Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
16～30 item / All 38 items
Sky scattering pyranometer compliant with ISO 9060:2018.
●Compact and durable case design with excellent exothermic and temperature characteristics ●Accuracy and reliability backed by ISO17025 accredited lab (equivalent to JCSS) ●Improved maintainability through internal diagnostic sensors (RS485 output)
It is a high cost-performance class A/B/C all-weather solar radiation meter for measuring solar radiation and monitoring efficiency in PV systems.
●High-precision all-weather solar radiation meter based on the measurement principle of thermopile sensors. ●Measurement signals in μV can be obtained without external power supply.
サーモパイルセンサの測定原理に基づく高精度の全天日射計
この測定原理では外部からの電源供給なしでμV測定信号の取得が可能。 DC0/4～20mA、DC0～1/5/10VまたはRS485 Modbus-RTU出力を使用する場合は、外部からの電源供給が必要。これらの出力は常にW/m²に関係付けられており、ソーラーパネル全面に対する日射量との関係性を得ることができる。 すべてのモデルは電気的なシステムが筐体から完全に絶縁されるよう設計されており、日射計に追加的な絶縁処理を施すことなく、金属を含むあらゆる設置面への取付けが可能。 RS485 Modbus-RTU出力モデルには内部診断センサが搭載されており、日射計の動作状態を監視し、メンテナンスの必要性を事前に予測できるため、常に信頼性の高い測定を実現可。 ■ISO9060：2018に準拠する標準全天日射計 ■軽量化されたボディ設計とより高品質な測定仕様 ■ISO17025認定ラボ（JCSS同等）に裏打ちされた精度と信頼性 ■内部診断センサ（RS485出力）によるメンテナンス性の向上
▼ISO 9060:2018, WMO-compliant Class B direct solar radiation sensor
A measuring instrument that is installed perpendicular to sunlight using a solar tracking device and measures direct solar radiation (W/m²). The LPPYRHE16 has a field of view of 5° and an inclination angle of 1°, in accordance with ISO 9060:2018 and WMO standards. Its operating principle is based on a passive type thermopile sensor. The sensing surface of the thermopile is coated with matte black paint to ensure that the direct solar radiation sensor is not selective to different wavelengths. The spectral range of the direct solar radiation sensor is determined by a quartz window that protects the sensor from dust and moisture. Thanks to the special quartz, non-selective measurements across a spectral range of 200nm to 4000nm are possible. The sensor used achieves a response time faster than what is required for class B direct solar radiation sensors by ISO 9060:2018. (The required response time is 15 seconds according to ISO 9060:2018, while the LPPYRHE16 is under 9 seconds.) ▼ ISO 9060:2018, WMO compliant class B direct solar radiation sensor ▼ Complete overview of solar radiation elements through combined use with an all-sky solar radiation sensor ▼ Long-term high-precision measurements achieved with automatic temperature compensation feature ▼ Calibration certificate included as standard
All-weather solar radiation meter using silicon photodiodes as sensors.
Using a silicon photodiode sensor with a measurement wavelength of 400 to 1100 nm, the total solar radiation (W/m²) is measured. A special surface shape design and diffuser achieve a 180° field of view in accordance with the cosine law. It can be used for measuring solar radiation in the field of renewable energy, such as solar thermal power and photovoltaic power generation. ■ Comes with a 5m lead cable as standard (with stripped ends), and the typical output is 20μV/(W/m²). ■ Custom cable lengths can be manufactured upon request at the time of order. ■ Additionally, by using a base with a level, the solarimeter can be installed horizontally. ▼ All-weather solarimeter with a silicon photodiode as the sensor ▼ Measurement wavelength of 400 to 1100 nm, measurement range of 0 to 1400 W/m² ▼ Typical sensitivity of 20μV/(W/m²), response time <1μs ▼ 180° field of view due to the upper surface shape and diffuser
This is a solar radiation meter classified as a Secondary Standard according to ISO 9060. It is a high-precision solar radiation meter designed for precise measurements, such as investigations into global warming.
This device measures the total solar radiation entering from the sky and is a high-precision all-weather solarimeter that complies with the Secondary Standard as defined by ISO 9060. The sensing element uses a thermopile with uniform spectral sensitivity across the entire wavelength range of solar radiation and stable performance. The MS-802 model features a new thermopile that has approximately doubled the response speed compared to the previous model (MS-801), and the temperature characteristics have been improved by about 40% through changes in the thermal structure. Additionally, the sensing surface is protected from variations in factors other than solar radiation (such as wind) by being covered with a double dome. The MS-802F has a fan installed at the bottom of the sensing surface holder, which blows air to the outside of the glass dome, preventing the accumulation of frost, snow, dust, and other debris.
It is a pyranometer of Second Class as specified by IISO9060.
The sensing part uses a special film with excellent temperature characteristics and mechanical properties as a substrate, and is equipped with a thermopile that has multiple contacts to detect the temperature difference between the center of the sensing part and the diameter direction. The outer circumference of the sensing part is bonded to a metal holder with an appropriate thermal capacity, which responds to changes in solar radiation intensity, resulting in a temperature difference between the center of the sensing part and the diameter direction. The solar radiation amount is determined by measuring the direct current voltage proportional to that temperature difference. The sensing part has no wavelength dependence and is coated with a special black paint that has good absorption properties.
It is a solar cell type solar radiation sensor.
There are solar cell type and thermoelectric pile type solar radiation meters. Please choose according to your application. We also offer radiation balance meters, ultraviolet meters, and sunshine meters.
It is a simple type of solar radiation sensor using a thermopile.
There are solar cell type and thermoelectric pile type solar radiation meters. Please choose according to your application. We also offer radiation balance meters, ultraviolet meters, and sunshine meters.
It is a measuring instrument that observes all-sky solar radiation in accordance with ground meteorological observation methods.
You can take the certification exam at the Japan Meteorological Agency's Meteorological Instrument Calibration Center. It captures and observes direct solar radiation and scattered solar radiation in the shortwave radiation band (wavelength 0.3 to 2.8 μm) incident on a horizontal plane using a 2π solid angle. It has a hermetically sealed and waterproof structure suitable for continuous observation. It comes with a level and adjustment screws, making horizontal installation easy.
It is a precision all-weather solar radiation meter that measures high-accuracy light levels.
It is possible to measure unidirectional radiation to and from the Earth, which is different from the long-wave radiation in terms of balance. It consists of a wound thermopile and a cast bronze housing. Since a temperature correction circuit is incorporated, the radiation from the equipment is also automatically corrected. A thermistor battery that detects the sensor's temperature is built into the electronic circuit.
In 20 years, the aging degradation is about 1%. The unchanged sensitivity is currently published with comparative data!!
This is a second-class pyranometer, a product from the highly trusted Dutch company Kipp & Zonen. The radiation shield is for temperature measurement. This pyranometer is a sensor that measures total solar radiation (300–2800 nm) and complies with the specifications of ISO 9060 WMO Second Class. 【Features】 ● The sensor uses a thermopile with a high-performance black surface, capturing all wavelengths from 0.3 to 2.8 microns in solar spectral radiation. ● The polished glass dome is single-layered but designed with a subtle thickness to ensure performance comparable to a double glass dome. ● The radiation shield incorporates a Pt100Ω thermometer inside. The shield is painted white aluminum to reduce the influence of solar radiation. -------------------------------------------------------------- *Comparison data can be viewed by downloading it. -------------------------------------------------------------- ↓ ↓ ↓
It will be mounted on our solar tracking device to measure direct solar radiation as determined by the WMO.
This is a product from the most trusted Dutch company, Kipp&Zonen, in the world. It measures direct sunlight entering at an angle of 5°.
A pyranometer with a wide wavelength range different from that using silicon photodiodes.
The PCM-01N solar radiation meter is a low-cost solar sensor that captures direct sunlight from the sun and scattered light from the sky to measure the total solar radiation reaching the Earth's surface. The total solar radiation received by the sensor is converted into a voltage or current signal proportional to its intensity and output. The sensing element uses a thermopile painted black, which gives it a wider wavelength range compared to solar meters that use silicon photodiodes. The hemispherical glass dome protects the internal sensor and prevents sensitivity degradation. 【Product Lineup】 ○ PCM-01N ○ PCM-01NA ○ PCM-01NL ○ PCM-01NLA For more details, please contact us or download the catalog.
Captures solar energy incident on the Earth's surface due to direct sunlight from the sun and scattering from the sky, outputting a voltage proportional to the amount of solar radiation.
The solar radiation meter D1-009A is a sensor that measures total solar radiation.
