HAIS 150-P Sensors, Transducers

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Current transducers are instruments used to measure the magnitude, direction, and frequency of an electrical current. HAIS 150-P current transducers are designed to measure AC currents with an output of either DC current or voltage. This particular transducer is discrete and mounted, making it ideal for installations that need to be located in a particular space.

The HAIS150-P current transducer comprises of a two part assembly: the measuring core and the signal conditioning. The measuring core of the transducer is based on the Hall Effect and uses a series of rings to measure the magnitude of AC current and convert it into an alternating voltage signal. The signal conditioning circuit then converts the studied voltage signal into a DC current signal whose magnitude is proportional to that of the measured AC current.

The transducer also includes a signal conditioning circuit to condition this voltage for accuracy. The signal conditioning circuit improves stability and accuracy, and adjusts the output of the transducer to correspond to the given full-scale range. It also compensates for temperature drift and line voltage variations.

The HAIS 150-P current transducer has a maximum input current of 150 Arms, or 5 Arms to 150 Arms depending on your selected range, and a measurement accuracy of 0.2% from the output. The transducer also has a wide operating temperature range of -25 to +80°C to suit different environments. Additionally, the transducer is also designed to be energy efficient, consuming less than 10 mA of power during normal operation.

The application field of the HAIS 150-P current transducer is quite varied and can be used in a variety of industries. It is commonly used in power and energy meters for verification purposes and for monitoring the level of current in a particular circuit. The transducer is also used in power supply monitoring systems, motor and generator control systems, and feedback control systems.

In conclusion, the HAIS 150-P current transducer is a reliable, easy to use, and efficient transducer that is well suited for a variety of applications. Some of its main features include a wide operating temperature range, a high level of accuracy, and energy efficiency. Its accuracy, reliability, and versatility make it an ideal solution for many of today’s applications.

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