ES-S228TA Tilt solar radiation transmitter

ES-S228TA tilt solar radiation transmitter uses the thermoelectric principle and can be used to measure solar radiation in the spectral range of 0.3~3μm. The sensing element adopts a winding electroplated thermopile, and the sensing surface is a black coating with high absorption rate. The thermal effect of radiation is used to absorb solar radiation and convert it into a temperature difference electromotive force.

ES-S228TA tilt solar radiation transmitter uses the thermoelectric principle and can be used to measure solar radiation in the spectral range of 0.3~3μm. The sensing element adopts a winding electroplated thermopile, and the sensing surface is a black coating with high absorption rate. The thermal effect of radiation is used to absorb solar radiation and convert it into a temperature difference electromotive force. It also has a temperature compensation function and can measure the amount of solar radiation more accurately. A double-layer glass cover is used above the sensing surface, which can not only reduce the impact of air convection on the equipment, but also block the radiation of the outer cover itself.

In the use of solar energy, in order to obtain as much energy as possible, the solar energy device is generally placed tilted to the south. If you want to understand the solar energy on the surface in a tilted state, the most direct and accurate method is to use an instrument for direct measurement. This product can measure the radiation value at different angles by adjusting different angles, so as to more accurately judge whether the solar energy is used to the greatest extent.

Power supply

10V~30V DC

Power consumption

0.2W

Output signal

RS485 (Modbus-RTU)

Working temperature

-40℃~60℃

Working humidity

0%~95%RH, Non-condensing

Sensitivity

7~14 μV·W-1·m2

Internal resistance

200-400Ω

Response time (95%)

≤30s

Non-linear error

≤±3%

Corresponding error of directionality

≤±30W/m²

Temperature response error

≤±3% (-30℃~+50℃)

Spectral range

0.3~3μm

Measuring range

0-2000W/m²

Resolution

1W/m²

Accuracy

±3%

Annual stability

≤±3%

Cosine response error

≤±5%

Tilt response error

≤2%

Zero drift

≤6 W/m²

Documents

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