Introduction: TS TB100 pyranometer is a technical standard secondary total radiation sensor, used to measure the total solar radiation in the wavelength range of 280~3000nm received from the solid angle of 2π steradian on the horizontal plane (hemispherical direction). It is widely used in the measurement of solar radiation energy such as meteorological observation, atmospheric environment monitoring, climate observation, solar energy utilization, agriculture, building physics research, etc. Working principle: Semiconductor thin film thermopile technology Features: The TS TB100 pyranometer is a secondary meter. Its main performance, such as stability, response time, temperature characteristics, and non-linearity, exceed the existing secondary pyranometer performance standards on the market; the exterior design is compact and beautiful, and easy to install. Cost-effective. Technical parameter: Spectral range: 280～3000nm Test range: 0～2000W/m² Sensitivity: 7～14μV/W•m² Output signal: 0～20mV/RS485 optional Resolution: 1W/m² Yearly stability: ≤±2% Internal resistance: <100Ω Response time (95%): ≤20s Temperature response: ±2% (-20℃～+40℃) Non-linearity: ±2% Working environment: -40℃～+85℃
Introduction: TS TB100 pyranometer is a technical standard secondary total radiation sensor, used to measure the total solar radiation in the wavelength range of 280~3000nm received from the solid angle of 2π steradian on the horizontal plane (hemispherical direction). It is widely used in the measurement of solar radiation energy such as meteorological observation, atmospheric environment monitoring, climate observation, solar energy utilization, agriculture, building physics research, etc. Working principle: Semiconductor thin film thermopile technology
