■ 제품필수정보

제조사	Fluke
제조사품명	Fluke 572-2
간략설명	Fluke 572 Infrared Thermometer, -30°C Min, +1652 °F, +900 °C Max, °C and °F Measurements

■ 제품사양

Absolute Maximum Temperature Measurement = +1652 °F, +900 °C Temperature Scale = Centigrade, Fahrenheit Absolute Minimum Temperature Measurement = -30°C Emissivity = 0.1 ??1 Model Number p = 572 Data Storage = Yes Response Time = 500 ms Length = 163.6mm Width = 51.8mm
높이 = 176.9mm
무게 = 322g Infrared thermometer with contact thermometer capabilities, K-type thermocouple bead probe, USB 2.0 computer interface cable, FlukeView® Forms Documenting Software, hard carrying case, getting started guide and user ??s manual (CD). Fluke 572-2 Infrared Thermometer. For accurate, high temperature and high distance to spot measurements, Fluke's 572-2 is a straight forward and easy to use non-contact laser thermometer. Quickly adjust emissivity and navigate to start data logging with just a few push buttons. Ideal applications include, metal refining, smelting, cement, petrochemical, power utility and much more. Designed to be tough, it has a rugged exterior and ergonomic design, it can also withstand the harshest of environments. Compatible with standard mini-connector K-type thermocouples the 572-2 quickly becomes a multi-tool for contact and non-contact measurement. Features and Benefits:. -30 °C to 900 °C (-22 °F to 1652 °F) temperature range 60:1 distance to spot ratio Multi-language interface MAX, MIN, DIF and AVG displays 96 x 96 pixels display (Back-lit) High/Low Alarm Data storage, USB 2.0 cable FlukeView® Forms documenting software. FAQ's. Are infrared thermometers dangerous?. IR thermometers are not harmful, they do not emit radiation, only measure it like a digital camera. How accurate are infrared thermometers?. The majority of IR thermometers have a measurement error specification, which shows their best accuracy. The surface being measured can also affect accuracy. Reflective objects result in lower measurements than the actual temperature, whilst non-reflective surfaces give higher measurement. The emissivity of a surface is how effective it is at emitting energy as thermal radiation, as such some IR thermometers have adjustable emissivity settings. Distance to spot ratio is also essential in providing accurate temperature measurements, if an infrared thermometer is too close to its target area, heat can build up in the device. This can give false readings or damage the temperature sensors, therefore it is essential to always follow a manufacturers guidelines.