resolution, refresh rate and display size can have a significant impact on image quality. This is my list of things to consider before purchasing a thermal imaging camera.

        • Resolution

        If you purchase an infrared camera with too low a resolution, it will be difficult or impossible to identify the problem and may be a waste of time. Buying a thermal sensing camera with too high a resolution can be unnecessarily expensive. The basic minimum requirements for most work applications such as building inspections, energy audits, automotive and electrical inspections – a good resolution is in the 160×120 range or higher.

        •  Refresh Rate

        The refresh rate indicates the number of thermal images displayed in one second. Basically, a thermal camera with a higher refresh rate has better image quality. A slower refresh rate will appear intermittent, but a high refresh rate will be smooth and seamless. Most standard thermal imaging cameras have a frequency of about 9-Hz, which is equivalent to 9 frames per second. However, if you are using an infrared camera to view external or distant moving objects, a higher refresh rate of 30 Hz or 50 Hz is preferred. There are also various import regulations for thermal imaging cameras with refresh rates higher than 9-Hz.

        • Temperature Range

        The temperature range of a thermal imaging camera is the highest and lowest temperature it can measure. Most standard thermal imaging cameras have a temperature range of -15°F to 550°F. For general building inspections, high temperature limits can be counterproductive and can actually degrade image quality. However, for certain manufacturing and industrial applications, it is important to have a high temperature range of over 1500°F. Some of these areas are automotive, microelectronics, furnace/boiler installation, plastics, and mechanical testing.

        • Display

        The actual display or screen that shows the thermal image can also make a big difference when choosing a thermal imaging camera. If the display is too small or of poor quality, then it doesn’t matter how good the thermal camera is. If the thermal imaging camera is connected to your phone, then the display will be your phone screen, but most thermal imaging cameras have a separate display. As with the thermal imaging camera resolution, the higher the number of pixels on the display the better. Some displays also have HD color quality, while others are standard liquid crystal display (LCD) color screens.

        • WiFi Enabled

        Some thermal imaging cameras can connect to a phone or tablet. You can even control the camera remotely, for example with the Pulsar Helion 2. Having a WiFi-connected thermal imaging camera is useful for quickly sharing photos and videos with colleagues or clients. With a WiFi connection, you can even stream the thermal source in real time to your phone or even YouTube for live viewing.

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            The Frequency Asked Questions Of Uni-T UTi120Mobile Industry Infrared Camera Thermal Imager

            Uni-t Uti120Mobile Industry Infrared Camera Thermal Imager FAQ ?

            Uni-t Uti120Mobile Industry Infrared Camera Thermal imager tend to work better at night, but it has nothing to do with the state of the surrounding environment being light or dark.

            Rather, because the ambient temperature – and, more importantly, the core temperature of otherwise-unheated objects and environments – is nearly always significantly lower at night than during sunlight hours, thermal imaging sensors are able to display warm areas at higher contrast.

            Even on relatively cool days, heat energy from the sun will be gradually absorbed by buildings, roads, vegetation, construction materials and more while ever it’s daylight outside. And, for every degree these sorts of objects gain in ambient temperature over the course of the day, they become less clearly distinguishable from other warm objects the camera’s sensor is being used to detect and highlight.

            For the same reason, most thermal imaging cameras will display warm objects in sharper contrast after several hours of darkness, rather than just after the sun sets – and, even during full daylight hours, they’ll usually be more effective in the early morning than in the middle of the afternoon.

            You may be surprised to learn that thermal imaging cameras don’t generally work through glass.

            A full explanation of the technical reasons for this would be somewhat complex from a physics standpoint, but the principle is pretty straightforward. In essence, a sheet of glass allows visible light through but acts a bit like a mirror for infrared wavelengths (this is why the lenses on IR cameras are commonly made from germanium or zinc selenide, not glass).

            If you were to point a thermal detection camera at a window, what you’d see onscreen wouldn’t be a clear thermal rendering of what’s on the other side, but most likely a blurry mess – and possibly a vague reflection of yourself holding the camera!

            It’s not an absolutely hard and fast rule; certain infrared frequencies can pass through glass, and certain types and configurations of glass may allow varying degrees of infrared to pass through. Car windscreens tend to yield better results than standard household glazing, for example.

            In most cases though, the image will be largely obscured by infrared reflection from the ‘wrong’ side of the glass, overlaid in varying degrees of opacity. At the very least, the object being viewed will lack significant detail and contrast.

            In short, you won’t want to be using a thermal imaging camera to get accurate readings through glass (or various other types of highly reflective surfaces).

            Uni-t Uti120Mobile Industry Infrared Camera Thermal imager don’t tend to work well underwater. The reasons are, in part, related to the issues with glass outlined above.

            Water blocks a lot of infrared wavelengths, much as an opaque barrier blocks visible light wavelengths. In the same way that we can’t see through paint, infrared sensors can’t ‘see’ through any significant depth of water, because the waves it detects don’t pass through water easily.

            Water also provides another challenging issue for IR cameras, related to thermal conductivity and specific heat. Water has a much higher heat capacity than air, requiring four times as much energy to raise or lower the temperature of an equivalent volume by one degree.

            In practical terms, this means that objects lose (or gain) their own heat energy relative to water much faster, and over shorter distances. For thermal imaging purposes, objects are therefore naturally harder to differentiate when submerged than they would be in the air.

            Well, no – but to be fair, they don’t ‘see through’ anything at all. A thermal imaging camera detects the surface temperature of the first object in its line of sight; point one at a wall or other solid surface, and it will register the heat being radiated outward by that surface

            Because most buildings are engineered and insulated to trap heat, exterior thermographic imaging seldom reveals much about what’s going on inside and vice versa. There are some caveats here: an IR camera can be used to detect extreme heat radiating from behind a wall (such as in the case of a house fire), because the wall itself would quickly heat up too.

            Similarly, some thermal cameras are sensitive enough (up to +/- 0.01 Celsius) to register the warmth given off by a person, for instance, standing against the opposite side of a sufficiently thin (and cold!) wall – but only if they remain in place long enough for their own body heat to partially transfer through the materials of the wall in that spot.

            You don’t need to buy a battery for the Uti120Mobile Industry Infrared Camera Thermal imager,cause the nice thing about thermal cameras made for android phones is that they don’t need batteries.

            Yes,we have it in stock and we can ship it out soon.

            This tool is only good for heat sources. For water leaks, check out You tube it shows simple way to check for leaks. Otherwise your best bet is to pressure test your pipes, expensive and needs big machinery.

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