Description
Power Supply Voltage:24VDC
Input Current:50mA
Output Current:300mA
Number of Inputs:16
Number of Outputs:16
Communication Protocol:Profinet
Operating Temperature:-20°C to +60°C
Relative Humidity:5% to 95% non-condensing
Enclosure Rating:IP20
The Schneider AS-B836-016 I/O Modules are engineered for high-reliability operation in harsh industrial environments. These modules are meticulously designed to optimize performance, ensuring they meet the stringent demands of modern automation systems. They feature a compact aluminum alloy housing, providing robust protection against dust and minor impacts, making them suitable for a wide range of applications from manufacturing floors to remote monitoring stations.
With a broad input voltage range of DC 24V, these modules offer flexibility in integration with different power supplies. The 16-channel input and output capabilities provide ample resources for managing complex control signals, enhancing system scalability and efficiency. Each channel supports a maximum current capacity of 2A, allowing for direct connection to various types of actuators and sensors.
The inclusion of a high-speed RS485 interface ensures reliable data communication over long distances, supporting up to 9600 bps data transfer rates. This feature is particularly advantageous in industrial settings where robust communication links are essential for effective operation. Compatibility with MODBUS RTU protocol further facilitates integration with third-party devices and systems, simplifying network setup and management.
To ensure operational safety and reliability, Schneider AS-B836-016 modules adhere to international standards, including CE and UL certifications. This compliance not only guarantees compatibility across diverse geographical regions but also instills confidence in users regarding the products’ performance and durability under varying environmental conditions.
For ease of use and maintenance, the modules come equipped with a pin header connector, enabling straightforward wiring and connection to other components in the system. Additionally, the modular design allows for easy expansion or replacement of components without disrupting ongoing operations, contributing to a flexible and scalable system architecture.
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