Processor Type:Advanced Microcontroller
Operating Voltage Range:24V DC
Input Current:Max 20mA per channel
Output Current:Max 2A per channel
Communication Protocol:Ethernet, Profinet
Control Modes:Position, Velocity, Torque
Memory Capacity:8KB Flash, 2KB RAM
Operating Temperature:-25°C to 70°C
Enclosure Type:IP20
Dimensions:100mm x 100mm x 30mm
Weight:0.25kg
Engineered for seamless integration into advanced robotic cells and manufacturing lines, the Siemens Robicon Cell Control Board A1A10000432.54M boasts unparalleled precision and efficiency. Its robust design ensures reliable operation under demanding conditions, delivering consistent performance throughout the production cycle.
Featuring state-of-the-art control algorithms, this control board adeptly manages complex motor dynamics, enabling smooth and precise control over AC induction motors. This capability is essential for applications requiring high accuracy and responsiveness, such as assembly line operations and material handling tasks.
With support for multiple control modes including vector, V/f, and open loop, users can tailor the performance to their specific needs, optimizing energy consumption and system dynamics. The inclusion of advanced communication interfaces facilitates seamless integration with other automation components, enhancing overall system efficiency.
Designed with industrial reliability in mind, the A1A10000432.54M withstands challenging environmental conditions, operating efficiently within a wide range of ambient temperatures from -10°C to +40°C. Its IP20 protection class ensures durability against dust and light splashes, safeguarding against typical factory floor hazards.
In addition to its technical prowess, the Siemens Robicon Cell Control Board is backed by comprehensive documentation and a global service network, offering users peace of mind with access to expert support and quick response times. Whether you’re upgrading an existing setup or building a new facility, this control board provides a solid foundation for achieving superior automation outcomes.
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