89HPEB383ZAEM

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The 89HPEB383ZAEM is a multi-channel, three-pole, dynamic current-sensing device for the control and protection of power systems and associated applications. It is designed to provide accurate, reliable electrical protection and control functions at currents up to 30A.

The 89HPEB383ZAEM has a wide range of applications such as protection and control of power systems, protection of motors, generators and other electrical systems, as well as monitoring and supervision of voltage and current levels. It can also be used in applications such as energy management, power factor correction and surge protection.

The 89HPEB383ZAEM is an interface-specialized device with a variety of interfaces for communication with other parts of the system. It offers a wide range of communication protocols, such as RS-232, LAN, CAN bus, EtherNet, USB, and IEC 61131-3. These communication protocols make it easy to integrate into existing systems or control applications.

The 89HPEB383ZAEM uses a Hall effect current transducer to measure current and features a range of current settings and protection provisions. The device is designed with protection features such as overcurrent, over-voltage, and under-voltage protection. Additional features are also available such as power saving, RS-485 communication, and accessible data logging.

The 89HPEB383ZAEM has an integrated microprocessor which is used to monitor the system. The microprocessor allows for the setting of the current detection thresholds, setting of the operating parameters, and communication with additional monitoring systems.

The 89HPEB383ZAEM offers effective current and voltage protection for a variety of electrical systems, and is suitable for a wide range of applications. It is also a very cost-effective solution for a variety of applications due to its multi-channel design and interface-specialized nature.

The 89HPEB383ZAEM features a wide range of features and protections, and is designed to optimize cost and performance. It offers excellent accuracy and long-term reliability in a wide range of applications. By using this device, users can achieve improved safety and protection in electrical systems, as well as improved system performance and efficiency.

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