HTFS 800-P

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Current transducers measure the magnitude and phase of current waveforms. By using sensing and signal processing technology, they provide precise measurements with minimal distortion. The HTFS 800-P current transducer is a solid-state instrument that is widely used in various industries for power monitoring, metering and control.

The HTFS 800-P is a single-phase current transducer that is capable of measuring both AC and DC currents. Its operating range is from 0-5A AC/DC to 1250A AC/DC. It is capable of withstanding high inrush currents up to 30 times its rated current and can be used in both high voltage and low voltage applications.

The HTFS 800-P is designed with a built-in signal conditioning circuit that allows it to be connected directly to an analog-to-digital converter or other analog input devices. This signal conditioning circuit helps to reduce the noise and distortion that might otherwise be present in the measured signal due to cable capacitance or wiring losses. The HTFS 800-P also provides highly accurate measurements of sine wave and distorted waveforms. It has a wide temperature range, allowing it to function in a range from -40°C to +85°C.

In terms of operation, the HTFS 800-P uses an open-loop scheme. It consists of a magnetostrictive core that concludes a single turn circuit containing an excitation coil and a sense coil. The input current passes through the excitation coil and the resulting magnetic field generates a force on the core. This force causes a change in the core\'s dimensions, which in turn causes a change in the magnitude of the sense coil\'s current. This current is then amplified and further conditioned by the signal conditioning circuit.

The HTFS 800-P current transducer is a reliable, accurate and cost-effective solution for measuring current in various industrial applications. Its signal conditioning circuit helps to reduce noise and distortion, while its operational temperature range and high overload capability make it ideal for use in harsh industrial environments. Furthermore, its open-loop design makes it easy to connect directly to an analog-to-digital converter or other analog input devices.

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