美国metone太阳辐射传感器10718

产品介绍

产品名称: 太阳辐射传感器

型号系列:10718

品牌:metone

产地:美国

价格:**终成交价格需联系客服

10718 太阳辐射传感器

Met One Instruments 硅电池总辐射表，P/N 10718，是一款紧凑、坚固且经济高效的短波辐射测量传感器。应用包括农业、生态和水文天气网络以及太阳能电池板阵列。

 

每个传感器都在受控的实验室条件下进行校准，可追溯到瑞士达沃斯的世界辐射参考。日射强度计经过余弦校正，在 75 度的太阳天顶角处方向误差小于 +/- 5%。在加速老化测试和现场条件下，由多个重复的总辐射表确定的长期不稳定性每年低于 2%。

 

获得**的圆顶形传感器头（扩散器和主体）有助于露水和雨水的流失，以保持扩散器清洁并**限度地减少因灰尘阻塞辐射路径而造成的错误。传感器安装在坚固的阳极氧化铝机身中，电子设备完全封装。加热式总辐射表 P/N 10718H 配备 0.2 W 加热器，以防止水（液体和冷冻）远离传感器，并**限度地减少因露水、霜、雨或雪阻塞光路而引起的误差。

 

提供多种模拟输出选项，包括 0 至 350 mV、0 至 5.0 V 和 4 至 20 mA 范围。硅电池总辐射表也可连接到

带有数字读数的手持式仪表。这些总辐射表是通过与高强度放电金属卤化物灯下的四个传输标准总辐射表（短波辐射参考）的平均值进行并排比较来校准的。传递标准日射强度计通过与至少两个 ISO 分类参考日射强度计在阳光下（晴空条件）的平均值进行并排比较来校准。在国家可再生能源实验室 (NREL)，四个 ISO 分类的参考日射强度计中的每一个都按照交替的年度计划（每年两个仪器）进行重新校准。NREL 参考标准根据瑞士达沃斯的世界辐射参考 (WRR) 进行校准。

10718 太阳辐射传感器应用：

环境监测

环境监测

气候研究

可再生能源

 

中文内容来自机器翻译，内容仅供参考，实际内容可参考原厂介绍或以合同为准。

英文原文：

 

10718 Solar Radiation Sensor

Met One Instruments Silicon-cell pyranometer, P/N 10718, is a compact, rugged and cost-effective sensor for shortwave radiation measurements. Applications include agriculture, ecological and hydrological weather networks, and solar panel arrays.

 

Each sensor is calibrated in controlled laboratory conditions, traceable to the World Radiometric Reference in Davos, Switzerland. The pyranometers are cosine-corrected with directional errors less than +/- 5% at a solar zenith angle of 75 degrees. Long-term nonstability determined from multiple replicate pyranometers in accelerated aging tests and field conditions is less than 2% per year.

 

A patented domed-shaped sensor head (diffuser and body) facilitates runoff of dew and rain to keep the diffuser clean and minimize errors caused by dust blocking the radiation path. Sensors are housed in a rugged anodized aluminum body, and the electronics are fully potted. A heated pyranometer, P/N 10718H, is available with a 0.2 W heater to keep water (liquid and frozen) off the sensor and minimize errors caused by dew, frost, rain, or snow blocking the optical path.

 

Multiple analog output options are available, including 0 to 350 mV, 0 to 5.0 V, and 4 to 20 mA ranges. The silicon-cell pyranometer is also available attached to a

hand-held meter with a digital readout. These pyranometers are calibrated through side-by-side comparison to the mean of four transfer standard pyranometers (shortwave radiation reference) under high-intensity discharge metal halide lamps. The transfer standard pyranometers are calibrated through side-by-side comparison to the mean of at least two ISO-classified reference pyranometers under sunlight (clear sky conditions). Each of four ISO-classified reference pyranometers is recalibrated on an alternating year schedule (two instruments each year) at the National Renewable Energy Laboratory (NREL). NREL reference standards are calibrated to the World Radiometric Reference (WRR) in Davos, Switzerland.

 

APPLICATIONS:

Ambient Monitoring

Environmental Monitoring

Climate Research

Renewable Energy 

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