ENTUBE DE-HB (500V10V SEBNC)

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ENTUBE DE-HB is a 500V/ 10V SEBNC current/voltage transducer, which is designed for industrial monitoring applications. It provides highly accurate measurements of current, voltage, power and total power as well as superior system integrity.

The increase in demand for better monitoring and control of industrial systems has propelled the need for advanced current/voltage transducers. The DE-HB is suitable for applications that require accurate measurements, such as power systems and factory automation.

The DE-HB’s unique construction and circuitry allow it to capture and transmit current and voltage signals with high accuracy. It is designed to accept either AC or DC power sources and can be used for single-phase, two-phase and four-wire systems. Additionally, it is compatible with most industry communications protocols, including RS-232/485 and CAN.

The DE-HB utilizes a unique four core system to measure both current and voltage signals simultaneously. The primary core consists of a coil that acts as a sensing element, while the remaining three cores are used to transmit and receive high-precision signals. The sensed signals are processed and sent to the output port via the CAN interface.

The DE-HB also provides increased safety by using an isolation transformer that prevents any voltage surges or other power disturbances from reaching the connected device. This ensures a continuous and accurate output signal. Additionally, the DE-HB uses a low-noise switching amplifier that minimizes signal interference and avoids false readings.

Since the DE-HB is equipped with a built-in display module, users can easily monitor any changes in the current or voltage values. The display module can also be used to monitor power and total energy data for improved system efficiency.

The DE-HB is a reliable and precise current/voltage transducer that meets the demands of industrial monitoring applications. It is well suited for a variety of applications, including power systems and factory automation, and offers increased safety and superior system integrity.

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