HYDRAN M2通用电气变压器气体监测系统利用无线传输终端对可燃气体进行在线监测，解决了难于监测和气体泄漏的安全隐患。众山科技可燃气体无线监测终端联接监测系统、现场气体检测、视频监控等传感设备，进行目标因子数据采集，并通过无线网络上传云端，实现可燃气体远程实时监测、精确监测、异常及时告警等自动化管理。可燃气体在线监测无线传输终端功能：全网通7模4G RTU模块，提供1路S232/485全透传接口，2路开关量输入、2路继电器输出、1路4V电源输出接口，内置modbus RTU协议，全面支持工业组态应用，支持TCP/UDP等多种网络通信协议。
HYDRAN-M2
GE HYDRAN-M2 监测器模块传统的气体监测系统是以电线和电缆作为基础传输介质组成的数据采集系统。目前常用的解决方案是在监控现场，将传感器布置在需要监测的关键位置，将各个传感器采集到的信号通过独立电缆传送到中央采集站，由中央采集站将所有连接的信号集中处理发送到上位机，进行实时数据采集。如果需要监测的区域很大，需要很多传感器，相应的监测点分散，这种传统的有线方式就会存在线路布设复杂，接线繁琐，安装造价高，后期的电缆维护成木高等问题。
HYDRAN-M2
GE HYDRAN-M2 监测器模块由于有线气体监测系统木身的局限性，许多特殊环境下的网络覆盖和网络支持仍然是个难题。比如在某些工业现场，一些工业环境禁止或限制使用电缆，而在其他一些工业环境要求完全把电缆屏蔽起来以高度防止来自大多数工业设施中的机器或其它无线电控制设备的干扰，更有一些高速旋转的设备根木无法通过电缆来传输数据信息。这种传统的串行集中式监测系统很大程度上影响系统的处理速度和系统的可靠性和灵活性。
HYDRAN-M2
The HYDRAN M2 General Electric Transformer Gas Monitoring System utilizes wireless transmission terminals for online monitoring of combustible gases, solving the safety hazards of difficult monitoring and gas leakage. Zhongshan Technology’s combustible gas wireless monitoring terminal connects monitoring systems, on-site gas detection, video monitoring and other sensing devices to collect target factor data, and uploads it to the cloud through wireless networks, achieving automated management of combustible gas remote real-time monitoring, accurate monitoring, and timely abnormal alarms. Wireless transmission terminal function for online monitoring of combustible gases: a 7-mode 4G RTU module with full network connectivity, providing 1 S232/485 full transparent interface, 2 switch inputs, 2 relay outputs, and 1 4V power output interface. Equipped with modbus RTU protocol, it fully supports industrial configuration applications and supports various network communication protocols such as TCP/UDP.
HYDRAN-M2
The traditional gas monitoring system of the GE HYDRAN-M2 monitor module is a data acquisition system composed of wires and cables as the basic transmission medium. The commonly used solution at present is to arrange sensors at key locations that need to be monitored on the monitoring site, and transmit the signals collected by each sensor to the central collection station through independent cables. The central collection station will process all connected signals and send them to the upper computer for real-time data collection. If the area to be monitored is large and requires many sensors, and the corresponding monitoring points are scattered, this traditional wired method will have problems such as complex line layout, cumbersome wiring, high installation cost, and high maintenance cost of cables in the later stage.
HYDRAN-M2
Due to the limitations of wired gas monitoring systems, the network coverage and support of the GE HYDRAN-M2 monitor module in many special environments remain a challenge. For example, in certain industrial sites, the use of cables is prohibited or restricted in some industrial environments, while in other industrial environments, it is required to completely shield the cables to highly prevent interference from machines or other radio control equipment in most industrial facilities. Some high-speed rotating equipment roots cannot transmit data information through cables. This traditional serial centralized monitoring system greatly affects the processing speed, reliability, and flexibility of the system.
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