ENTUBE SE STD (100V 10V)

ENTUBE SE STD (100V 10V) is one type of Monitor - Current/Voltage Transducer that is used in electricity transmission and distribution networks. It is a very reliable and cost-effective transducer that is widely used to measure and monitor the current and voltage of power systems. ENTUBE SE STD (100V 10V) can provide real-time data and information about the power system parameters which is essential for the efficient control and management of the electricity network.

The working principle of ENTUBE SE STD (100V 10V) is based on the Piezo-electric effect. In this the transducer changes a current or voltage signal into a corresponding piezoelectric signal. The piezo-electric signal is a mechanical vibration which is then transmitted to a sensitive current or voltage sensor which records the data. The sensor then converts the piezo-electric signal into a digital signal that is sent to a computer or other device for analysis and interpretation.

ENTUBE SE STD (100V 10V) provides a great range of application fields, mainly in the power transmission and distribution industry. It is used to measure and monitor the current and voltage of power systems. In addition, it can also be used for monitoring and controlling the current and voltage in substations which helps to ensure the safe operation of the electricity network. ENTUBE SE STD (100V 10V) can provide data about the power system parameters such as the voltage, current, frequency and power factor. This data is then used to make decisions, improve efficiency and maintain a safe operating environment.

Also, ENTUBE SE STD (100V 10V) can be used to measure current in motor control centers and other power distribution equipment. It can also be used to measure voltage in current transformers and other power transformers. In addition, it can also be used for monitoring and controlling the current and voltage in power distribution systems.

ENTUBE SE STD (100V 10V) is one type of reliable and cost-effective Monitor - Current/Voltage Transducer that is widely used in the power transmission and distribution industry. It provides real-time data and information about the power system parameters which is essential for the efficient control and management of the electricity network.