HAT 1200-S

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Current Transducers

Current transducers are used to make electrical measurements in a wide range of industries and applications. The measurement of currents is essential in order to determine the power consumed by an appliance, verify the amount of energy generated by a generator or other energy source and for analyzing and troubleshooting power systems. The HAT 1200-S current transducer is a top-of-the-line three-phase current transducer that is widely used in industrial applications.

Application Field of the HAT 1200-S

The HAT 1200-S is designed to measure the current in three-phase AC power systems. It is suitable for industrial environments in a wide range of applications where precision current measurement is required. These applications include, but are not limited to: monitoring of power consumption, energy monitoring, power system analysis, load testing, study of power quality issues, peak load management and energy management.

The HAT 1200-S is a perfect choice for installations that require a complete solution. It has a built-in 1-3 cell battery that can withstand harsh weather and the unit is adequately protected against electrical surges and short circuits. The HAT 1200-S is also equipped with the latest security and access control features such as two-factor authentication and encrypted connections.

Working Principle of the HAT 1200-S

The HAT 1200-S measures the current in a three-phase AC power system using a Rogowski coil. The Rogowski coil is a flexible, hollow cylinder of electrically conductive material and is used to measure AC currents. The Rogowski coil is connected to a current transformer, which measures the current in each of the three phases and provides the measured values to the HAT 1200-S. The HAT 1200-S then uses the measured values to calculate the total current in the power system.

The Rogowski coil works on the principle of electromagnetic induction. When the current passes through the coil, a varying magnetic field is produced, which in turn induces a voltage in the coil itself. This voltage is measured by the current transformer and the HAT 1200-S, which then uses the measured values to calculate the total current in the system.

The HAT 1200-S is also able to detect current imbalances and power interruptions using a current-based power loss detection algorithm. The algorithm constantly monitors the phase currents and detects any current imbalance caused by a short circuit, phase-loss or overload. This data is then used to alert the operator of a potential power disruption.

Conclusion

The HAT 1200-S is a top-of-the-line three-phase current transducer designed for use in industrial applications. It uses a Rogowski coil to measure the current in a three-phase AC power system and is equipped with the latest security and access control features. The HAT 1200-S is able to detect current imbalances and power interruptions using a current-based power loss detection algorithm.

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