Protocol Compatibility:Supports multiple industry-standard protocols for versatile integration
Communication Speed:Offers high-speed data transfer rates for efficient data processing
Power Consumption:Low power draw ensures minimal energy usage
Operating Temperature Range:-20°C to 50°C for robust operation in diverse environments
Connector Type:Standardized connector for easy installation and replacement
Dimensions:Compact size for optimal space utilization in industrial setups
The OMRON 3G8F5-CLK01 Communication Card is engineered to provide robust communication capabilities for modern industrial automation systems, ensuring smooth data exchange and control across various devices. This card supports EtherCAT protocol, the industry standard for high-speed, reliable, and flexible network connectivity, which facilitates precise timing and synchronization essential for complex manufacturing processes.
Designed for operation within a wide temperature range from -10°C to 55°C, this card ensures reliable performance in diverse industrial environments. It boasts a generous memory capacity of 256 KB, allowing for efficient storage of control programs and data.
Featuring 16 channels, it offers flexibility in managing multiple I/O signals, making it suitable for a broad spectrum of applications from robotics to machinery control. Its low power consumption of 1.5 W contributes to energy efficiency without compromising performance.
The compact size of 55 x 55 x 15 mm, combined with a durable M12 connector, ensures easy installation and compatibility with a wide range of equipment. The card is compatible with both EtherCAT and CANopen protocols, providing compatibility with a vast ecosystem of automation products.
With its combination of advanced communication features, durability, and protocol versatility, the OMRON 3G8F5-CLK01 Communication Card is an ideal choice for enhancing the connectivity and efficiency of industrial automation systems. It supports streamlined operations, reduces downtime, and optimizes resource utilization in manufacturing environments.
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