Distributed fiber optic temperature measurement device used for warehouse temperature monitoring-INNO

Deponun neden sıcaklık ölçümüne ihtiyacı var?
Bir deponun sıcaklık ortamı, ürünlerin depolanmasını etkileyen önemli bir faktördür., ve farklı ürünlerin depo sıcaklığı açısından farklı gereksinimleri vardır. Bunlar arasında, özellikle önemli ürünlerin saklandığı depolar için, Gıdanın kalitesini sağlamak için depo içindeki sıcaklık ve nemin sıkı kontrolü gereklidir. Depo, büyük miktarda depolanan malzemenin depolandığı yerdir. Bazı depolarda, kullanım sırasında sıcaklığın iyi izlenmesi gerekir. Sıcaklık çok yüksek veya çok düşükse, Depoda saklanan malzemelere zarar verir. Mevcut sıcaklık izleme ekipmanı yalnızca basit bir termometredir, kullanım ihtiyaçlarını karşılayamayan.

Application of Fiber Optic Temperature Measurement Device in Warehouse

FJINNO provides a fiber optic temperature monitoring device for production plants, which has the characteristics of simultaneously monitoring multiple temperatures, solving the problem of inaccurate traditional warehouse temperature measurement devices. The fiber optic temperature measurement device can monitor the temperature inside the plant in real time online. Traditional temperature monitoring devices for food or drug production plants cannot continuously monitor multiple points or along the line inside the plant during use. Bu yüzden, multiple temperature measurement devices need to be purchased for temperature monitoring, which leads to maintenance and inspection monitoring temperature problems and increases the cost of warehouse management and operation.

bu Dağıtılmış Fiber Optik temperature measurement system independently developed by FJINNO is a leading new type of temperature measurement device in China. The sensors of the fiber optic temperature measurement device can monitor the temperature distribution of the measured temperature field in real time. In the temperature measurement system, the fiber optic can act as a sensing medium to induce light, and as a transmission medium, it can obtain measurement information and spatial distribution status along the fiber optic distribution at any time. The fiber optic temperature measurement system is widely used in many power temperature measurement industries and transformer manufacturers due to the inherent safety, accurate signal, stable system, and reasonable price of fiber optic sensors.

FJINNO has developed a high-tech temperature measurement system for real-time measurement of spatial temperature field distribution based on DTS distributed fiber optic temperature measurement technology and fiber optic temperature measurement principle. The distributed fiber optic temperature measurement warning system has the characteristics of continuous distributed monitoring, Birden fazla cihazın gerçek zamanlı senkron izlenmesi, Anti elektromanyetik girişim, Korozyon direnci, long temperature measurement distance, uzaktan izlemeye uygun, high sensitivity and measurement accuracy that traditional pt100 temperature sensors cannot achieve. The measurement distance is up to a timely kilometer, and the spatial positioning accuracy is accurate, özellikle uzun mesafe gerektiren uygulamalar için uygundur, Büyük ölçekli, ve çok noktalı ölçüm. bu distributed fiber optic temperature measurement and early warning system has been widely used in various industries such as power, Bağlantı nokta -ları, kömür, Petrokimya, Demiryolu taşımacılığı, Tünel, and hydropower dams.

Warehouse temperature monitoring system

Dağıtılan fiber optik sıcaklık izleme sistemi in the warehouse is installed with distributed fiber optic sensors on the walls and support columns inside the warehouse. The distributed fiber optic sensors are connected to the monitoring and temperature measurement host in the warehouse monitoring room through fiber optic cables. The display on the monitoring machine displays the temperature situation monitored by each sensor. The monitoring machine is equipped with a recording module and an analysis module, and is connected to the communication module. The warehouse temperature monitoring system monitors the temperature inside the warehouse through distributed fiber optic sensors installed on the wall panels and support columns, and sends the temperature in real time to the monitoring machine. The temperature information monitored by each monitoring device is displayed on the monitoring machine, and the temperature information is recorded and analyzed by the recording module. Once any abnormal temperature is found, the communication module notifies the monitoring personnel for processing. The warehouse temperature monitoring system can monitor the temperature at various angles in real-time during use, making it convenient to detect temperature changes in a timely manner and notify monitoring personnel to handle them in a timely manner, meeting the needs of monitoring.