Laser Thermometer Digital Temperature Non-Contact
Features:
- Precise non-contact IR thermometer, safe and easy to use.
- Simply point to an object and read its temperature.
- Laser sight allows accurate targeting.
- Consist of optics, temperature sensor, signal amplifier, processing circuit and LCD display.
- Laser on/off switch, Auto power off & temperature data hold.
- 20 seconds auto power off.
- Celsius and Fahrenheit switchable.
- Lightweight and compact.
- Suitable for: hot water pipes, hot engine parts, cooking surfaces, hot tubes insulation, electrical connection, ballasts in electric lights, electric motors, bearings, wine coolers hot asphalt, swimming pools, fish tanks, hot & cold food products, heating air conditioning, etc.
Specifications:
Model: 600
Color: Blue, Yellow
Temperature range: -50 ~ 600℃ (-58~111212℉)
Accuracy: ±1.5% or ±1.5℃
Resolution: 0.1℃ or 0.1F
Repeatability: 1% of reading or 1℃
Response time: 500mSec, 95% response
Spectral response: 8-14 um
Emissivity: 0.95 preset
Distance to spot size: 12 : 1
Operating temperature: 0 ~ 40℃ (32 ~ 104F)
Operating humidity: 10 ~ 95 % R.H.
Storage temperature: -20 ~ 60℃ (-4 ~ 140F)
Power supply: 2* 1.5V AAA Batteries ( not included)
Size: Approx 9×3.5x14cm/3.5″x1.4″x5.5″.
❓ Preguntas Frecuentes
Is this product compatible with my drone?
This component follows market standards. Check whether you use an analog or digital (HD) system and your battery voltage.
When will it arrive?
If you buy now, we ship within 24h from our warehouse in Spain.
Preguntas Frecuentes (FAQ)
Q: What is the accuracy of this laser thermometer and how does it affect measuring the temperature of FPV drone components such as motors or ESCs?
A: The thermometer's accuracy is ±1.5% or ±1.5℃, which means the reading can vary by up to 1.5% of the real value or 1.5 degrees Celsius. For FPV drone components, this is generally enough to identify significant overheating, but it is not suitable for high-precision measurements. It is important to remember that emissivity is preset to 0.95, which can affect accuracy on surfaces with very different emissivities. For more accurate measurements, you could consider applying black electrical tape to increase the surface's emissivity.
Q: The thermometer has a 12:1 distance-to-spot ratio. What does this mean and how should I use it to get accurate measurements of small components on an FPV drone?
A: The 12:1 distance-to-spot ratio means that to accurately measure an object's temperature, the distance between the thermometer and the object should not be greater than 12 times the diameter of the laser spot. For example, if the laser spot is 1mm in diameter, the maximum recommended distance is 12mm. For small components on an FPV drone, it is crucial to get as close as possible to the component and make sure the laser spot is completely on the surface you want to measure, to avoid incorrect readings caused by measuring surrounding areas.
Q: What is the thermometer's operating temperature range and how does it affect its use in different environmental conditions when inspecting FPV drones (for example, on a hot or cold day)?
A: The thermometer's operating temperature range is 0 ~ 40℃ (32 ~ 104F). If used outside this range, measurement accuracy may be affected. On a hot day (above 40℃), the thermometer could give inaccurate readings or even fail. On a cold day (below 0℃), the LCD screen could take longer to respond or show incorrect readings. It is important to operate the thermometer within its specified temperature range to ensure reliable measurements when inspecting FPV drones in different environmental conditions.
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