DC2DU16L

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DC2DU16L is a two winding current transformer with universal application field and working principle. It has two independent secondary windings with galvanically isolated secondary voltage. It is used for the measurement of current in power engineering, signal and control engineering and industrial processes. In power engineering it is mainly used for differential measurements of current.

The DC2DU16L is a general-purpose two transformers of this type can also be used for two additional applications: measuring sensor signals (current, voltage) as well as data interfaces.

The general working principle of the DC2DU16L is that the two secondary windings are electrically isolated from each other by an insulating medium, i.e. an internal shield, and the measured current is supplied to the primary circuit through the insulated windings. A voltage measuring device is connected to the secondary side, where it is then evaluated by the signal processor.

The measured current is then transferred to the secondary windings, where the voltage induced thus produces a signal proportional to the magnitude of the current. This signal can then be further evaluated by a signal processor. The signal processor can be a microprocessor or other simple device.

DC2DU16L is suitable for power engineering, signal and control engineering, and industrial processes due to its robust construction and high precision. It is suitable for a wide range of different current measurements. It is also suitable for differential measurements of current in both alternating and direct current power systems. The transformer can be applied in both single and three-phase power systems.

ODC2DU16L is designed to be mounted directly on the mounting plate. The transformer is also equipped with a shunt to measure the primary current. The mounting plates (busbar or enclosure) have provisions for signal input and output in order to ensure the connection and communication with the external devices. The transformer is also provided with a magnetic shield in order to improve the continuity of the measured current.

The DC2DU16L offers several advantages such as wide current measuring range, high accuracy and a wide operating temperature range. It also provides an effective insulation of the secondary windings, making it suitable for the measurement of high voltages and currents. It also has a low temperature drift, making it suitable for dynamic applications. Additionally, the transformer is also available in different current ratings.

In conclusion, DC2DU16L is a two winding current transformer with universal application field and working principle. It has two independent secondary windings with galvanically isolated secondary voltage and is used for the measurement of current in power engineering, signal and control engineering and industrial processes. Its advantages include wide current measuring range, high accuracy, wide operating temperature range, effective insulation of the secondary windings, low temperature drift, and availability in different current ratings.

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