HTB 100-TP Sensors, Transducers

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Current Transducers

Current transducers are used to measure the magnitude of electric current. They make use of the HTB 100-TP transducer, which is specially designed for this purpose. This transducer works on the principle of fluxgate technology and is highly accurate with superior response time and accuracy. The HTB 100-TP is especially useful for applications which demand precise measurements and accurate data.

What Is A Current Transducer?

A current transducer is an electrical device that is designed to measure electric current. It can measure an aggregated AC or DC current, as well as single-phase and response currents. They are often used in laboratories, power plants, and in industrial processes as well. Current transducers are often used in conjunction with other measuring devices, such as in an electric motor.

HTB 100-TP Application Field & Working Principle

The working principle of the HTB 100-TP transducer is based on the fluxgate technology. It effectively converts the current into a proportional voltage signal. The voltage signal is then sent to an amplifier to further increase the sensitivity and accuracy of the measurement. The device is able to measure electric current up to 100A in single phase AC and DC power. It can also work with most analog voltage input systems.

The HTB 100-TP is designed for applications such as AC power meters, multimetres, wattmeters , switchboard relays, current protection devices, current transducers, current loop controllers, and more. It is also widely used in industrial process control systems such as temperature control, motor control, and in electric power systems such as substations, generation, transfer, and distribution.

Features & Benefits

The HTB 100-TP transducer offers a number of features and benefits for its users. It is extremely accurate and has a superior response time of less than one millisecond. It is also capable of handling a wide range of input voltage, from 2 to 20 volts DC, and can be used with a wide variety of analog voltage input systems. The temperature range of the HTB 100-TP is from 0 to 45 degree Celsius. Another advantage of using this transducer is its small size which makes it ideal for portable and space-saving applications.

The HTB 100-TP transducer provides high measurement accuracy and reliability. It can be used to measure a range of current levels with minimal drift and noise. In addition, it is highly resistant to voltage spikes and transients, which makes it suitable for industrial applications. It is also easy to install and can be used with any analog voltage input system.

Conclusion

The HTB 100-TP current transducer provides accurate and reliable measurements of electric current in a wide range of applications. It is highly efficient and accurate, and its small size makes it ideal for portable applications. It is resistant to voltage spikes and transients, and is easy to install and use with analog voltage input systems.

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