Where can thermal imaging temperature measurement and early warning monitoring be applied?

Forest fire prevention, epidemic screening, ports, airports, oil fields, borders, scenic spots, military facilities.

Jingyang Technology adopts the latest generation of international uncooled infrared focal plane detector F VOX (ferroelectric vanadium oxide hybrid process), with a high thermal sensitivity of 50MK, stronger temperature difference resolution ability, and can detect and identify more subtle temperature difference changes under the same conditions. The detector pixel specification is 420 315, and the thermal image is clearer and more detailed than that of the detector of the same grade.

The proprietary temperature measurement correction algorithm designed based on the characteristics of infrared thermal imaging microthermal radiometry realizes real-time and accurate temperature measurement around the clock through automatic correction of relevant parameters. Real-time temperature measurement, response time within 30 milliseconds, conventional measurement accuracy exceeds the national standard (2 or 2% whichever is greater), temperature measurement for the human body, accuracy. Depending on the temperature difference, suspicious people or animals can be accurately detected.

Using monitoring technology, the waterway is scanned, complementing each other, and the floating objects on the waterway are identified in a timely and effective manner.

Theoretically, it is enough to be above absolute zero, and the general range of -100 to 1200 is commonly used.

Depending on the model, I've used it from minus 40 to 600.

Compared with the hand-held BAI temperature gun, it has obvious advantages in that it is non-contact, works 24 hours a day, and the person being tested has no DAO

It is necessary to cooperate with the special and non-inductive temperature measurement.

The measured person completed the temperature measurement without stopping during the normal walking, and the temperature measurement efficiency was significantly more than 3 times higher than that of the handheld temperature measurement. However, any temperature measurement method, because of the working environment, installation location, etc., can lead to temperature measurement errors, and errors cannot be avoided. Thermal imaging temperature measurement can quickly realize the screening of intensive **, such as suspected fever personnel, can be separately reviewed and confirmed by temperature measurement twice; Thermal imaging thermometers are not used as the final judgment on human body temperature measurement.

Convenient, efficient, non-contact image du

Generally, thermal imaging cameras mainly look like zhielement, the more pixels, the clearer, and the same as the mobile phone camera, most of the messy functions are gimmicks.

In terms of brand, Fluke is the most complete brand of measuring instruments, ** relatively high, Fluke recommends Ti400, FLIR is specialized in thermal imagers, and the cost performance is relatively high, and FLIR E4 upgraded version (the same as FLIR E8 performance), ** as long as more than 10,000.

Compare it yourself.

By analyzing the BAI infrared thermal radiation image, the temperature change of the human surface can be reflected quickly, and the temperature of the whole DAO can be autonomous.

According to the human body identification of suspected fever patients, through intelligent terminals, the staff in high-density personnel flow scenarios can actively screen people with fever for accurate verification again, avoid close contact with people, and improve the efficiency and controllability of traffic!!

The real-time body temperature monitoring solution integrates the French ULIS thermal imaging sensor to reduce the required power consumption, and at the same time carries out the thermal insulation design between the sensor and the sensor, so that there is no need to configure the blackbody for temperature calibration, and the temperature accuracy is as high as <. The real-time body temperature monitoring solution is more suitable for factories, industrial parks, schools, shopping malls and transportation hubs.

The application range of infrared thermal imaging cameras is extremely wide, and with the continuous development and popularization of infrared technology, new applications are constantly being developed, and there are mainly the following application categories. Materials research: organic materials, inorganic materials, composite materials, 3D printing materials, nanomaterials, elastic materials, etc.

Machinery and power: new energy power system, braking system, hydraulic system, traction system, transmission system, heating system, precision machining, etc.

Electronics and electrical: microelectronics, chips, electronic components, strong current equipment, etc.

Civil engineering: leakage, hollowing, gap problems, geological exploration of bridges, tunnels, dams, buildings and other infrastructure facilities.

Chemistry and chemical industry: chemical reaction process monitoring, reaction equipment monitoring, product performance testing, etc.

Animals and plants: medicinal properties and efficacy tests, new variety breeding, animal habits, growth environment, laser hair removal, microorganisms, medical research, etc.

Other scientific research: archaeology and cultural relics protection, space experiments, aerodynamics, laser and fiber optics research, ** research, crash tests, volcanic research, greenhouse effect, sandstorms, mining, etc.

General electromechanical equipment: conveyor belt inspection, motor inspection, valve inspection, flange leakage detection, pipeline inspection, condensing valve, compressor, bearing inspection, etc.

Metallurgical heating equipment: ladle, blast furnace tuyere, blast furnace cooling wall, blast furnace lining detection, blast furnace air supply branch pipe detection, coke oven.

Continuous casting slabs, hot blast furnaces, hot blast furnace vault inspection, annealing furnaces, torpedo tankers, converter linings, etc.

Petrochemical special equipment: distillation tower, tank level detection, reactor, heat exchanger, etc.

Rail transit professional equipment: catenary detection, electric locomotive locomotive head detection, elevated box girder water seepage detection, high-speed rail bridge waterproof layer detection, blackbody furnace detection, catenary detection, axle temperature detection, etc.

Processing and heat treatment: welding, casting, mold, steelmaking furnace, converter, torpedo car, furnace wall, metal hot place (annealing, tempering, quenching), cold and hot rolled steel plate, steel coil and wire rod and other temperature measurement and monitoring, etc.

Other special equipment: drum dryer, rubber roller detection, bottle blowing machine preform temperature detection, metal pipe sealing performance testing, machine room application, lead-acid battery bridging detection, blister packaging, etc. Building Diagnostics:

Exterior wall hollowing, spalling, roof leakage, pipes, thermal bridges, energy-saving research, floor heating testing, completion acceptance, etc.;

Highway bridges: It can be used to quickly scan highway cracks, bridge cracks, leakage inspection, asphalt paving, etc.;

Military applications: missile guidance, infrared radar, explosives performance improvement, infrared night vision, infrared stealth, etc.

Fire security system: It can be used for fire scientific research, fire rescue, security, smuggling monitoring, etc.

Key parameters. Insert the "Fluke Thermal Imaging Camera Family Diagram" here, see separate attachments.

Some high-end communities will use infrared thermal imaging as a supplement to night security, which is not yet widespread enough, mainly due to cost. Compared to existing visible light security surveillance, it has the advantage that it can see farther away and can spot people hiding behind grass, fences and broken doors.

In addition to conventional security night vision monitoring applications, infrared thermal imaging products can also be used for fire prevention, such as straw burning monitoring, fire prevention in ancient buildings and dangerous goods chemical warehouses. Because infrared thermal imaging can achieve non-contact temperature measurement, the biggest difference with traditional smoke detectors is that it can give early warning, and find high temperature points before fire heat accumulation or electrical heating, so as to achieve real fire prevention early warning and real prevention of "unburned".