IC200ALG326H GE Fanuc Analog output module

The IC200ALG326H GE Fanuc analog output module is a device designed for industrial automation, the following is a detailed analysis of the module:

1. Basic information

Model: IC200ALG326H

Brand: GE Fanuc (also known as GE Fanuc)

Type: Analog output module

Second, functional characteristics

Analog output: This module provides analog output functions and is usually used for signal conversion and transmission in control systems.

Multi-channel design: Although the specific number of channels is not explicitly mentioned in the reference article, based on similar models of GE Fanuc modules (such as IC200ALG326), it can be inferred that the IC200ALG326H may also have multiple output channels to meet different control needs.

High precision: As a product of GE Fanuc, the module may have high precision and stable performance, ensuring the accuracy of the output signal.

Easy integration: Modules may be designed with compatibility with existing control systems in mind for easy integration into various industrial automation systems.

3. Technical parameters

Input voltage range: Although the specific input voltage range of the IC200ALG326H is not directly given, modules like GE Fanuc may support a wider input voltage range, such as 12-48VDC (see similar information for the IC200ALG326H).

Output voltage range: The output voltage range of analog output modules is usually designed according to specific requirements and may support different output voltages such as 5VDC.

Output current: The module may have a large output current capability to meet the needs of different loads.

Operating temperature: Modules are designed with the temperature requirements of industrial environments in mind and may have a wide operating temperature range, such as -20°C to +50°C.

Storage temperature: To ensure the long-term reliability of the module, the storage temperature range may be wider, such as -40°C to +70°C.

Iv. Application scenarios

The IC200ALG326H GE Fanuc analog output module is widely used in the field of industrial automation, including but not limited to power, chemical, metallurgy, machinery manufacturing and other industries. It can be used as a key component in a control system for tasks such as signal conversion, regulation and control.

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