Kipp & Zonen B.V.
Kipp & Zonen provides scientific solutions to the meteorology, climatology, agronomy, hydrology, public health, renewable energy, environmental and industrial markets for the measurement of solar radiation and atmospheric properties.
- 31 15 2755 210
- 31 15 2620 351
- info@kippzonen.com
- Delftechpark 36
Delft, 2628 XH
Netherlands
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product
Dual Band Radiometer
UVS-AB-T
The UVS-AB-T measures UV-A irradiance and UV-B irradiance.The dual band UVS-AB-T measures the irradiance in two spectral bands with a single sensor providing separate outputs for each band
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Dual Band Radiometer
UVS-AE-T
The dual band UVS-AE-T measures the irradiance in two spectral bands with a single sensor providing separate outputs for each band (only available as internal thermostated T-version).
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Pyranometer First Class standard (ISO 9060 / WMO)
CMP 6
The CMP 6 pyranometer is intended for routine global solar radiation measurement research on a plane/level surface.Fully compliant with ISO-9060 specification for a First Class pyranometer, the CMP 6 features a sixty-four thermocouple junction (series connected) sensing element. The sensing element is coated with a highly stable carbon based non organic coating, which delivers excellent spectral absorption and long term stability characteristics
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Pyranometer Negligible thermal gradient zero-offset
CMP 22
CMP 22 has all the features of CMP 21 but uses very high quality quartz domes for a wider spectral range, improved directional response, and reduced thermal offsets. Because of the high optical quality of these domes the directional error is reduced below 5 W/m. Kipp & Zonen is confident that CMP 22 is the best Pyranometer currently available.
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Pyranometer Verified Cosine Response
CMP 21
The CMP 21 pyranometer is designed for measuring the irradiance (radiant flux, Watt/m) on a plane surface, which results from the direct solar radiation and from the diffuse radiation incident from the hemisphere above.
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Radiometer
CNR 4
The CNR 4 net radiometer consists of a pyranometer pair, one facing upward, the other facing downward, and a pyrgeometer pair in a similar con?guration. The pyranometer pair measures the short-wave radiation. And the pyrgeometer pair measures long-wave radiation. The upper long-wave detector of CNR 4 has a meniscus dome. This ensures that water droplets role off easily and improves the field of view to nearly 180, compared with a 150 for a flat window. All 4 sensors are integrated directly into the instrument body, instead of separate modules mounted onto the housing. But are each calibrated individually for optimal accuracy.
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Radiometer Spectral sensitivities precisely adapted to the human skin
UVS-E-T
The UVS-E-T has a spectral response that is adapted to the erythemal (sunburn) action spectrum of the human skin (CIE 1987 weighting). Hence, this radiometer collects information of medical and public concern: UV Index, UV Erythemal dose and dose rate.
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Radiometer Spectral sensitivities precisely adapted to the measurement task
UVS-B-T
Compared to the spectral response of the UVS-E, the UVS-B-T has a sharper cut-off at the transition from UV-B to UV-A. This feature reduces the UV-A contribution to the radiometer output and permits the highest possible correlation to atmospheric UV-B irradiance.
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Silicon Pyranometer
SP LITE2
SP Lite2 can be used under all weather conditions. The sensor measures the solar energy received from the entire hemisphere. It is ideal for measuring available energy for use in solar energy applications, plant growth, thermal convection and evapotranspiration.
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UV A Radiometer
UVS-A-T
The UVS-A-T has a broad spectral response optimised for precise measurements of atmospheric UV-A irradiance.
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Net Radiation Measurement
NR Lite2
The design of the NR Lite2 is unique. The detector is based on a Teflon coated, weather resistant black conical absorber. In contrast to other sensor designs, NR Lite2 requires no fragile plastic domes. This results in a virtually maintenance free design. The vertical stick prevents birds from affecting the output signal.
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Pyranometer
CMP 3
The CMP 3 Pyranometer is an instrument for measuring the solar irradiance. The thermopile sensor construction measures the solar energy that is received from the total solar spectrum and the whole hemisphere (180 degrees field of view). The output is expressed in Watts per meter square. The CMP 3 pyranometer is designed for continuous indoor and outdoor use
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Pyrgeometer Low Temperature dependence of sensitivity
CGR 4
CGR 4 pyrgeometer is an instrument for the highest quality scientific measurements. The specially designed meniscus dome provides a 180 field of view with negligible directional response error. A hard-carbon coating on the outside of the dome smoothes the spectral response and provides extra protection to the silicon surface.
