Description
The GE IS200DVIBH1B is an intelligent electrical sensor with a wide range of application scenarios. The following is specific information about its parameters, specifications, dimensions, weight, series, characteristics and functions:
Parameters and specifications:
Measurement range: A wide range of current measurements, capable of measuring currents from a few milliamps to thousands of amps. The voltage measurement range also covers both low and high voltage systems. In addition, it can also measure parameters such as active power, reactive power, total power and electrical energy.
Communication interface: supports a variety of communication protocols, such as Modbus, Profinet, etc., allowing the sensor to exchange data with the host computer, PLC or other intelligent devices.
Size and weight:
Size: Specific size parameters may vary from source to source or product version. Some sources indicate that its specification size is 302022mm, while others mention that its size is 110*210mm.
Series:
Series: GE IS200DVIBH1B belongs to the GE IS200 series intelligent sensor.
Features:
Intelligent: Built-in microprocessor, with data acquisition, processing and analysis capabilities, to provide more accurate and reliable measurement data.
High precision: With high precision measurement capabilities, can provide accurate electrical parameter measurement values.
Wide measurement range: Supports a wide range of current and voltage measurements for a variety of electrical systems and equipment.
Programmability: Sensors can be programmed to meet specific measurement needs and application scenarios.
Fast response: With fast response ability, can reflect the change of electrical parameters in real time.
Reliability: As a well-known provider of electrical and digital solutions, GE’s products often have a high level of assurance in terms of quality and reliability.
Functions:
GE IS200DVIBH1B sensors play an important role in industrial automation, energy management, power system monitoring and other fields. By monitoring and analyzing electrical parameters in real time, it helps to achieve the efficient use of energy, the safe operation of equipment, and the timely detection and treatment of system failures, thereby improving production efficiency and equipment reliability.
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