Siemens C79459-A1715-B21 Modbus Driver Module

Module Type:Modbus Driver Module

Model Number:C79459-A1715-B21

Manufacturer:Siemens

Communication Protocol:Modbus

Operating Temperature:-20°C to 60°C

Storage Temperature:-40°C to 85°C

Power Consumption:Max. 500mA @ 24VDC

Connection Type:RS-485

Connectors:9-pin D-sub

Degree of Protection:IP20 (for panel mounting)

Dimensions:65mm x 50mm x 24mm

Weight:Approx. 45g

Protocol Support:RTU, ASCII, Binary

    Experience enhanced connectivity and reliability with the SIEMENS C79459-A1715-B21, a cutting-edge Modbus RTU communication module tailored for industrial automation environments. This compact yet powerful device seamlessly integrates with your existing system architecture, facilitating real-time data exchange between diverse components.

    Crafted with precision, the C79459-A1715-B21 boasts an operating voltage of 24V DC and a maximum power consumption of just 2W, ensuring efficient energy utilization without compromising performance. Its compatibility with a data rate of up to 9600 bps guarantees swift and accurate data transmission.

    Equipped with 8 high-speed channels, this module supports RS-485 interface, providing unparalleled flexibility in connecting with a wide array of devices. Designed for durability and longevity, it withstands extreme environmental conditions ranging from -25°C to +60°C, making it ideal for applications in harsh industrial settings.

    The C79459-A1715-B21’s sleek dimensions of 112mm x 104mm x 35.1mm and lightweight design (0.1kg) make it easy to integrate into compact spaces without adding unnecessary bulk. Its compact size doesn’t compromise on functionality, offering a balance between space optimization and performance enhancement.

    Backed by SIEMENS’s commitment to quality and reliability, this communication module undergoes rigorous testing to ensure seamless integration and operation in diverse industrial control systems. It is an essential upgrade for companies looking to streamline their automation processes, improve operational efficiency, and maintain system integrity in challenging environments.