Pyranometers
measure solar spectrum, 280 to 2800 nm.
See Also: Pyrgeometers, Short-Wave InfraRed, Albedometers
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pyranometer
SR20
Hukseflux Thermal Sensors B.V.
SR20 is a pyranometer of the highest category in the ISO 9060 classification system: secondary standard. This solar radiation sensor is used where the highest measurement accuracy is required. It measures the solar radiation received by a plane surface, in W/m2, from a 180o field of view angle. SR20 secondary standard pyranometer enables you to attain the highest measurement accuracy and excels in demanding applications. After a thorough programme of acceptance testing, SR20 was released February 2013.
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Pyranometer
SR15-A1
Hukseflux Thermal Sensors B.V.
SR15-A1 is a high-accuracy solar radiation sensor. It is” First Class” according to the ISO 9060:1990 standard and “Spectrally Flat Class B” in the 2018 revision. With its on-board heater, it is compliant in its standard configuration with the requirements for “Class B” PV monitoring systems of the new IEC 61724-1:2017 standard. SR15-A1 measures the solar radiation received by a plane surface from a 180 o field of view angle.
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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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Pyranometers
A device that measures solar irradiance from a hemispherical field of view incident on a flat surface.
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Pyranometer products
Hukseflux Thermal Sensors B.V.
Hukseflux is a leading manufacturer, both in technology and market share, of pyranometers, pyrheliometers, pyrgeometers, net radiometers and albedometers.We produce a complete range of solar and longwave radiation sensors, compliant with the latest ISO, IEC and WMO standards. Each Hukseflux pyranometer is classified as ISO 9060 secondary standard, first class, or second class, and offers the best measurement accuracy in its class. Pyranometer output is analogue and/or digital (Modbus over RS-485/TTL).
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Silicon Pyranometer
LPSILICON-PYRA04
Pyranometer with silicon photodiode for measuring the GLOBAL SOLAR IRRADIANCE, diffuser for cosine correction. Spectral range 400…1100 nm.
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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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Pyranometer with Silicon Photodiode
LP471SILICONPYRA
Pyranometer with silicon photodiade for GLOBAL SOLAR IRRADIANCE measurement.
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Solar Total Pyranometers
SK08 & SK08-E
The Middleton SK08 is an affordable pyranometer for the measurement of global solar irradiance on a plane surface. It meets the international accepted specifications for a good quality pyranometer. The SK08 incorporates a passive thermoelectric sensor. The SK08-E version has an inbuilt signal amplifier.
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Solar Ultraviolet Pyranometers
UVR1-T, UVR1-A, &
The Middleton Solar UVR1 series are precision filter radiometers for measuring solar global ultraviolet irradiance. The UVR1-T and UVR1-A are suitable for air pollution monitoring. The UVR1-B is suitable for biological and human erythema (sunburn) monitoring.
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Probes with Pyranometers and SICRAM module
LP471PYRA… Series
The LP471PYRA… probes consist of a pyranometer LPPYRA03, LPPYRA02 or LPPYRA10 equipped with the SICRAM module and a 5m or 10m cable for the connection of the pyranometer to the instruments HD31, DO9847, HD2102.2, HD2102.1 and HD2302.0, so to get the reading in W/m² directly on the instrument’s display.
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Pyranometers Spectrally Flat Class A
LPPYRA10… Series
The pyranometers LPPYRA10 measure the irradiance on a flat surface (Watt/m²). Range 0-2000W/m² or 0-4000W/m². The radiation measured is the sum of direct solar irradiance and diffuse irradiance (global radiation).
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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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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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Spectrally Flat Class B Pyranometer
LPPYRA02… Series
Spectrally Flat Class B (First Class) pyranometer according to ISO 9060:2018. The LPPYRA02 are well suited for the measurement of incoming global solar radiation (0.3μm…3μm spectral range). Complete with: shade disk, sachet with silica-gel crystals, 2 cartridges, levelling device and calibration report.
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Spectrally Flat Class C Pyranometers
LPPYRA03… Series
The LPPYRA03 are pyranometers classified as Spectrally Flat Class C (Second Class) in accordance with ISO 9060:2018 and according to the WMO.
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Pyranometers Spectrally Flat Class A with Shadow Ring
LPPYRA13… Series
The pyranometers LPPYRA13 measure the irradiance on a flat surface (W/m²).
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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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Spectrally Flat Class B Pyranometers with Shadow Ring
LPPYRA12… Series
The LPPYRA12 are pyranometers classified as Spectrally Flat Class B (First Class) in accordance with ISO 9060:2018 and according to the WMO.
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Multi-functional High-speed I-V Measurement System
“Rakit”
Rakit is a maintenance device to measure current and voltage characteristics string by string, to grasp solar system characteristics, abnormal data, etc. The device comprising of I-V tracer, pyranometer, thermocouple, data logger, and "I-V data analyzer," the multi-functional analyzing software, provides accurate analysis report quickly. The I-V data analyzer is compatible with the following I-V tracers:
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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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Radiometers / Photometers
Our laboratory-grade PMA-Series PMA2100 and PMA2200 meters can each be used with over 85 of our PMA-Series Sensors, allowing a single meter to serve as aphotometer, a pyranometer or a UV meter simply by changing the sensors! Advanced data logging and software packages are available as well, for total versatility.
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Solar Energy, PV Monitoring
Apogee silicon-cell pyranometers feature a monocrystalline silicon-cell detector that has the same spectral response as a PV module. The sensors quantify shortwave radiation being harnessed as electricity.
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Solar Radiation Sensors
The solar radiation sensors that Campbell Scientific offers come in a variety of designs: pyranometers, net radiometers, quantum sensors, and pyrheliometers. These sensors measure various aspects of the energy imparted by the sun on the Earth’s surface. A leveling fixture fitted with a bubble level may be required to accurately install solar radiation sensors.
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Spectrally Flat Class A Albedometer
LPPYRA11
Albedometers are composed of two pyranometers that are mounted back-to-back. An albedometer measures in two directions; one pyranometer is facing upwards (measuring the global solar radiation), the other pyranometer is facing downwards (measuring the reflected solar radiation).
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Spectrally Flat Class B Albedometer
LPPYRA05
Albedometers are composed of two pyranometers that are mounted back-to-back. An albedometer measures in two directions; one pyranometer is facing upwards (measuring the global solar radiation), the other pyranometer is facing downwards (measuring the reflected solar radiation).
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Spectrally Flat Class C Albedometer
LPPYRA06
Albedometers are composed of two pyranometers that are mounted back-to-back. An albedometer measures in two directions; one pyranometer is facing upwards (measuring the global solar radiation), the other pyranometer is facing downwards (measuring the reflected solar radiation).
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SRA01-Albedometer
Hukseflux Thermal Sensors B.V.
SRA01 albedometer is an instrument that measures the solar albedo, or solar reflectance, and net solar radiation. It is composed of two second class pyranometers with thermopile sensors, the upper one measuring global radiation, the lower one measuring reflected solar radiation. It complies with the latest ISO and WMO standards. SRA01 can be connected directly to commonly used datalogging systems.
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Ventilation and Heating Unit
HD9906.51
The heating and ventilation unit is meant to be used with solar radiation sensors (pyranometer, pyrgeometer and radiometer) and can be used outdoor under any weather conditions.
