Online Feed Moisture Measurement Equipment — Near-Infrared Moisture Analyzer XKCON-NIR-MA-HT

The moisture content value is a very critical indicator for evaluating feed quality. However, whether it exceeds or falls below the required range, it will directly affect product quality, thereby impacting the economic benefits of the enterprise. Therefore, during the feed production process, precise control of feed moisture content is necessary.

The near-infrared moisture analyzer XKCON-NIR-MA-HT, developed by Jinan Xiangkong Automation Equipment Co., Ltd., uses a non-contact detection method with infrared irradiation to accurately monitor the moisture content of feed across the entire production line of feed manufacturing enterprises. It is an online feed moisture content detection instrument.

The online feed moisture content detector XKCON-NIR-MA-HT consists of a digital display controller and a near-infrared probe. It can be installed on the production line using methods such as suspension or inversion to dynamically measure the moisture content of raw feed powders before granulation, monitor the moisture content during the feed drying process, and accurately detect the moisture content of feed before packaging. The digital display controller updates the measurements in real time on-site in numerical form, allowing staff to conveniently check the data online.
The online feed moisture content detector XKCON-NIR-MA-HT supports multiple communication methods, including RS485, 4-20mA, RS232, and LoRa wireless. By establishing a near-infrared feed moisture online monitoring system, real-time data interaction with PLC devices can be achieved through a computer or app. When abnormal feed moisture values occur, the PLC module can be remotely controlled to quickly adjust the production process, keeping the feed moisture content within the optimal range and improving production efficiency.
Unlike other detection equipment, the near-infrared moisture analyzer XKCON-NIR-MA-HT can quickly determine feed moisture content. It can provide accurate measurements even under high temperature and high humidity conditions (-40℃~125℃, 5%~99% RH). The detection requires no pre-treatment, can replace sampling testing methods, and can be directly installed on the production line for continuous, real-time, dynamic monitoring. Its detection efficiency far exceeds that of sampling methods, enabling automated supervision for feed production enterprises.