Processor Type:Advanced microprocessor with enhanced computational capabilities
Memory Size:Up to 1 MB of user program memory
Communication Interfaces:RS-485, Ethernet, USB
Input Capacity:Up to 16 analog inputs and 16 digital inputs
Output Capacity:Up to 16 analog outputs and 16 digital outputs
Power Supply:100-240VAC or 24VDC, 50/60Hz
Operating Temperature:-20°C to +60°C
Dimensions (WxHxD):144mm x 160mm x 107mm
The Yokogawa CP461-E1-S1 Processor Module stands out as an essential component for modern industrial automation systems, offering unparalleled reliability and performance. This module is specifically designed for seamless integration into Yokogawa’s advanced control systems, ensuring optimized data handling and enhanced operational efficiency.
Featuring a robust, compact design, the CP461-E1-S1 is equipped with high-speed processing capabilities and a wide range of input/output options, catering to diverse industrial requirements. Its versatile communication interface supports various field protocols, enabling smooth interoperability with other devices in the network.
Manufactured with premium-grade materials, this processor module ensures durability and resistance to harsh environmental conditions, making it suitable for use in extreme temperature ranges and challenging industrial settings. Its comprehensive set of features includes advanced diagnostics tools, facilitating easy monitoring and troubleshooting.
Ease of installation and maintenance are paramount considerations in the development of the CP461-E1-S1, ensuring minimal downtime and maximum operational availability. This module comes with comprehensive documentation and support resources, providing users with the necessary tools for successful implementation and ongoing system optimization.
In summary, the Yokogawa CP461-E1-S1 Processor Module is a strategic choice for companies seeking to enhance their industrial automation capabilities. Its combination of high performance, reliability, and user-friendly design makes it an ideal solution for achieving optimal control and efficiency in today’s demanding manufacturing environments.
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