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70157 KNX PY Pyranometer: Global Irradiance Sensor

The 70157 KNX PY Pyranometer is a cutting-edge sensor designed to measure global irradiance, which is the total amount of solar radiation that falls on a surface exposed to the sky. This high-precision instrument allows for accurate monitoring of solar energy input over a defined time period, providing valuable data for energy management and control systems. The KNX PY interface makes it easy to read and interpret the measurements, enabling users to make informed decisions about energy usage and efficiency.

Key Features and Specifications

The 70157 KNX PY Pyranometer is equipped with a range of features that make it a versatile and reliable choice for various applications. It offers four configurable switching outputs with adjustable threshold values, allowing for precise control and automation. Additionally, the sensor features logical gates for AND and OR operations, enhancing its flexibility and compatibility with other systems. The entire sensor system, including the evaluation electronics and the data acquisition electronics, is housed in a compact enclosure, ensuring durability and ease of installation.

• High Precision: Accurate measurement of global irradiance for precise energy management.
• Configurable Outputs: Four switching outputs with adjustable thresholds for flexible control.

Practical Applications

The 70157 KNX PY Pyranometer finds extensive applications in various fields, including solar energy systems, building automation, and environmental monitoring. Its ability to measure solar radiation intensity makes it ideal for shading systems, where it can be used to control blinds and shades for thermal protection. In solar thermal systems, such as hot water preparation, the pyranometer helps determine when to activate water pumps for optimal energy efficiency. The threshold value for irradiation can be set to trigger specific actions, ensuring optimal performance and energy savings.

• Solar Energy Systems: Enhance efficiency and control in solar thermal and photovoltaic systems.
• Building Automation: Improve energy management and comfort through shading control and heating optimization.