Low Price Fronius Einstrahlungs-sensor Markdown: -95% [IVuB1TdM]

Low Price Fronius Einstrahlungs-sensor Markdown: -95% [IVuB1TdM]: Precision Solar Measurement

Introducing the Low Price Fronius Einstrahlungs-sensor Markdown: -95% [IVuB1TdM], a cutting-edge solar measurement solution designed for precision and reliability. This sensor is perfect for monitoring and analyzing solar radiation, ensuring optimal performance of your solar systems. With its state-of-the-art monocrystalline Si technology, the Einstrahlungs-Sensor provides accurate and consistent readings, making it an essential tool for solar professionals and enthusiasts alike.

• Monocrystalline Si Technology for superior accuracy and durability.
• Yearly Tolerance of +/-5% for reliable performance over time.

Technical Specifications and Features

The Low Price Fronius Einstrahlungs-sensor Markdown: -95% [IVuB1TdM] is built to withstand the demands of the solar industry. It features a compact design with dimensions of 110x40x40mm, making it easy to install and integrate into your system. The sensor comes with a 3m Cu-leitung for maximum cable length, ensuring seamless communication between the sensor and the sensor card/box. With a total cable length of 30m, the Einstrahlungs-Sensor offers flexibility and convenience in installation.

• Dimensions: 110x40x40mm for easy integration and installation.
• Cable Length: 3m sensor to sensor card/box, 30m total cable length.

Practical Applications and Benefits

The Low Price Fronius Einstrahlungs-sensor Markdown: -95% [IVuB1TdM] is a versatile tool that finds applications in various scenarios. Whether you are a solar installer, system operator, or researcher, this sensor can enhance your daily operations. It helps in optimizing solar system performance, improving energy yield, and ensuring the longevity of your solar panels. The Einstrahlungs-Sensor is ideal for use in residential, commercial, and industrial settings, making it a valuable asset for anyone involved in the solar industry.

• Optimize Solar System Performance and increase energy yield.
• Enhance the Longevity of solar panels through accurate monitoring.