ICP DAS Introduces iSN-104-E Liquid Leak Detection Module
![iSN-104-E.png](/upload/medialibrary/6c5/0vxjxcpu2aw5v1zln23xc6levor8pq36.png)
ICP DAS has launched the iSN-104-E , a cost-effective, intelligent liquid leak detection device designed for direct control triggering and audible alarms. TheiSN-104-E can be seamlessly integrated with various monitoring systems to enable remote alarms and remote device control without requiring additional conversion modules.
Product Overview:
The iSN-104-E Liquid Leak Detection Module is capable of monitoring double-core leader cable lengths of up to 500 meters and comes with an extended cable and liquid leak detection cable included in the package. This module can easily integrate with other network-connected acquisition hosts, making it suitable for real-time leak detection in critical locations such as computer room base stations, warehouses, libraries, museums, and industrial sites. It can also monitor air handling equipment, refrigeration units, liquid containers, pump tanks, and similar equipment.
Communication with the iSN-104-E can be programmed based on Modbus TCP/UDP, with the capability to configure different addresses via hardware for Modbus TCP/UDP communication. The module supports Ethernet and PoE, facilitating easy integration into existing HMI or SCADA systems, ensuring hassle-free maintenance in distributed control systems.
Key Features:
![iSN-104_app.jpg iSN-104_app.jpg](/upload/medialibrary/0c0/xcdyohenu3xfks9o8xhr7xkeumkkqef5.jpg)
Applications:
The iSN-104-E is designed for water pipe leak monitoring in buildings and offers two working modes:The iSN-104-E is suitable for monitoring water pipes, fire pipes, and sewage pipes in buildings, as well as detecting domestic water, drainage, and electrical equipment leaks. This system effectively promotes water conservation and ensures the safety of living environments. The iSN-104-E can detect leaks, send signals and alarms, and integrate with the WISE IoT Edge Controller or TPD/VPD Touch HMI for further integration with mobile apps or community systems.