Self Clean Bluetooth Supported Online Fluorescence Dissolved Oxygen Sensor

Description

The state-of-the-art fluorescence dissolved oxygen sensor employs a cutting-edge generation of fluorescence lifetime technology. Kacise independently develops high-performance fluorescent materials with remarkable innovation and expertise. It features no anaerobic consumption, no flow restrictions, and no electricity requirements, presenting a highly efficient and energy-saving solution. The solution demands no maintenance and calibration efforts, is not affected by hydrogen sulphide, and showcases excellent stability. It is equipped with a built-in temperature sensor and automatic temperature compensation functionality, ensuring accurate measurements in various temperature conditions. The RS485 output makes it suitable for networks without a controller, providing seamless integration and convenient operation.

For instance, in an aquaculture farm, this sensor can accurately monitor the dissolved oxygen levels in the water without the need for frequent calibration or maintenance, allowing farmers to take timely measures to ensure the well-being of the aquatic organisms. In a wastewater treatment plant, its stability and resistance to hydrogen sulphide make it reliable for long-term use, contributing to efficient treatment processes. The automatic temperature compensation feature ensures accurate readings regardless of temperature fluctuations, such as in different seasons or during day and night variations. The RS485 output enables easy connection to existing networks without the need for an additional controller, reducing complexity and costs.

Features

The Kacise dissolved oxygen sensor provides support for RS485/Modbus communication, offering seamless data transmission and integration with various systems. It comes with an optional automatic cleaning brush, which is designed to effectively eliminate the negative impact of oil on the measurement process, ensuring accurate and reliable readings. This outstanding product utilizes a distinctive optical and electronic filtering technology, which successfully eliminates the influence of ambient light on the measurement results. Moreover, it remains unaffected by suspended solids, guaranteeing consistent and precise performance even in complex and challenging environments.

Specifications