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Solar radiation / sunshine

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Radiation balance meter transmitter MF-11

The main radiation that enters the earth's surface is solar radiation, water vapor, carbon dioxide, and infrared rays emitted from clouds. Radiation balance meter that measures the balance of these components. It is a sensitive part with a copper-constantan thermopile protected by a polyethylene dome.

The main radiation that enters the earth's surface is solar radiation, water vapor, carbon dioxide, and infrared rays emitted from clouds. Radiation balance meter that measures the balance of these components. It is a sensitive part with a copper-constantan thermopile protected by a polyethylene dome.


● A constant speed of air is blown to the outer surface of the polyethylene dome by a blower, and dehumidified air is sent inside to prevent condensation.
● Measures radiation balance including solar radiation (short wave radiation) and infrared radiation (long wave radiation)
● A strong blower can be attached to prevent snow and frost on the polyethylene dome (optional).
● Powerful for measuring atmospheric stability, the amount of evapotranspiration from the ground surface, and the amount of heat flowing through the ground.
● You can attach a report from the Japan Weather Association

Solar radiation transmitter (with anti-frost fan) CMP-3F

This instrument is a sensor that measures the amount of total sunlight. It captures solar energy incident on the ground surface by direct light from the sun and scattering from the sky, and outputs a voltage proportional to the amount of solar radiation (W / ㎡).

This instrument is a sensor that measures the amount of total sunlight. It captures solar energy incident on the ground surface by direct light from the sun and scattering from the sky, and outputs a voltage proportional to the amount of solar radiation (W / ㎡).


● Because it uses a thermopile (thermoelectric pile) with black paint on the sensitive part, it has a wider measurement wavelength range and higher accuracy and sensitivity than a pyranometer that uses a silicon photodiode.
● The sensitive area is covered with a glass dome with excellent spectral transparency to keep the interior airtight and protected from thermal convection and wind and rain.
● Attaching a cover that blocks sunlight to the main unit reduces the temperature rise of the main unit and prevents a decrease in accuracy due to temperature characteristics.
● A ventilation fan is attached to prevent condensation and frost formation on the glass dome.
● A type without a ventilation fan (CMP-03E) is also available.
● You can obtain certification from the Japan Meteorological Agency.

Global Solar Radiator MS-40c

It measures the amount of total solar radiation incident from the sky, and is classified as Class C in the ISO9060 pyranometer standard.It is a product with a glass dome on a robust lightweight aluminum body that has been anodized.

It measures the amount of total solar radiation incident from the sky, and is classified as Class C in the ISO9060 pyranometer standard.It is a product with a glass dome on a robust lightweight aluminum body that has been anodized.


● ISO9060 Class C standard
● Lightweight aluminum body
● Ventilation fan with heater can be equipped (optional)
● You can obtain the certification of the Japan Meteorological Agency [Specifications]
● Wavelength range: 285 to 3000nm
● Response time: <18 seconds
● Long-term stability: <1.5% / year
● Nonlinearity: ± 1.5%
● Temperature characteristics: <3% (△ T50)
● Inclination angle characteristics: ± 1%
● Sensitivity constant: About 7μV / W ・ ㎡
● Maximum solar radiation intensity: 2000W / ㎡
● Protection class: IP67
● Operating temperature range: -40 ~ 80 ℃
● External dimensions: φ96 × H93.5mm
● Mass: About 0.37kg

Precision Global Solar Radiator MS-60c

It measures the amount of total solar radiation incident from the sky, and is an excellent pyranometer classified as Class B in the ISO9060 pyranometer standard.It is a product with a double glass dome on a robust lightweight aluminum body that has been anodized.

It measures the amount of total solar radiation incident from the sky, and is an excellent pyranometer classified as Class B in the ISO9060 pyranometer standard.It is a product with a double glass dome on a robust lightweight aluminum body that has been anodized.


● ISO9060 Class B standard
● Lightweight aluminum body
● Ventilation fan with heater can be equipped (optional)
● You can obtain the certification of the Japan Meteorological Agency [Specifications]
● Wavelength range: 285 to 3000nm
● Response time: <18 seconds
● Long-term stability: <1.5% / year
● Nonlinearity: ± 1%
● Temperature characteristics: <3% (-10 ~ 40 ℃)
● Inclination angle characteristics: ± 1%
● Sensitivity constant: About 7μV / W ・ ㎡
● Maximum solar radiation intensity: 2000W / ㎡
● Protection class: IP67
● Operating temperature range: -40 ~ 80 ℃
● External dimensions: φ96 × H100mm
● Mass: About 0.4kg

Bimetal sunshine transmitter N-84

It is a sunshine transmitter using bimetal.A contact is attached to a bimetal piece painted in black and white inside a glass cylinder.Since the amount of deflection of the white and black bimetal pieces differs depending on the sunshine, the contacts make up and detect the sunshine.

It is a sunshine transmitter using bimetal.A contact is attached to a bimetal piece painted in black and white inside a glass cylinder.Since the amount of deflection of the white and black bimetal pieces differs depending on the sunshine, the contacts make up and detect the sunshine.

【SPECIFICTION】
● Detection method: Bimetal type
● sunshine threshold: 120W / ㎡
● External dimensions: φ150 × L350mm
● Mass: About 3kg

Direct solar radiation meter MS-56

A direct solar radiation meter is a solar radiation meter for measuring the solar radiation intensity of a surface perpendicular to a predetermined direction, including the sun's photosphere.

A direct solar radiation meter is a solar radiation meter for measuring the solar radiation intensity of a surface perpendicular to a predetermined direction, including the sun's photosphere.


● A newly developed ultra-high speed thermopile is used for the light receiving part to detect direct solar radiation from the temperature difference between the hot and cold junctions.
● Stable and highly accurate direct solar radiation measurement is realized with a quartz window with a wide transmission wavelength range and a low power consumption type (12V 0.5W) thin film heater for preventing condensation.
● The incident tube that surrounds the sensor unit conforms to WMO (World Meteorological Organization) recommendations, and is mounted on a solar tracking device so that it always faces the sun.
● The sun tracker automatically switches to sun sensor tracking in fine weather and to machine tracking mode in cloudy weather.
● Lightweight and compact body design demonstrates stable performance against changes in ambient temperature, and is easier to use and more accurate by installing in the GPS-equipped solar tracker STR-21G / 22G Enables solar radiation measurement.

Solar-powered sunshine meter transmitter N-84S

The solar cell element (silicon photodiode) mounted in the glass tube detects direct light and scattered light, and detects sunlight.

The solar cell element (silicon photodiode) mounted in the glass tube detects direct light and scattered light, and detects sunlight.


● Moisture-proof inert gas is enclosed in the glass dome, so it is not cloudy and has excellent weather resistance.
● No power supply required
● Models subject to JMA commissioned certification

Rotary luminometer transmitter N-093

It is a high-performance product that is unparalleled in the world as a sunshine meter. By using a pyroelectric sensor and taking its output as a derivative with respect to time, only direct solar radiation is measured faithfully without being affected by scattered light.

It is a high-performance product that is unparalleled in the world as a sunshine meter. By using a pyroelectric sensor and taking its output as a derivative with respect to time, only direct solar radiation is measured faithfully without being affected by scattered light.


● It is the same method as the sunshine meter used in the Japan Meteorological Agency Amedas.
● Sunlight threshold: Pyrheliometer intensity 120W / ㎡ [Measurement principle] A reflector attached to the spindle rotates at a constant speed along the spindle, and when the mirror captures sunlight for a moment during one rotation, an optical sensor Outputs a signal on the pulse according to the intensity of direct light.Accurate sunshine duration can be measured by measuring the number of pulses whose pulse height is higher than the threshold.

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