Operating Voltage:24 VDC
Signal Conditioning:Up to 16 analog inputs / 16 analog outputs
Communication Interface:RS-232 / RS-485
Memory:Internal RAM for data storage
Dimensions:65mm x 116mm x 24mm
Weight:110g
The ABB DSQC335 Robotics CPU Module stands out in its ability to seamlessly integrate into advanced robotic systems, offering unparalleled precision and reliability in control tasks. This module is engineered to meet the demanding needs of modern automation, boasting a 20 MHz processor speed for swift operation and an operating voltage of 24 VDC to ensure stable performance under various conditions.
Equipped with 16 digital input/output channels, the DSQC335 facilitates efficient data exchange and control over multiple actuators and sensors, enhancing the overall efficiency of robotic operations. Its compatibility with DeviceNet and EtherCAT communication interfaces ensures seamless connectivity within the industrial network, allowing for enhanced coordination and communication between different components of the system.
Compact in size at just 100mm x 50mm x 40mm and weighing only 0.12kg, the DSQC335 is designed for easy installation and integration into existing automation setups without compromising on functionality. This lightweight yet robust module is built to withstand harsh industrial environments, ensuring longevity and minimal downtime.
Optimized for precision control in automation applications, the DSQC335 Robotics CPU Module is an ideal choice for industries requiring high accuracy and reliability in their robotic processes. Whether it’s manufacturing, logistics, or any other sector leveraging automation, this module delivers exceptional performance and efficiency, setting new standards for robotic control solutions.
For users seeking a reliable and versatile CPU module that can significantly enhance the capabilities of their robotic systems, the ABB DSQC335 is the answer. Its advanced features, combined with ABB’s reputation for quality and innovation, make it a preferred choice among professionals in the field of robotics and automation.
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