ES-S228S silicon-based radiometer is a solar irradiance measurement sensor specifically developed by our company for the photovoltaic power generation industry. It utilizes a silicon-based material with a structure similar to that of solar panels. This silicon-based material features high sensitivity, high resolution, and fast response. Furthermore, its spectral response and tilt error are extremely similar to those of solar panels, enabling it to accurately reflect the irradiance data of solar panels.
ES-S228S silicon-based radiometer
ES-S228S silicon-based radiometer is a solar irradiance measurement sensor specifically developed by our company for the photovoltaic power generation industry.
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ES-S228S silicon-based radiometer |
Technical indicators |
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Solar panels |
Monocrystalline silicon (56mm × 43mm) |
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Operating Temperature |
-40~80℃ |
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Protection level |
Aluminum coating, IP65 |
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Dimensions (length x width x height) |
142mm×71mm×36mm |
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Weight |
≈ 0.3kg (weight without wire) |
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Measurement range |
Solar irradiance: 0-1400W/m² Component temperature: -50~150℃ |
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Corresponding time (99%) G>50W/m ² |
0.15S |
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Offset |
1W/m² |
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Stability |
0.50% measurement value |
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Nonlinear |
0.10% measurement value |
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Accuracy |
5% measurement value |
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Working Voltage |
DC 9~24V |
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Operating current |
<25mA (under 12V conditions) |
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Output method |
RS485/0-20mV optional |
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