红外测温仪(测温枪)采用非接触的测温方式,测量物体表面温度。红外测温具有精度高、响应快、更安全的特点,可用于电气设备预防性维护、生产线质量控制、餐厅食品卫生与安全,等很多生产、工作、生活场景。
福禄克是测试工具行业的佼佼者,凭借 70 年的专业经验,生产出了 MT4 MAX 红外测温仪。仪器的精度能确保测量的准确性,而且价格也符合您的预算范围。该款轻巧的小型红外测温仪能够承受 1...
红外和接触式二合一测温仪,带创新点阵式显示屏,可快速浏览高级功能以调节发射率、启动数据记录或者开启和关闭警报。凭借简约的 3 按钮屏显菜单界面(6 种语言),Fluke 562和 563...
Fluke MT4 MAX IND 是畅销型号 MT4 MAX 的明星升级款,专为工业企业用户量身打造,在原有精准、耐用、安全、易用的保障上再次升级,将质保期延长至 5 年,测温范围提高至 400℃。 ...
福禄克安博 IRC-120热像仪,五合一设计:紫外灯、手电筒、红外温度、红外热像和激光指示器!快速准确地诊断和排除电气连接、电机、HVAC和电气故障,以及建筑周围的保温漏泄...
福禄克是测试工具行业的佼佼者,凭借 75 年的专业经验,生产出了 Fluke 59E/59E+/59C/59 PRO 红外测温仪。...
福禄克,凭借 65 年的专业经验,生产出了 MT4 MAX+ 红外测温仪。仪器的精度能确保测量的准确性,而且价格也符合您的预算范围。该款轻巧的小型红外测温仪能够承受 1 米的跌落冲击,因此您可放心使用。...
Fluke 568 Ex 本安型红外测温仪可用于 Class I Div 1 和 Div 2 或 Zone 1 和 2 危险环境中。无论您是在石油、化学、油气或是制药环境中工作,您都能够将 568 Ex 这款值得信赖的测试工具带到世界上绝大多数 Ex 等级区域中。...
ThermoView TV40是一款高性能的工业固定式热成像系统,通过提供红外和可见光视频流,从而能够将温度数据可视化,帮助加深您对工艺过程的了解。TV40能够全面地提供集成化的温度控制、监控和数据存档解决方案。...
Endurance® 系列在线式高温红外测温仪,为满足现代工业的要求而设计,允许您与常见的集成控制系统快速、简单和无缝的连接。此系列有集成式和光纤式的单色以及双色型号可供选择。...
MP150系列高速线扫描红外测温仪专为高要求的工业环境所设计,并可以测得运动目标的准确温度图像。该系统由一个旋转的光学系统来实现,它可以在90°视野范围内,在一条直线上收集高达1024点的红外辐射数据。...
MI3红外温度传感器代表在连续非接触式温度监测的新一代的性能和创新,并广泛应用于OEM应用和制造工艺中。 该系列传感器由一个微型传感头和一个独立的通讯电子系统两部分组成。...
Thermalert4.0系列在线式红外测温仪,为各种工艺控制应用提供准确的温度测量。其设计符合工业4.0标准,所有的型号均具有数字通讯和标准的两线安装方式,并配有各种类型的通信接口和激光瞄准功能。...
An Infrared (IR) thermometer, often called a laser thermometer, is vital for non-invasive temperature assessments in various settings. Predominantly utilized in industrial and commercial environments, these thermometers enable quick and precise measurements of surface temperatures from a distance. This feature is especially crucial when the measured object is too hot, complex to reach, or too sensitive to touch. Examples include monitoring mechanical equipment, cooking surfaces, electrical connections, and HVAC systems. The ability to rapidly scan and measure temperature without direct contact sets IR thermometers apart in temperature measurement tools.
Fluke IR thermometers are synonymous with precision and reliability. The accuracy level of these thermometers is contingent upon the specific model and the range of temperature being measured. However, Fluke designs its thermometers to deliver exact readings, making them a staple in professional settings. The precision of Fluke thermometers makes them suitable for various applications, from industrial diagnostics to scientific research, where exact temperature readings are imperative.
Fluke IR thermometers are engineered primarily for industrial and commercial applications. They are not designed for medical use, including measuring human body temperature. These thermometers are calibrated for surface temperatures and may not provide the precision required for medical assessments like fever detection.
Using a Fluke IR thermometer is straightforward. Aim the thermometer at the desired object or surface to measure temperature, press the trigger, and the temperature reading will be displayed. Depending on the model, Fluke thermometers may vary in features and functionality, so it's always beneficial to refer to specific user manuals for detailed operating instructions.
Fluke IR thermometers stand out for their robust construction, high accuracy, and user-friendly design. They boast features such as adjustable emissivity settings for different surfaces, dual laser targeting for precise aim, and transparent, backlit displays for easy reading in various lighting conditions. These attributes make Fluke thermometers a preferred choice among professionals who require reliable and precise temperature measurements in challenging environments.
Laser temperature guns and IR thermometers are known for accurately measuring surface temperatures. The precision of these devices can vary based on factors like distance-to-spot ratio, emissivity settings, and environmental conditions. They provide a practical and efficient solution for applications where direct contact temperature measurement is impractical or impossible.
A laser temperature gun measures the infrared radiation emitted from a surface. It uses a laser to help aim at the specific measurement point, ensuring accuracy and consistency. The device then converts this infrared data into a temperature reading displayed on its screen. This technology allows quick and non-intrusive temperature readings, making laser temperature guns versatile in numerous industrial, commercial, and sometimes domestic scenarios.