Aquaculture Fluorescence Dissolved Oxygen Sensor KWS-630 IP68

Aquaculture Fluorescence Dissolved Oxygen Sensor KWS-630 IP68

Introduction

The Aquaculture Fluorescence Dissolved Oxygen Sensor KWS-630 with an IP68 rating is a game-changer in the aquaculture industry. It's specifically engineered to meet the demanding needs of fish farms and aquatic environments. This sensor utilizes fluorescence technology to provide highly accurate and real-time measurements of dissolved oxygen levels. The IP68 enclosure makes it fully waterproof and dustproof, allowing it to operate flawlessly even when submerged deep in water or exposed to harsh outdoor conditions. Its compact and robust design enables easy installation and maintenance, ensuring continuous and reliable monitoring of oxygen levels to support the healthy growth of aquatic organisms. Whether in freshwater or saltwater ponds, it's an essential tool for aquaculturists.

Dissolved Oxygen Sensor Feature

• No membrane, no need electrolyte
• No need to consume oxygen, not affected by flow rate
• Built-in temperature sensor, automatic temperature compensation
• Free from chemical interferences such as sulfides
• Small annual drift, fast response, and more accurate measurement
• Free of maintenance, longer application cycle and lower cost of use
• Fluor cap replacement is simple
• Support RS-485, MODBUS protocol

Technical Specifications

The role of the fluorescence dissolved oxygen sensor in aquaculture:

• Nutrient-rich feed and a good breeding environment are very important in aquaculture. Of course, dissolved oxygen is also the key to the survival of fish. During the breeding process, the amount of dissolved oxygen in the water is high, and the water quality and environment will become fertile and vitality, higher feed utilization, increased fish food intake, and fatter growth.
• The function of Fluorescence dissolved oxygen sensor is to measure the oxygen content in the water. The oxygen in the water will change with the pressure, temperature and salinity. The higher the pressure, the higher the dissolved oxygen, and the higher the temperature, the higher the salt. Generally, the oxygen in the water is air Infiltration into the water, it can also generate oxygen through the plants in the water, but many reasons in the water will consume oxygen, resulting in insufficient oxygen content in the water, so professional instruments are required to detect the dissolved oxygen content in the water.
• On the contrary, the dissolved oxygen in the water is low, the food intake of the fish and the utilization rate of the feed will decrease. At present, aquaculture is generally manually controlled by manual aerators, which can effectively solve the problem of aeration in water, but it is still inaccurate. The measured dissolved oxygen content will lead to the occurrence of hypoxia, which will cause great damage to aquaculture.
• It can intelligently control the aerator. When the oxygen content is low during the breeding process, it can automatically control the oxygen machine to increase the oxygen. When it reaches a certain oxygen content, it will automatically disconnect. It brings a lot of convenience in breeding and reduces the Labour and increases aquaculture production.