Tianyi Sensor IOT Technology Co., Ltd
Sales Manager:Ms. Emily Wang
Cel,Whatsapp,Wechat:+86 15898932201
Email:info@fengtutec.com
Add:No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China
Sales Manager:Ms. Emily Wang
Cel,Whatsapp,Wechat:+86 15898932201
Email:info@fengtutec.com
Add:No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China
Model:FT-FS7H
Brand:tianyi
1.4-Component Net Radiometer Product Overview
4-Component Net Radiometer measures the energy balance between incoming shortwave and longwave infrared radiation and the shortwave reflected by surfaces.In meteorological applications, infrared radiation or long-wave radiation refers to electromagnetic radiation with a wavelength greater than 3.0 μm.Long-wave radiation is physically related to temperature and all objects on Earth emit long-wave radiation.The spectral range of the sun's short-wave radiation is 300nm to 3μm (accounting for 99.5% of the total solar radiation energy).
Fengtu's FT-FS7H four-component net radiation sensor directly measures the daily long-wave radiation and short-wave radiation and calculates the net radiation.Meteorological observations for atmospheric radiation (radiation emitted by clouds/water vapor and carbon dioxide, etc.) and net radiation exchange between the earth and the atmosphere.The net total radiation (short wave + long wave) is usually measured by 4 net radiation meters or a single net radiation meters (the detector can respond to the full band).The Earth's long-wave radiation meter uses a hemisphere-facing detector to measure the long-wave radiation emitted downward.Net long-wave radiation and downward emission radiation from the ground gas system can be calculated.It has been widely used in the fields of meteorology/photovoltaics/horticulture/agriculture and industry.
2.4-Component Net Radiometer product features
1.Comply with the WMO World Meteorological Organization Code (CIMO Guide)
2.Strong sensitivity to infrared radiation with wavelengths of 4 to 50 µm
3.The impact of the silicon hood has small impact on heating
4.Small cosine response error
5.Reduce environmental impact
6.Have good stability
3.4-Component Net Radiometer Technical Indicators
Technical parameters | Technical Note |
Total radiation | |
Level standard | FIRST CLASS |
Time response (95%) | 13s |
Heat radiation zero point offset | ±10W/m2 |
Temperature change zero point offset | ±3W/m2 |
Nonlinear | ±1.5% |
Instability | ±1% |
Directive response | ±18 W/m2 |
Spectral Error | ±3% |
Temperature response (-10~40℃) | 3% |
Inclination error | ±1% |
Spectral response | 285~3000nm |
Daily extraction accuracy | <5% |
Resolution | 1W/m2 |
Sensitivity | 7~14μV/W•m-2 |
Signal output | 0~20mV |
Earth's Radiation | |
Spectral response | 400~50000nm |
Response time (sec) 95% | <18s |
Instability (change/year) | <2 % |
Temperature coefficient | ≤±1%(-20℃~+50℃) |
Perspective | 180° |
Sensitivity (µV/W/m²) | 2~150uV/ Wm-2 |
Impedance (Ω) | 20~140 |
Window heating offset | <4W/m2 (When solar radiation is 1000W/m2) |
Signal range | -500~+500 W/m² |
Signal output | -20~0mV |
General parameters | |
Number of channels | 4-channel mV, 2-channel 4-wire platinum resistor |
Temperature sensor | Wire type platinum resistor (JIS standard: c-1604-1989 category) |
Operating temperature | -40~+70℃ |
weight | 9kg |
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