Siemens 6DS1614-8AA Binary Input Module: Industrial Automation Innovation
This binary input module from Siemens is designed for precise control in industrial automation systems. It offers reliable signal acquisition for various applications, ensuring smooth operation and enhanced efficiency in manufacturing environments.
Detailed content
Power Supply Voltage:DC 24V
Input Current:Max. 6mA per channel
Operating Temperature:-25°C to +60°C
Relay Output:1 NO relay output per channel
Communication Interface:Profibus DP
Connection Type:DIN rail mounting
Number of Channels:16
The Siemens 6DS1614-8AA Binary Input Module is a critical component in industrial control systems, providing high reliability and accuracy in signal processing. Its robust design ensures compatibility with a wide range of industrial protocols, making it an ideal choice for integration into complex automation networks.
Each channel is equipped with a precision signal acquisition capability, capable of handling a maximum input current of 6mA, ensuring efficient power consumption and minimal load impact. This feature is particularly beneficial in environments where precise control over individual process variables is crucial.
Operated within a temperature range of -25°C to +60°C, this module is designed for extreme conditions, ensuring stable performance in diverse industrial settings. The inclusion of a single normally open (NO) relay output per channel facilitates direct control actions, enhancing operational flexibility and responsiveness.
Equipped with a Profibus DP communication interface, the module seamlessly integrates into modern industrial automation systems, allowing for real-time data exchange and comprehensive system management. Its DIN rail mounting design ensures easy installation and integration into existing infrastructure without compromising on space or functionality.
With its 16-channel configuration, this module provides a scalable solution for managing multiple inputs simultaneously, catering to the needs of large-scale industrial applications. Its compact size, combined with high-performance capabilities, makes it a preferred choice for optimizing space utilization and enhancing overall system efficiency.