Siemens IC693CHS392F:

Status: In Stock

Siemens IC693CHS392F: Product Name, Description, Parameters, and Specification

Product Name: Siemens IC693CHS392F

Product Description:
The Siemens IC693CHS392F is a part of the Simatic ET 200SP distributed I/O system. It is a chassis module that serves as the backbone for mounting and connecting various I/O modules in industrial automation systems. The chassis provides a secure housing for the modules, ensuring their proper alignment and connection while also protecting them from environmental factors. It supports both analog and digital modules, allowing for a flexible and expandable I/O

Categories:Siemens

Siemens IC693CHS392F: Product Name, Description, Parameters, and Specification

Product Name: Siemens IC693CHS392F

Product Parameters:

Dimensions: Specifies the physical dimensions of the chassis, including height, width, and depth.
Material: Details the construction material of the chassis, which is typically a robust and durable material like metal.
Mounting Options: Describes the methods and hardware required to mount the chassis on a surface or rack.
Module Compatibility: Lists the types and sizes of I/O modules that are compatible with the chassis.
Environmental Ratings: Specifies the chassis’ resistance to factors like temperature, humidity, and vibration.

Product Specification:

Number of Slots: Specifies the total number of slots available on the chassis for mounting I/O modules.
Power Supply: Details the voltage and current requirements for powering the chassis and the connected modules.
Communication Interfaces: Lists the communication protocols and interfaces supported by the chassis for connecting to other devices or systems.
Certifications: Specifies any safety or quality certifications that the chassis has been tested and approved for, such as CE or UL.

The Siemens IC693CHS392F chassis module provides a solid foundation for building a distributed I/O system in industrial automation applications. Its robust construction, compatibility with various modules, and ability to withstand challenging environmental conditions make it a reliable and versatile component in modern industrial control systems.