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Pyranometer - 400 - 1 100 nm, -30 ... +70 °C | SP-LITE
SP-Lite - a low-cost, yet very accurate, universal silicium pyranometer.
Kipp & Zonen SP-Lite
This silicium-pyranometer was especially designed for calculating evapotranspiration for precision irrigation purposes, monitor...
Kipp & Zonen SP-Lite
This silicium-pyranometer was especially designed for calculating evapotranspiration for precision irrigation purposes, monitor...
Pyranometer - 400 - 1 100 nm, -30 ... +70 °C | SP-LITE
SP-Lite - a low-cost, yet very accurate, universal silicium pyranometer.
Kipp & Zonen SP-Lite
This silicium-pyranometer was especially designed for calculating evapotranspiration for precision irrigation purposes, monitor solar panels in energy production, for air pollution dispersion calculations and similar applications. SP-Lite can be used under all weather conditions. It compares favorably to ISO 9060-specified First Class Thermopile Pyranometers under clear and unobstructed natural daylight conditions.
SP-Lite uses a photo diode detector, which creates a voltage output that is proportional to the incoming radiation. This signal is converted by the integrated Adcon amplifier to a 0-2.5V signal, compatible to all Adcon RTU's.
The sensor comes complete with all mast mounting equipment, two pipe clamps, and a shielded 2m cable with a 7-pin Binder jack, compatible to all RTU's of the A723 and A733 families.
Kipp & Zonen SP-Lite
This silicium-pyranometer was especially designed for calculating evapotranspiration for precision irrigation purposes, monitor solar panels in energy production, for air pollution dispersion calculations and similar applications. SP-Lite can be used under all weather conditions. It compares favorably to ISO 9060-specified First Class Thermopile Pyranometers under clear and unobstructed natural daylight conditions.
SP-Lite uses a photo diode detector, which creates a voltage output that is proportional to the incoming radiation. This signal is converted by the integrated Adcon amplifier to a 0-2.5V signal, compatible to all Adcon RTU's.
The sensor comes complete with all mast mounting equipment, two pipe clamps, and a shielded 2m cable with a 7-pin Binder jack, compatible to all RTU's of the A723 and A733 families.
Pyranometer - 305 - 2 800 nm, -40 ... +80 °C | LP02
A universal pyranometer, suitable for a wide variety of applications.
LP02 is a pyranometer according to the ISO-9060 Second Class standard. It measures the solar radiation flux incident on a plane surface from a 180 degree field of view in the wavelength range from...
LP02 is a pyranometer according to the ISO-9060 Second Class standard. It measures the solar radiation flux incident on a plane surface from a 180 degree field of view in the wavelength range from...
Pyranometer - 305 - 2 800 nm, -40 ... +80 °C | LP02
A universal pyranometer, suitable for a wide variety of applications.
LP02 is a pyranometer according to the ISO-9060 Second Class standard. It measures the solar radiation flux incident on a plane surface from a 180 degree field of view in the wavelength range from 305 to 2800nm with a thermopile element with a flat response across the full solar spectrum. This makes the LP02 perfect for meteorological routine measurements, such as those in agro-meteorology.
LP02 is available in two versions: with and without an integrated Adcon amplifier. The version with amplifier provides the standard Adcon analog output signal from 0 to 2.5V, which is compatible with all Adcon RTU's. Those who use Series 4 RTUs (such as the A753 GPRS) can create a custom driver in their Gateway and connect the LP02 without amplifier directly to Port B, which features an integrated LVA (Low-Voltage Amplifier).
The sensor comes complete with an extremely rugged mast mounting bracket, and a shielded 3m cable with a 7-pin Binder jack, compatible to all RTU's of the A723, A733 and A75x series.
LP02 is a pyranometer according to the ISO-9060 Second Class standard. It measures the solar radiation flux incident on a plane surface from a 180 degree field of view in the wavelength range from 305 to 2800nm with a thermopile element with a flat response across the full solar spectrum. This makes the LP02 perfect for meteorological routine measurements, such as those in agro-meteorology.
LP02 is available in two versions: with and without an integrated Adcon amplifier. The version with amplifier provides the standard Adcon analog output signal from 0 to 2.5V, which is compatible with all Adcon RTU's. Those who use Series 4 RTUs (such as the A753 GPRS) can create a custom driver in their Gateway and connect the LP02 without amplifier directly to Port B, which features an integrated LVA (Low-Voltage Amplifier).
The sensor comes complete with an extremely rugged mast mounting bracket, and a shielded 3m cable with a 7-pin Binder jack, compatible to all RTU's of the A723, A733 and A75x series.
Pyranometer - 305 - 2 800 nm, -40 ... +80 °C | SR11
Highly accurate First Class instrument, for very demanding applications.
The SR11 pyranometer offers an outstanding price-performance ratio for an instrument of this class. Compliant with the ISO-9060 First Class standard, it employs a double glass dome to minimze...
The SR11 pyranometer offers an outstanding price-performance ratio for an instrument of this class. Compliant with the ISO-9060 First Class standard, it employs a double glass dome to minimze...
Pyranometer - 305 - 2 800 nm, -40 ... +80 °C | SR11
Highly accurate First Class instrument, for very demanding applications.
The SR11 pyranometer offers an outstanding price-performance ratio for an instrument of this class. Compliant with the ISO-9060 First Class standard, it employs a double glass dome to minimze measurement errors. Its thermopile sensor element reacts very fast to changes in radiation, and provides a perfectly flat response across the full solar spectrum. The SR11 is the instrument of choice for Met Offices, science and research, and also for photo-voltaic operations keen to get accurate efficiency evaluations of their oeprations.
Adcon delivers the SR11 by default with an integrated amplifier. This device provides the standard Adcon analog output signal from 0 to 2.5V, which makes the sensor compatible to all Adcon RTU's. Upon request this sensor is also available without an amplifier.
The sensor comes complete with an extremely rugged mast mounting bracket, and a shielded 3m cable with a 7-pin Binder jack, compatible to all RTU's of the A723, A733 and A75x series.
The SR11 pyranometer offers an outstanding price-performance ratio for an instrument of this class. Compliant with the ISO-9060 First Class standard, it employs a double glass dome to minimze measurement errors. Its thermopile sensor element reacts very fast to changes in radiation, and provides a perfectly flat response across the full solar spectrum. The SR11 is the instrument of choice for Met Offices, science and research, and also for photo-voltaic operations keen to get accurate efficiency evaluations of their oeprations.
Adcon delivers the SR11 by default with an integrated amplifier. This device provides the standard Adcon analog output signal from 0 to 2.5V, which makes the sensor compatible to all Adcon RTU's. Upon request this sensor is also available without an amplifier.
The sensor comes complete with an extremely rugged mast mounting bracket, and a shielded 3m cable with a 7-pin Binder jack, compatible to all RTU's of the A723, A733 and A75x series.
Pyranometer - 310 - 2 800 nm, -40 ... +80 °C | CMP-3
Accurate second-class thermopile pyranometer from the world leader in solar radiation measurement, Kipp & Zonen.
Kipp & Zonen CMP-3
CMP-3 is a pyranometer according to ISO-9060 Second Class...
Kipp & Zonen CMP-3
CMP-3 is a pyranometer according to ISO-9060 Second Class...
Pyranometer - 310 - 2 800 nm, -40 ... +80 °C | CMP-3
Accurate second-class thermopile pyranometer from the world leader in solar radiation measurement, Kipp & Zonen.
Kipp & Zonen CMP-3
CMP-3 is a pyranometer according to ISO-9060 Second Class standard. It is measuring the irradiance on a plane surface from radiant fluxes in the wavelength range from 310 to 2800nm by means of a thermopile element. This makes the CMP-3 ideal for meteorological routine measurements which require neither a First Class nor a Secondary Standard instrument.
The output signal of the thermopile sensor is converted by the integrated Adcon amplifier to a 0-2.5V signal, compatible to all Adcon RTU's.
The sensor comes complete with all mast mounting equipment, two pipe clamps, and a shielded 2m cable with a 7-pin Binder jack, compatible to all RTU's of the A723 and A733 families.
Kipp & Zonen CMP-3
CMP-3 is a pyranometer according to ISO-9060 Second Class standard. It is measuring the irradiance on a plane surface from radiant fluxes in the wavelength range from 310 to 2800nm by means of a thermopile element. This makes the CMP-3 ideal for meteorological routine measurements which require neither a First Class nor a Secondary Standard instrument.
The output signal of the thermopile sensor is converted by the integrated Adcon amplifier to a 0-2.5V signal, compatible to all Adcon RTU's.
The sensor comes complete with all mast mounting equipment, two pipe clamps, and a shielded 2m cable with a 7-pin Binder jack, compatible to all RTU's of the A723 and A733 families.
Solar radiation sensor - 0 - 1 000 W/m² | QLS60
The QLS60 solar sensor is ideally suited for utilization as a reference sensor ventilation, air conditioning and heating plants which necessitate compensation...
Solar radiation sensor - 0 - 1 000 W/m² | QLS60
The QLS60 solar sensor is ideally suited for utilization as a reference sensor ventilation, air conditioning and heating plants which necessitate compensation of solar radiation. Buildings or building sections that are equipped with large window areas are exposed to strong solar radiation which is why they require solar compensation. This applies most especially to plants that do not utilize thermostatic radiator valves cannot be used.
The QLS60 solar sensor has an IP65 protection class, range of 0 up to 1000 W/m2, an output of DC 0…10 V / 4…20 mA and supply of AC 24 V / DC 18…30 V.
The QLS60 solar sensor has an IP65 protection class, range of 0 up to 1000 W/m2, an output of DC 0…10 V / 4…20 mA and supply of AC 24 V / DC 18…30 V.