GE IS200PMCIH1ABA is a high-performance industrial controller produced by General Electric (GE), which plays an important role in industrial automation control systems. Designed for a variety of applications, this controller delivers advanced control and reliable performance in demanding environments.

The IS200PMCIH1ABA has multiple analog input channels and is capable of receiving analog signals from different sensors or signal sources and converting them into digital signals for processing by the control system. It supports high-precision conversion, channel isolation, and supports multiple input types such as current, voltage, temperature, and more. In addition, the module also has alarm and diagnostic functions, which can monitor whether the input signal is out of the set range, and whether the status of the module is normal.

The module also has a communication interface that enables data exchange and communication with other control devices, making it easy to integrate into existing industrial automation systems and realize collaborative work with other devices. It is widely used in manufacturing, energy management, transportation and other fields to ensure the stable operation of the system and efficient production.

IS200PMCIH1ABA

The physical characteristics of the IS200PMCIH1ABA include a size of approximately 170mm x 105mm x 32mm and a weight of approximately 120g. It adopts industrial grade design, with high reliability and anti-interference ability, suitable for a variety of harsh industrial environments.

In terms of technical specifications, the IS200PMCIH1ABA supports the input voltage range of 12-48VDC, the output voltage of 5VDC, the maximum output current of 10A, and the efficiency of more than 90%. The module also has Ethernet and Modbus communication, dimensions of 100mm × 150mm × 50mm, operating temperature range between -10 ° C and 60 ° C, and CE and RoHS certification.

The GE IS200PMCIH1ABA module is part of the Mark VI control system, which is available in both Simplex and Triple Redundant (TMR) configurations for applications of different sizes. The TMR setup provides redundancy through three independent control modules, power supply and IONets, enhancing system reliability.