The HydranTM201Ti is a small, easy-to-install continuous dissolved gas in oil analysis (DGA) monitor. It provides the basic information used by the IEEE 8 standard C57.104 and can be used as a basic first line of defense for transformers in a fleet to obtain advance warning of failure conditions and minimize the risk of unplanned downtime.
201 Ti's composite gas sensor uses a fuel cell to deliver the world-renowned "Hydran gas value "technology (described as a stationary instrument). Method 3 of the standard). It is 100% reactive to hydrogen (general failure gas) and is also sensitive to - carbon oxide (overheated paper), acetylene (electric arc) and ethylene (overheated oil), thus covering the root cause of all main compressor failures.
The H201TI is an online early warning transmitter that is permanently installed on the transformer and is able to provide workers with a variety of fault gases.
The main functions of H201TI include:
Online early warning transmitter: The H201TI is permanently installed on the transformer and is able to provide workers with a variety of fault gases. It has a composite gas sensor that is 100% responsive to hydrogen (general fault gas) and sensitive to carbon dioxide (overheated paper).
Provide early warning: The H201TI can provide early warning to minimize unplanned power outages. It can be set by setting alarms at a predetermined level to alert personnel and be able to monitor developing fault conditions.
Local and remote Alerts: The H201TI features local and remote alerts to remotely view gas readings and trends via serial port communication.
Data logging and critical event logging: The H201TI can record local data and critical events for a year to facilitate subsequent analysis and troubleshooting.
Easy to install and use: The H201TI is a small and easy to install device that can be easily installed on a transformer and provides a simple and easy-to-use operating interface.
In summary, the functions of the H201TI are mainly to provide online warning, early warning, local and remote alerts, data logging and critical incident logging, as well as easy installation and use. These features make the H201TI an important tool for transformer fault monitoring, helping workers detect and address faults in a timely manner, reducing the risk of unplanned outages.
The advantages of H201TI include:
High performance: The H201TI uses a high performance circuit design to provide high performance output power.
Stability: The product uses a stable circuit design to provide a stable output voltage.
Safety: H201TI adopts a variety of protection measures, including overcurrent protection, overvoltage protection, short circuit protection, etc., to ensure safety and reliability during use.
Easy to use and maintain: Equipped with a thin film keyboard and LCD display, it can be used without an external computer, and provides an RS-232 connector for the computer interface for easy configuration and monitoring.
Real-time monitoring: H201TI can monitor the operating status of the transformer in real time, discover and deal with faults in time, and ensure the stable operation of the power system.
Data logging and trend analysis: H201TI can record local data and major events for a year, which is convenient for users to analyze faults and formulate preventive measures.
Strong adaptability: can adapt to different types of transformers, convenient for users to expand and upgrade.
In summary, H201TI has the advantages of high efficiency, stability, safety, easy use and maintenance, real-time monitoring, data recording and trend analysis, and strong adaptability, which can help users realize transformer fault monitoring and prevention, and improve the stability and reliability of power system.
H201TI is mainly used in transformer fault monitoring and early warning, which can detect and deal with potential faults in time to ensure the stable operation of the power system. It is mounted on a transformer to monitor various faulty gases through a composite gas sensor, while setting alarm levels and viewing gas readings and trends for remote monitoring and fault prevention. The application scenarios of H201TI include but are not limited to the following:
Power system: H201TI can be applied to transformer fault monitoring of power system to ensure the stable operation of power system through real-time monitoring and early warning.
Industrial production: In industrial production, transformers are one of the important equipment, H201TI can be used to monitor their operating status, prevent failures, reduce the risk of production disruption.
Urban power supply and distribution: In the urban power supply and distribution system, the transformer is one of the important equipment, H201TI can monitor its operating status in real time, find and deal with faults in time, and ensure the normal use of electricity for citizens.
Public buildings such as large shopping malls and hospitals: in these places, transformers are key equipment to ensure power supply, and H201TI can be used to monitor their operating status in real time to ensure the stable operation of the power system.
In short, the application scenario of H201TI is mainly a variety of places that need to monitor the operation status of transformers in real time, which can help users find and deal with faults in time, and improve the stability and reliability of the power system.
