The Siemens Robicon Cell Control Board 461E90.07 is designed for high-efficiency control in demanding industrial applications, featuring precise motion control and seamless integration with modern automation systems.
The Siemens Robicon Cell Control Board 461E90.07 is designed for high-efficiency control in demanding industrial applications, featuring precise motion control and seamless integration with modern automation systems.
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Operating Voltage:24V DC
Current Capacity:Up to 10A
Communication Protocol:Modbus TCP/IP, EtherCAT
Processing Speed:100kHz
Temperature Range:-25°C to +70°C
Memory Capacity:1MB Flash, 256KB RAM
Experience unparalleled control with the Siemens Robicon Cell Control Board 461E90.07, engineered for seamless integration into complex manufacturing environments. This board leverages cutting-edge technology to optimize production processes, ensuring high performance and reliability.
With its robust power consumption and wide operating temperature range, this board is suitable for diverse industrial applications, from cold storage facilities to hot manufacturing lines. It maintains exceptional functionality across various environmental conditions, guaranteeing continuous operation.
Equipped with an expansive memory capacity and versatile communication interfaces, the board facilitates efficient data exchange and connectivity with other automation components. Whether you’re integrating with Ethernet, Profinet, or Modbus protocols, this control board ensures seamless interoperability.
Featuring a high-speed processor, the Siemens Robicon Cell Control Board delivers swift response times and complex algorithm execution capabilities, enhancing operational speed and efficiency. Its compact size and lightweight design make it easy to install and integrate into existing machinery without compromising on space or stability.
Designed for durability and reliability, this control board withstands the rigors of industrial use, ensuring long-lasting performance. Its advanced features and comprehensive specifications make it an ideal choice for demanding automation tasks, supporting innovations in manufacturing cell automation.