Y511-A Self-cleaning Turbidity Sensor

Product Description

Y511-A In line Turbidity Sensor adopts 90° scattered light measurement principle, in line with the ISO7027 international standard, custom optical devices, small size, easy installation and maintenance, not easy to be affected by ambient light interference, with better repeatability and stability. Yosemitech Turbidity Probe with automatic cleaning brush, can eliminate the impact of bubbles and contamination on measurement, making longer maintenance cycle, long-term online use can also maintain excellent stability.

Product Features

Digital sensor, RS-485 output, standard Modbus protocol;

90°Scattering light principle, in line with ISO7027 international standards;

Sapphire optical window, customized filters,Not vulnerable to ambient light and chroma interference;

With self-cleaning brush to prevent microorganisms from attaching and extend the maintenance cycle；

Built-in calibration parameters, accurately calibrated before delivery, ready for direct installation and use

Excellent repeatability and stability.

Product Size

Product Parameters

FAQs

1. How to Calibrate Y511-A Self-cleaning Turbidity Sensor?

2. How to Use Self-cleaning Turbidity Sensor?

3. What are the Applications of the Digital Turbidity Sensor in Various Industries?

The digital turbidity sensor plays a pivotal role across multiple sectors by ensuring optimal water quality and clarity. Here's how different industries leverage this technology:

1. Drinking Water Treatment

In the water treatment sector, these sensors are essential for maintaining compliance with health and safety regulations. By continuously monitoring water clarity, they help guarantee that drinking water is safe and free from contaminants.

2. Wastewater Management

For wastewater facilities, the sensor is invaluable in overseeing effluent output. It provides real-time data to ensure that discharged water meets environmental standards, thus protecting natural water bodies from pollution.

3. Environmental Monitoring

Environmental agencies and researchers use turbidity sensors to evaluate the transparency of natural waters, such as lakes, rivers, and streams. This data is critical for assessing the health of aquatic ecosystems and detecting environmental changes.

4. Industrial Applications

Industries, particularly those in food and beverage production, rely on these sensors to uphold product clarity standards during manufacturing. Maintaining consistent clarity is crucial in sectors where the quality and appearance of the final product are paramount.