Devices – Sunshine Duration Sensor, Brightness Transmitterr, Pyranometer etc.
The THIES delivery program comprises several sensors for the measurement of sun radiation. By means of these sensors not only the radiation from the sun can be measured but also other important parameters, such as reflected and diffuse radiation. Electronic measuring instruments acquire the radiation by different measuring elements. Low-priced silicon sensors are used as well as high-quality temperature sensors that meets highest requirements.
A field of its own in the area of radiation measurement is the brightness measurement. The brightness measurement is adapted to the human eye, and is often used with building automation.
Product
Product name
Product name / Brief description
Sunshine Duration Sensor CSD 3
7.1421.03.000Sunshine Duration Sensor CSD 3
7.1421.03.000
*Instrument to measure the sunshine duration and direct radiation.
7.1421.03.000
*Instrument to measure the sunshine duration and direct radiation.
Brightness Transmitter
7.1414.10.xxxBrightness Transmitter
7.1414.10.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, and
is adapted to the sensitivity of the human eye.
• Measuring range: 0...100 kLux
7.1414.10.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, and
is adapted to the sensitivity of the human eye.
• Measuring range: 0...100 kLux
Brightness Transmitter
7.1414.12.xxxBrightness Transmitter
7.1414.12.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, and
is adapted to the sensitivity of the human eye.
• Measuring range: 0...20 kLux
7.1414.12.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, and
is adapted to the sensitivity of the human eye.
• Measuring range: 0...20 kLux
Brightness Transmitter
7.1414.15.xxxBrightness Transmitter
7.1414.15.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, and
is adapted to the sensitivity of the human eye.
• Measuring range: 0...5 kLux
7.1414.15.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, and
is adapted to the sensitivity of the human eye.
• Measuring range: 0...5 kLux
Brightness Transmitter
7.1414.22.xxxBrightness Transmitter
7.1414.22.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, and
is adapted to the sensitivity of the human eye.
• Measuring range: 0...2 kLux
7.1414.22.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, and
is adapted to the sensitivity of the human eye.
• Measuring range: 0...2 kLux
Brightness Transmitter
7.1414.25.xxxBrightness Transmitter
7.1414.25.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, and
is adapted to the sensitivity of the human eye.
Measuring range: 0 ... 50 kLux
7.1414.25.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, and
is adapted to the sensitivity of the human eye.
Measuring range: 0 ... 50 kLux
Brightness Transmitter
7.1414.40.xxxBrightness Transmitter
7.1414.40.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight.
• angle-independent
7.1414.40.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight.
• angle-independent
Brightness Transmitter
7.1414.60.xxxBrightness Transmitter
7.1414.60.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, depending on the position of the sun.
• angle-dependent
• 8 sectors
7.1414.60.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, depending on the position of the sun.
• angle-dependent
• 8 sectors
Brightness Transmitter
7.1414.61.xxxBrightness Transmitter
7.1414.61.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, depending on the position of the sun.
• angle-dependent
• 3 sectors
7.1414.61.xxx
*The instrument serves for the acquisition of the illumination intensity of the daylight, depending on the position of the sun.
• angle-dependent
• 3 sectors
Brightness Transmitter
7.1414.51.150Brightness Transmitter
7.1414.51.150
*Measuring sensor for the acquisition of the illumination intensity.
• angle-independent
• meas - range 0...150 kLux
7.1414.51.150
*Measuring sensor for the acquisition of the illumination intensity.
• angle-independent
• meas - range 0...150 kLux
Brightness Transmitter
7.1414.51.550Brightness Transmitter
7.1414.51.550
*Measuring sensor for the acquisition of the illumination intensity.
• angle-independent
• meas - range 0...750 Lux
7.1414.51.550
*Measuring sensor for the acquisition of the illumination intensity.
• angle-independent
• meas - range 0...750 Lux
Pyranometer CMP 3
7.1415.03.003Pyranometer CMP 3
7.1415.03.003
*For the measurement of the global radiation on plane surfaces.
7.1415.03.003
*For the measurement of the global radiation on plane surfaces.
Pyranometer CMP 6
7.1415.02.002Pyranometer CMP 6
7.1415.02.002
*For the measurement of the global radiation on plane surfaces.
7.1415.02.002
*For the measurement of the global radiation on plane surfaces.
Pyranometer CMP 10
7.1415.01.010Pyranometer CMP 10
7.1415.01.010
*For the measurement of the global radiation on plane surfaces.
7.1415.01.010
*For the measurement of the global radiation on plane surfaces.
Pyranometer CMP 11
7.1415.01.001Pyranometer CMP 11
7.1415.01.001
*For the measurement of the global radiation on plane surfaces.
7.1415.01.001
*For the measurement of the global radiation on plane surfaces.
Pyranometer SMP 3
7.1415.03.441Pyranometer SMP 3
7.1415.03.441
*The SMP3 is a smart pyranometer with low maintenance and industry standard digital and analogue amplified outputs. Based on the proven CMP 3 technology the SMP3 adds Modbus® interface, improved response time and temperature corrected measurement data.
7.1415.03.441
*The SMP3 is a smart pyranometer with low maintenance and industry standard digital and analogue amplified outputs. Based on the proven CMP 3 technology the SMP3 adds Modbus® interface, improved response time and temperature corrected measurement data.
Pyranometer SMP 6
7.1415.02.441Pyranometer SMP 6
7.1415.02.441
*For the measurement of the global radiation on plane surfaces. With 4 ... 20 mA and MODBUS RTU outputs
7.1415.02.441
*For the measurement of the global radiation on plane surfaces. With 4 ... 20 mA and MODBUS RTU outputs
Pyranometer SMP 10
7.1415.01.341Pyranometer SMP 10
7.1415.01.341
*The SMP10 is a secondary standard pyranometer that combines the sensor technology from the CMP 11, the Smart interface from the SMP11 and the low maintenance from the CMP10.
7.1415.01.341
*The SMP10 is a secondary standard pyranometer that combines the sensor technology from the CMP 11, the Smart interface from the SMP11 and the low maintenance from the CMP10.
Pyranometer SR15 D1
7.1415.02.710Pyranometer SR15 D1
7.1415.02.710
*For the measurement of the global radiation on plane surfaces. With MODBUS RTU outputs
7.1415.02.710
*For the measurement of the global radiation on plane surfaces. With MODBUS RTU outputs
Pyranometer SR 15 A1
7.1415.02.760Pyranometer SR 15 A1
7.1415.02.760
*For the measurement of the global radiation on plane surfaces. With analogue mA outputs.
7.1415.02.760
*For the measurement of the global radiation on plane surfaces. With analogue mA outputs.
Pyranometer
SR 20
7.1415.01.7xxSR 20
Pyranometer
SR 20
7.1415.01.7xx
*WMO-recommended measured value transmitter to determine global radiation.
SR 20
7.1415.01.7xx
*WMO-recommended measured value transmitter to determine global radiation.
Pyranometer
SR 30
7.1415.06.7xxSR 30
Pyranometer
SR 30
7.1415.06.7xx
*Global radiation sensor according to ISO 9060-Kategorie Klasse A and IEC 61724-1:2021 Class A
SR 30
7.1415.06.7xx
*Global radiation sensor according to ISO 9060-Kategorie Klasse A and IEC 61724-1:2021 Class A
Silicon Solar Radiation Sensor
7.1419.2x.xxxSilicon Solar Radiation Sensor
7.1419.2x.xxx
*Digitial silicon irradiance sensor measurement uncertainty acc. IEC 61724-1:2021 class A.
7.1419.2x.xxx
*Digitial silicon irradiance sensor measurement uncertainty acc. IEC 61724-1:2021 class A.
Pyranometer GSM 10.7
7.1415.05.xxxPyranometer GSM 10.7
7.1415.05.xxx
*Electrical measuring instrument to measure the global radiation.
7.1415.05.xxx
*Electrical measuring instrument to measure the global radiation.
Pyranometer GSM 3.3
7.1415.09.xxxPyranometer GSM 3.3
7.1415.09.xxx
*Electrical measuring instrument to measure the global radiation.
7.1415.09.xxx
*Electrical measuring instrument to measure the global radiation.
Net Radiometer NR Lite
7.1415.40.000Net Radiometer NR Lite
7.1415.40.000
*Instrument measures the differences between global radiation and the reflected radiation from ground.
7.1415.40.000
*Instrument measures the differences between global radiation and the reflected radiation from ground.
Silicon UVAB Sensor E 1.1
7.1416.10.0xxSilicon UVAB Sensor E 1.1
7.1416.10.0xx
*The sensor acquires the radiations UV-A and UV-B independently from each other.
7.1416.10.0xx
*The sensor acquires the radiations UV-A and UV-B independently from each other.
Silicon UVB Sensor E 1.c
7.1416.20.0xxSilicon UVB Sensor E 1.c
7.1416.20.0xx
*Measuring transmitter for short-wave radiation, which can cause irreversible damages of the human skin.
7.1416.20.0xx
*Measuring transmitter for short-wave radiation, which can cause irreversible damages of the human skin.
Silicon Sensor PAR 5.3
7.1418.00.0xxSilicon Sensor PAR 5.3
7.1418.00.0xx
*With the PAR-sensor the photochemical growth processes of outdoor- and greenhouseplants can be optimized.
7.1418.00.0xx
*With the PAR-sensor the photochemical growth processes of outdoor- and greenhouseplants can be optimized.
Heat Flux Plate CN 3
7.1417.00.000Heat Flux Plate CN 3
7.1417.00.000
*Measures the temperature balance through a surface.
7.1417.00.000
*Measures the temperature balance through a surface.
Heat Flux Plate HFP01
7.1417.10.000Heat Flux Plate HFP01
7.1417.10.000
*HFP01 measures heat flux through the object in which it is incorporated or on which it is
mounted, in W/m2
7.1417.10.000
*HFP01 measures heat flux through the object in which it is incorporated or on which it is
mounted, in W/m2
Clima Sensor US
4.920x.x0.00xClima Sensor US
4.920x.x0.00x
*CLIMA Sensor US - Compact precision for demanding weather applications
The CLIMA Sensor US combines state-of-the-art sensor technology, such as ultrasonic wind measurement and radar technology for precipitation measurement, in a compact, maintenance-free design. Whether for building automation, solar parks, smart cities, agriculture or meteorology - the sensor reliably delivers precise measurements of all relevant weather parameters.
Thanks to various versions, the sensor offers customized parameter combinations for a wide range of applications. An integrated GPS receiver and an electronic compass enable exact time synchronization as well as position and location-dependent calculations in combination with the measured weather data.
4.920x.x0.00x
*CLIMA Sensor US - Compact precision for demanding weather applications
The CLIMA Sensor US combines state-of-the-art sensor technology, such as ultrasonic wind measurement and radar technology for precipitation measurement, in a compact, maintenance-free design. Whether for building automation, solar parks, smart cities, agriculture or meteorology - the sensor reliably delivers precise measurements of all relevant weather parameters.
Thanks to various versions, the sensor offers customized parameter combinations for a wide range of applications. An integrated GPS receiver and an electronic compass enable exact time synchronization as well as position and location-dependent calculations in combination with the measured weather data.
Clima Sensor US
4.921x.x0.00xClima Sensor US
4.921x.x0.00x
*CLIMA Sensor US - Compact precision for demanding weather applications
The CLIMA Sensor US combines state-of-the-art sensor technology, such as ultrasonic wind measurement and radar technology for precipitation measurement, in a compact, maintenance-free design. Whether for building automation, solar parks, smart cities, agriculture or meteorology - the sensor reliably delivers precise measurements of all relevant weather parameters.
Thanks to various versions, the sensor offers customized parameter combinations for a wide range of applications. An integrated GPS receiver and an electronic compass enable exact time synchronization as well as position and location-dependent calculations in combination with the measured weather data.
Heated components:
• Housing
• Ultrasonic transducers
4.921x.x0.00x
*CLIMA Sensor US - Compact precision for demanding weather applications
The CLIMA Sensor US combines state-of-the-art sensor technology, such as ultrasonic wind measurement and radar technology for precipitation measurement, in a compact, maintenance-free design. Whether for building automation, solar parks, smart cities, agriculture or meteorology - the sensor reliably delivers precise measurements of all relevant weather parameters.
Thanks to various versions, the sensor offers customized parameter combinations for a wide range of applications. An integrated GPS receiver and an electronic compass enable exact time synchronization as well as position and location-dependent calculations in combination with the measured weather data.
Heated components:
• Housing
• Ultrasonic transducers
Silicon Sunshine Indicator SDE 9.1
7.1420.00.000Silicon Sunshine Indicator SDE 9.1
7.1420.00.000
*Instrument to measure the global radiation and the sunshine duration.
7.1420.00.000
*Instrument to measure the global radiation and the sunshine duration.
Sunshine Recorder acc. to Campbell-Stokes
7.140x.10.000Sunshine Recorder acc. to Campbell-Stokes
7.140x.10.000
*Registers the sunshine duration for one entire day.
7.140x.10.000
*Registers the sunshine duration for one entire day.
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