Renke Atmospheric Visibility Sensor

Product Description

The visibility sensor uses high-sensitivity infrared light, and the interior is filtered to eliminate interference from other light sources. So as to ensure the accuracy of the measurement. The housing of the atmospheric visibility sensor is made of sturdy alloy, and the surface is added with anti-corrosion materials to prevent corrosion in harsh environments. Atmospheric visibility can be monitored 24 hours a day. We provide RS485 and WIFI two signal outputs to meet the needs of customers in different places.

Product Features

1. The optical lens of this visibility sensor is facing down and has a protective cover to prevent precipitation, droplets or dust from entering the lens and reduce probe contamination. This design measures more accurately and requires no maintenance. The overvoltage and electromagnetic protection functions of the visibility sensor ensure safe operation.

2. This sensor can sample continuously at high speed, improving the accuracy of measurements in mixed weather such as rain and hail, while providing reliable readings in more stable weather such as fog and mist. High-speed sampling also allows the sensor to better respond to suddenly changing conditions.

3. This sensor is very energy-efficient, with a working power consumption of only 0.5W under normal circumstances, saving energy. The internal circuit is an anti-interference treatment. Good stability.

4. The DC power supply circuit of the visibility sensor has an anti-reverse and self-recovery insurance design to avoid sensor damage due to operational errors.

5. The surface of the visibility sensor is treated with anti-corrosion to resist rainwater corrosion. Robust and seawater-proven visibility sensors designed for applications in all climatic zones, both onshore and offshore. It provides reliable data even under extreme environmental conditions.

6. The data measured by the device can be uploaded to the free cloud platform provided by our company, using data to process the changed information and publish the visibility of the measurement location, analyze the weather changes and remind the staff to take measures in time.

Parameters