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Tomorrow (december 6) * | From 2,99 EUR |
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Piegādes punktos
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Tomorrow (december 6) * | From 3,39 EUR |
| Type | Infrared thermometer |
| Feed | From batteries |
| Weight, kg | 0.13 |
| Voltage, V | 3 |
| Battery type | AAA; 2x1.5V; AAA |
| Number of batteries in the set | 2 |
| Laser class | 2 |
| Material | Plastic |
| Color | Red |
| Application temperature, ° C | 0 — 40 |
| Size, mm | 90x39x150 |
| Accuracy, ° C | -5 — 5 |
| Measuring range, ° C | -50 — 600; 50 — 600 |
| Weight, g | 155 |
| LED display | Yes |
| Function | Display of ambient temperature; Displaying the maximum and minimum temperature from a given measurement; High and low temperature alarm; Location and routing of the cable; Location of a break in the cable; Verification of the order of connections in the RJ45 cable; Telephone line voltage control |
| Uzglabāšanas temperatūra, C° | 10 — 60 |
| Display type | backlit LCD |
| Charging level indicator | yes |
| Auto power off, s | 7 |
| Laser | Yes |
| Laser wave length, nm | 655 |
| Laser power, mW | ˂ 1; 1 |
The YATO YT-73200 is a non-contact infrared thermometer, designed for a wide range of applications in various industries such as construction, automotive, and food service. It features a large color LCD display, an expanded circular laser sight, and multiple functions for effortless operation, including max/min temperature readings, high and low temperature alarms, and calibration functionality.
TEMPERATURE MEASUREMENT
Other Data
FUNCTIONS
Additional Information
DEFINITIONS
IR Radiation - Every object emits infrared radiation based on its temperature. The YATO infrared thermometer focuses this radiation onto an infrared sensor, converting it into heat and then into electrical energy. This energy value is read and displayed as temperature. The entire process takes less than 0.5 seconds.
Emissivity - This parameter measures an object's ability to emit thermal radiation. Most organic, varnished, and oxidized materials have an emissivity around 0.95, which is the factory default. Materials like lead and aluminum have lower emissivity levels, so to achieve accurate readings, the emissivity value should be adjusted accordingly.
Low and High Temperature Alarms - This feature is particularly useful for identifying thermal bridges during cold weather. Measure the temperature at a central point on a wall to establish a reference. Based on the outside temperature, set a low temperature alarm a few degrees below the reference point to detect potential thermal bridges.
Measurement Accuracy - The optics and control electronics in YATO thermometers ensure high measurement accuracy and repeatability. However, various external factors, such as humidity and ambient temperature, may affect accuracy. The manufacturer indicates an error margin of ±1.5°C for surface temperature measurements above 0°C. Proper emissivity settings can help achieve accurate results.