HTFS 200-P

The HTFS 200-P is a current transducer that works at a Thevenin source of 200 amps. It converts a measured current signal into a linear, analog voltage signal. It features an isolation diode for protection against transient overloads and external noise. The HTFS 200-P is suitable for applications such as AC and DC motor control, lighting control, energy management, and process automation.

The core principle of the HTFS 200-P is a voltage-mode transducer. The current to be measured is connected to the input of an amplifier that contains a current-to-voltage converting and isolation diode. The output of this amplifier is then connected to a reverse feedback resistor and a voltage follower which is connected to the transducer’s output. A Thevenin source supplies the required voltage to the transducer.

When the measured current is applied to the input of the HTFS 200-P, the amplifier generates a proportional voltage that, after being amplified and followed by the voltage follower, is outputted from the transducer. The reverse feedback resistor ensures that the voltage output is proportional to the measured current. Thus, the transducer is able to accurately render and output the measured current as an analog voltage signal.

The HTFS 200-P is suitable for industrial motor controls, indicating accurate current reading for any motor control system. It has the added advantage of being very robust and reliable, and can handle transients up to 500 amps. This makes it the ideal choice for high current measurements.

The HTFS 200-P may also be used for lighting control applications, allowing users to quickly configure the required current and brightness settings. It is also suitable for energy management systems, as its linear analog output can be easily monitored to ensure that energy is being used efficiently. Furthermore, it is used in process automation systems, which require greater accuracy and reliability than other current transducers.

In summary, the HTFS 200-P is an excellent choice for any current transducer application. Its robust and reliable design, coupled with its accurate analog output, make it a valuable tool for any motor control, lighting control, energy management, or process automation application.