As global manufacturing increasingly embraces digitalization and intelligence, industrial automation technology continues to evolve towards higher precision and integration. In June 2025, ABB, a leading global provider of industrial automation and electrification technologies, announced the official launch of its new-generation Serial Measurement Unit – DSQC562 3HAC16014-1. This unit is designed to provide industrial robots and automation systems with more stable and precise data acquisition and feedback control capabilities.
Strengthening the "Sensory Nerves" of Industrial Control Systems
The ABB DSQC562 3HAC16014-1 is a Serial Measurement Unit specifically engineered for complex automation tasks. It plays a crucial role in critical areas such as high-precision motion control, position feedback, and current/voltage monitoring. As an essential component of ABB's robotic systems, this unit enables real-time communication with various sensors and actuators, performing continuous system status monitoring and efficient data processing.
According to an ABB technical lead, the DSQC562 integrates the latest digital signal processor, allowing it to respond to external signal changes at a faster rate and provide real-time feedback of critical measurement data to the main control system, effectively enhancing the intelligent operation of equipment.
Core Parameters and Technical Specifications
The ABB DSQC562 3HAC16014-1 boasts the following core parameters and configurations:
Model: DSQC562
Order Number: 3HAC16014-1
Input Channels: Multi-channel support, capable of receiving analog and digital signals.
Communication Interface: Compatible with RS-485/RS-232 serial communication protocols.
Supply Voltage: 24V DC
Operating Temperature Range: -10°C ~ +55°C
Protection Class: IP20 (optional enclosure for IP65 enhancement).
Mounting Method: DIN rail mounting or cabinet embedded fixation.
Compatible Systems: ABB IRC5 controllers and other industrial automation platforms.
Thanks to its stable data transmission mechanism and anti-interference design, the DSQC562 can maintain data accuracy and system responsiveness even in industrial environments with high electromagnetic interference and frequent vibrations.
Broad Application Scenarios, Covering Diverse Industry Needs
This measurement unit is widely applied in industrial robot control systems, assembly automation equipment, CNC machine tool feedback systems, conveyor line monitoring units, and energy management systems. It is particularly suitable for scenarios requiring real-time feedback on speed, position, and current. For instance, in welding robots, handling robots, and assembly robots, the DSQC562 can effectively enhance operational precision and repeatability.
Furthermore, this product has found extensive application in industries with extremely high process precision requirements, such as aerospace, automotive manufacturing, and electronics and semiconductor.
Functional Features and Product Advantages
High-Precision Data Acquisition: Built-in high-resolution ADC module ensures accurate signal measurement.
Fast Response: Optimized serial communication mechanism provides millisecond-level response speed.
Strong Anti-Interference Capability: Electromagnetic compatibility design suitable for complex industrial sites.
Modular Design: Facilitates flexible deployment and replacement in various control systems.
Long Lifespan and High Reliability: Industrial-grade component selection ensures long-term stable operation.
Plug-and-Play, Easy Commissioning: Simple interface design and clear labeling reduce installation and maintenance costs.
Strong Compatibility: Seamlessly integrates with multiple ABB controllers and adapts to mainstream PLC systems.
Remote Diagnostic Support: Combined with ABB's digital platforms, it enables remote status monitoring and fault diagnosis.
Conclusion
As Industry 4.0 continues to deepen, equipment intelligence and informatization have become core aspects of manufacturing transformation and upgrading. The ABB DSQC562 3HAC16014-1 Serial Measurement Unit, with its outstanding performance and flexible integration capabilities, provides a more stable "nervous system" foundation for industrial automation. Whether it's enhancing equipment operational efficiency or ensuring production safety and stability, this product will be a critical link in smart manufacturing systems.
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