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CMP3 Total Radiation Meter

NegotiableUpdate on 02/27
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Overview
The CMP3 total radiation meter is a self-developed CMP total radiation meter by KIPPZONEN in the Netherlands, which is suitable for all environments from Antarctica to deserts. They are installed around the world for meteorological, hydrological, climate research, solar energy, environmental and material testing, greenhouse control, building automation, and many other applications.
Product Details

CMP3 Total Radiation Meter KIPPZONEN, Netherlands

CMP3 Total Radiation Meter KIPPZONEN, NetherlandsThe development of the CMP total radiation meter independently developed by the company is applicable to all environments from Antarctica to the desert. They are installed around the world for meteorological, hydrological, climate research, solar energy, environmental and material testing, greenhouse control, building automation, and many other applications. The total radiation meter has separately optimized temperature compensation and separately measured directional response, and provides test results. These important features ensure the highest precision measurement. The independently developed CMP total radiation meter is suitable for all environments from Antarctica to the desert. They are installed around the world for meteorological, hydrological, climate research, solar energy, environmental and material testing, greenhouse control, building automation, and many other applications. The total radiation meter has separately optimized temperature compensation and separately measured directional response, and provides test results. These important features ensure the highest precision measurement.

The CMP series total radiation meter is renowned for its high quality, durability, and accuracy. These instruments do not require any power supply and are very suitable for remote sites or on-site research with limited power supply. Each has its own calibration coefficient/sensitivity, which can convert mV output signals into W/m2 irradiance.

However, the voltage of the signal output is very low, usually around 10 millivolts on sunny days. To measure irradiance of 1W/m2, the data logger needs to have an "accuracy" better than 10 microvolts. This usually means the need for specialized meteorological data recorders. Industrial analog inputs usually do not have sufficient sensitivity, and SMP series should be used.

spectral range(20%point)

285to3000 nm

spectral range(50%point)

300to2800 nm

Zero bias(poorly ventilated)

thermal radiation(200W/m²)

temperature change(5K/h)

Total zero bias

< 15W/m²

< 5W/m²

< 20W/m²

Other signal processing errors

Not applicable

unstable(change/year)

< 1%

nonlineardrift(100to1000 W/m²)

<2%

Targeted response(1000 W/m²Highest beam80°)

< 20W/m²

clear skyGHIspectrum

<0.2%

Spectral selectivity(350to1500 nm)

<3%

Tilt response(1000W/m²When isto90°)

<1%

temperature response

<4%(-10°Cto+40°C)

perspective

180°

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