TESTO 810 infrared thermometer, -30 to +300°C

Specification
Absolute Maximum Temperature Measurement = +300°C Temperature Scale = Celsius Absolute Minimum Temperature Measurement = -30°C Focal Length = 6:1 Best Accuracy = ±2 % Emissivity = 0.2 -> 0.99 Model Number (P) = Testo 810 Resolution = 0.1 °C Length = 119mm Width = 46mm Height = 25mm Dimensions = 119 x 46 x 25mm Weight = 90g Wrist strap, belt holder, protective cap, batteries, operating instructions. Testo 810 pocket infrared thermometer. Pocket size for non-contact measurements. Infrared temperature measuring device. Single-point laser measurement point marking and 6:1 fiber optics, radiators, windows and air vents can be measured in a variety of applications. It automatically displays the difference between air and surface temperature, with configurable emissivity and min/max functions. A convenient laser thermometer with a sleek design for quick pocket-like access and easy storage, and a large illuminated display. Features and Benefits: Protective cap for storage, wrist strap, belt holder Distance to spot: 6:1 Operating temperature range: -10 to +50 °C Hold function, min/max/DIF emissivity adjustable. Frequently Asked Questions. Are infrared thermometers dangerous? Infrared thermometers are not harmful. It does not emit radiation, it just takes measurements like a digital camera. How Accurate Are Infrared Thermometers? Many infrared thermometers have a measurement error specification to indicate the highest possible accuracy. The measurement plane can also affect accuracy. A highly reflective surface will give a lower reading than the actual temperature, and a less reflective surface will give a higher reading. The emissivity of a surface indicates how effective it is at releasing energy as thermal radiation. For this reason, some infrared thermometers have adjustable emissivity. The spot-to-distance ratio is also important for accurate temperature measurements. If the infrared thermometer is too close to the target area, heat can build up inside the device. Always follow the manufacturer's guidelines, as heat build-up can cause inaccurate readings and damage temperature sensors.