Veinasa-ZFS-N Photovoltaic Weather Station System Used Solar Pyranometer Solar Radiation Pyranometer
Product Description
Veinasa-ZFS-N Photovoltaic Weather Station System Used Solar Pyranometer Solar Radiation Pyranometer is a solar radiation pyranometer which is used to measures solar energy from the sun.
Solar radiation is radiant energy emitted by the sun from a nuclear fusion reaction that creates electromagnetic energy. The spectrum of solar radiation is close to that of a black body with a temperature of about 5800 K. About half of the radiation is in the visible short-wave part of the electromagnetic spectrum. The other half is mostly in the near-infrared part, with some in the ultraviolet part of the pectrum. The units of measure are Watts per square meter.
Product Parameters
Power supply |
DC 5V |
DC 9-30V |
Other |
|
Output signal |
Electric current |
4~20mA 0~20mA |
Voltage |
0~20mV 0~2.5V 0~5V |
Serial port |
RS485(Default Modbus ASCII) |
|
RS232(Default Modbus ASCII) |
Cable length |
Standard:2.5m |
Other |
Sensitivity |
7~14μV▪m2/W |
Spectral range |
0.3-3μm |
Measuring range |
0~2000W/m2 |
Resolution |
1W/m2 |
Accuracy |
±3% of the total |
Response time |
≤35seconds(99% response) |
Internal resistance |
About 250Ω |
Nonlinear error |
≤±3% |
Spectral selectivity |
≤±10% |
Tilt response error |
≤±5% |
Azimuth response error |
≤±30W/m2 |
Temperature error |
≤±8% (-40ºC~+40ºC) |
Annual stability |
≤±3% |
Operating ambient temperature |
-40ºC~+50ºC |
Relative humidity |
0%~100 |
Weight |
About 2.5kg |
Product Display
Photovoltaic Weather Station System Used Solar Pyranometer Solar Radiation Pyranometer(Veinasa-ZFS-N) is an ISO-first-class pyranometer that monitors solar radiation for the full solar spectrum range. This solar radiation pyranometer provides solar radiation measurements for a variety of meteorological applications.
Features:
I. Includes a white snap-on sun shield that reduces the sensor's temperature
II. Measures reflected solar radiation when inverted
III. Provides measurements in direct sunlight, under plant canopies, when the sky is cloudy, and in artificial light
IV. Includes bubble level and leveling screws, eliminating the need for a separate leveling base and simplifying installation
V. Data can be transmitted by a wireless network
VI. Dome protects thermopile and allows water to roll off of it
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