HydranTM 201Ti是一款体积小、 易于安装的连续油中溶解气分析DGA监控器。它提供了IEEE标准C57.104所使用的基本信息，可以作为基本的第一个为车队中的变压器提供防线，以获得故障条件的预先警告最小化计划外停机的风险。201Ti的复合气体传感器使用燃料电池提供世界著名的”Hydran气体值” 技术描述为固定仪器。标准中的方法3。它对氢的反应是100%般故障气体，也敏感-氧化碳过热的纸张, 乙炔电弧和乙烯油过热,从而覆盖了所有主变压器故障的根本原因。
H201Ti
由于监测单元安装在单个阀门上，并使用动态油采样，因此不存在需要一个泵 或额外的管道连接到不同的阀门。于其不复杂的特点和它提供了易于理解的信息，201Ti已成为监视器的选择之一多年来, 拥有最大的安装基础的任何监视器之一。 随着最新的马克IV版本，Hydran 201Ti显示器已经完全大改新的电子电路板和电源,使其符合RoHS,解决任何过时的问题和进一步提高这一 时间证明产品。 它现在提供了额外的功能。
H201Ti
该201T可以连接到可选的控制器，以方便通信与多个单元一起创建一个本地网络。是一个复 制部分人类的单通道控制器界面功能燃气值显示报警按钮。这是理想的201T安装在变压器上部的阀门上。它还降低报警继电器接点和模拟输出，更容易布线。控制器接收多达四个H201Ti的气体ppm数据，提供所有四个监视器的单个通信点。它没有报警继电器或模拟输出。当保护3个单相变压器+ 1时，这是理想的备用。
H201Ti
HydranTM 201Ti is a small and easy to install continuous DGA monitor for dissolved gas analysis in oil. It provides the basic information used in IEEE standard C57.104, which can serve as the first line of defense for transformers in the fleet to obtain advance warnings of fault conditions and minimize the risk of unplanned downtime. The composite gas sensor of 201Ti uses fuel cells to provide the world-renowned “Hydran gas value” technology described as a fixed instrument. Method 3 in the standard. It reacts with hydrogen as a 100% fault gas and is also sensitive to overheating of carbon dioxide paper, acetylene arc, and ethylene oil, thus covering the root causes of all main transformer failures.
H201Ti
Since the monitoring unit is installed on a single valve and uses dynamic oil sampling, there is no need for a pump or additional pipelines to connect to different valves. Due to its uncomplicated nature and the easy to understand information it provides, 201Ti has become one of the monitor choices for many years and has the largest installation foundation of any monitor. With the latest Mark IV version, the Hydran 201Ti monitor has undergone a complete overhaul of its electronic circuit board and power supply, making it RoHS compliant, addressing any outdated issues and further improving this time proven product. It now offers additional features.
H201Ti
The 201T can be connected to an optional controller to facilitate communication and create a local network with multiple units. It is a single channel controller interface that replicates some human functions, with a gas value display alarm button. This is the ideal 201T installed on the valve on the top of the transformer. It also reduces alarm relay contacts and analog outputs, making wiring easier. The controller receives gas ppm data of up to four H201Ti and provides a single communication point for all four monitors. It does not have alarm relays or analog outputs. When protecting 3 single-phase transformers+1, this is an ideal backup.
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