Description
GE IC200ALG320 is a 4-point analog current output module from the VersaMax I/O series. It was previously produced by GE Intelligent Platforms and is now part of Emerson Automation. This module offers a range of specifications, features, and applications that make it suitable for various industrial automation tasks.
Parameters and Specifications:
The IC200ALG320 module has four (4) single-ended output channels capable of generating 4-20 mA output signals with a resolution of 4µA and a maximum update rate of 0.3 ms.
It requires an external power supply ranging from 18-30 VDC or 9.6-15 VDC.
The module is designed for distributed or remote I/O networks, often used in large and medium-sized control systems, eliminating long signal runs and contributing to robust and scalable control systems.
Dimensions and Weight:
The specific dimensions and weight of the IC200ALG320 module may vary depending on the manufacturer’s specifications. It is recommended to consult the official technical documentation for accurate measurements.
Series:
The IC200ALG320 belongs to the VersaMax series of distributed I/O modules, a comprehensive line of products designed for industrial automation applications.
Features:
The module is equipped with two status LED indicators: FLD PWR LED for indicating the presence of field power and OK LED for indicating the continuous supply of backplane power.
It has the capability to detect user-side power and configurable output defaults to respond to CPU stoppage or module failures, such as maintaining the last state or outputting 4 mA.
The module is designed for various control systems, including automatic closed-loop control systems, manual control or open-loop systems, and signal retransmission purposes.
Applications:
The IC200ALG320 can be used in various industrial automation applications, such as modulating valves, dampers, louvers, positioners, variable frequency drives (VFDs), and other actuating devices.
It can also be used for signal retransmission, such as providing output signals representing internal calculated variables from programmable logic controllers (PLCs), connecting to signal isolators or separators, local readout panel meters, data recorders, and other PLCs in advanced and complex control architectures.
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